15:11:2012 18:31
anatomical_territory_hr
1.2
This file contains the anatomy and development ontology for Halocynthia roretzi. Stages were initially defined by K. Hotta and published on the FABA website (http://chordate.bpni.bio.keio.ac.jp/faba/). They are also used in the Aniseed system (http://www.aniseed.cnrs.fr/). This file contains anatomical territory definition from Aniseed. Difference with Ciona intestinalis: b8.19 contributes tail-tip muscle cells in Halocynthia roretzi but not in Ciona intestinalis (Nishida 1987).
definition
database_cross_reference
has_exact_synonym
has_obo_format_version
has_obo_namespace
shorthand
OBO_REL:part_of
anatomical_territory_hr
part_of
part_of
part of
OBO_REL:preceded_by
anatomical_territory_hr
preceded_by
preceded_by
preceded by
anatomical_territory_property
belongs_to
belongs to
anatomical_territory_property
develops_from
develops from
anatomical_territory_property
end
end stage
anatomical_territory_property
included_in
included in
anatomical_territory_property
start
start stage
a10.100 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000001
a10.100
a10.100 exists from late neurula to late neurula
ANISEED
a10.100* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000002
a10.100*
a10.100* exists from late neurula to late neurula
ANISEED
a10.100 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000003
a10.100 cell pair
a10.100 cell pair exists from late neurula to late neurula
ANISEED
a10.101 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000004
a10.101
a10.101 exists from late neurula to late neurula
ANISEED
a10.101* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000005
a10.101*
a10.101* exists from late neurula to late neurula
ANISEED
a10.101 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000006
a10.101 cell pair
a10.101 cell pair exists from late neurula to late neurula
ANISEED
a10.102 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000007
a10.102
a10.102 exists from late neurula to late neurula
ANISEED
a10.102* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000008
a10.102*
a10.102* exists from late neurula to late neurula
ANISEED
a10.102 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000009
a10.102 cell pair
a10.102 cell pair exists from late neurula to late neurula
ANISEED
a10.103 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000010
a10.103
a10.103 exists from late neurula to late neurula
ANISEED
a10.103* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000011
a10.103*
a10.103* exists from late neurula to late neurula
ANISEED
a10.103 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000012
a10.103 cell pair
a10.103 cell pair exists from late neurula to late neurula
ANISEED
a10.104 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000013
a10.104
a10.104 exists from late neurula to late neurula
ANISEED
a10.104* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000014
a10.104*
a10.104* exists from late neurula to late neurula
ANISEED
a10.104 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000015
a10.104 cell pair
a10.104 cell pair exists from late neurula to late neurula
ANISEED
A10.25 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000016
A10.25
A10.25 exists from early neurula to late neurula
ANISEED
A10.25* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000017
A10.25*
A10.25* exists from early neurula to late neurula
ANISEED
A10.25 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000018
A10.25 cell pair
A10.25 cell pair exists from early neurula to late neurula
ANISEED
A10.26 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000019
A10.26
A10.26 exists from early neurula to late neurula
ANISEED
A10.26* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000020
A10.26*
A10.26* exists from early neurula to late neurula
ANISEED
A10.26 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000021
A10.26 cell pair
A10.26 cell pair exists from early neurula to late neurula
ANISEED
A10.27 exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000022
A10.27
A10.27 exists from late gastrula to late neurula
ANISEED
A10.27* exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000023
A10.27*
A10.27* exists from late gastrula to late neurula
ANISEED
A10.27 cell pair exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000024
A10.27 cell pair
A10.27 cell pair exists from late gastrula to late neurula
ANISEED
A10.28 exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000025
A10.28
A10.28 exists from late gastrula to late neurula
ANISEED
A10.28* exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000026
A10.28*
A10.28* exists from late gastrula to late neurula
ANISEED
A10.28 cell pair exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000027
A10.28 cell pair
A10.28 cell pair exists from late gastrula to late neurula
ANISEED
A10.29 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000028
A10.29
A10.29 exists from early neurula to late neurula
ANISEED
A10.29* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000029
A10.29*
A10.29* exists from early neurula to late neurula
ANISEED
A10.29 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000030
A10.29 cell pair
A10.29 cell pair exists from early neurula to late neurula
ANISEED
A10.30 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000031
A10.30
A10.30 exists from early neurula to late neurula
ANISEED
A10.30* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000032
A10.30*
A10.30* exists from early neurula to late neurula
ANISEED
A10.30 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000033
A10.30 cell pair
A10.30 cell pair exists from early neurula to late neurula
ANISEED
A10.31 exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000034
A10.31
A10.31 exists from late gastrula to late neurula
ANISEED
A10.31* exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000035
A10.31*
A10.31* exists from late gastrula to late neurula
ANISEED
A10.31 cell pair exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000036
A10.31 cell pair
A10.31 cell pair exists from late gastrula to late neurula
ANISEED
A10.32 exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000037
A10.32
A10.32 exists from late gastrula to late neurula
ANISEED
A10.32* exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000038
A10.32*
A10.32* exists from late gastrula to late neurula
ANISEED
A10.32 cell pair exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000039
A10.32 cell pair
A10.32 cell pair exists from late gastrula to late neurula
ANISEED
A10.57 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000040
A10.57
A10.57 exists from early neurula to late neurula
ANISEED
A10.57* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000041
A10.57*
A10.57* exists from early neurula to late neurula
ANISEED
A10.57 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000042
A10.57 cell pair
A10.57 cell pair exists from early neurula to late neurula
ANISEED
A10.58 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000043
A10.58
A10.58 exists from early neurula to late neurula
ANISEED
A10.58* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000044
A10.58*
A10.58* exists from early neurula to late neurula
ANISEED
A10.58 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000045
A10.58 cell pair
A10.58 cell pair exists from early neurula to late neurula
ANISEED
A10.59 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000046
A10.59
A10.59 exists from early neurula to late neurula
ANISEED
A10.59* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000047
A10.59*
A10.59* exists from early neurula to late neurula
ANISEED
A10.59 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000048
A10.59 cell pair
A10.59 cell pair exists from early neurula to late neurula
ANISEED
A10.60 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000049
A10.60
A10.60 exists from early neurula to late neurula
ANISEED
A10.60* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000050
A10.60*
A10.60* exists from early neurula to late neurula
ANISEED
A10.60 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000051
A10.60 cell pair
A10.60 cell pair exists from early neurula to late neurula
ANISEED
A10.63 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000052
A10.63
A10.63 exists from early neurula to late neurula
ANISEED
A10.63* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000053
A10.63*
A10.63* exists from early neurula to late neurula
ANISEED
A10.63 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000054
A10.63 cell pair
A10.63 cell pair exists from early neurula to late neurula
ANISEED
A10.64 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000055
A10.64
A10.64 exists from early neurula to late neurula
ANISEED
A10.64* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000056
A10.64*
A10.64* exists from early neurula to late neurula
ANISEED
A10.64 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000057
A10.64 cell pair
A10.64 cell pair exists from early neurula to late neurula
ANISEED
a10.65 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000058
a10.65
a10.65 exists from early neurula to late neurula
ANISEED
a10.65* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000059
a10.65*
a10.65* exists from early neurula to late neurula
ANISEED
a10.65 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000060
a10.65 cell pair
a10.65 cell pair exists from early neurula to late neurula
ANISEED
a10.66 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000061
a10.66
a10.66 exists from early neurula to late neurula
ANISEED
a10.66* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000062
a10.66*
a10.66* exists from early neurula to late neurula
ANISEED
a10.66 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000063
a10.66 cell pair
a10.66 cell pair exists from early neurula to late neurula
ANISEED
a10.67 exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000064
a10.67
a10.67 exists from mid neurula to late neurula
ANISEED
a10.67* exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000065
a10.67*
a10.67* exists from mid neurula to late neurula
ANISEED
a10.67 cell pair exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000066
a10.67 cell pair
a10.67 cell pair exists from mid neurula to late neurula
ANISEED
a10.68 exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000067
a10.68
a10.68 exists from mid neurula to late neurula
ANISEED
a10.68* exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000068
a10.68*
a10.68* exists from mid neurula to late neurula
ANISEED
a10.68 cell pair exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000069
a10.68 cell pair
a10.68 cell pair exists from mid neurula to late neurula
ANISEED
a10.69 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000070
a10.69
a10.69 exists from early neurula to late neurula
ANISEED
a10.69* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000071
a10.69*
a10.69* exists from early neurula to late neurula
ANISEED
a10.69 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000072
a10.69 cell pair
a10.69 cell pair exists from early neurula to late neurula
ANISEED
a10.70 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000073
a10.70
a10.70 exists from early neurula to late neurula
ANISEED
a10.70* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000074
a10.70*
a10.70* exists from early neurula to late neurula
ANISEED
a10.70 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000075
a10.70 cell pair
a10.70 cell pair exists from early neurula to late neurula
ANISEED
a10.71 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000076
a10.71
a10.71 exists from late neurula to late neurula
ANISEED
a10.71* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000077
a10.71*
a10.71* exists from late neurula to late neurula
ANISEED
a10.71 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000078
a10.71 cell pair
a10.71 cell pair exists from late neurula to late neurula
ANISEED
a10.72 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000079
a10.72
a10.72 exists from late neurula to late neurula
ANISEED
a10.72* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000080
a10.72*
a10.72* exists from late neurula to late neurula
ANISEED
a10.72 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000081
a10.72 cell pair
a10.72 cell pair exists from late neurula to late neurula
ANISEED
a10.73 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000082
a10.73
a10.73 exists from early neurula to late neurula
ANISEED
a10.73* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000083
a10.73*
a10.73* exists from early neurula to late neurula
ANISEED
a10.73 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000084
a10.73 cell pair
a10.73 cell pair exists from early neurula to late neurula
ANISEED
a10.74 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000085
a10.74
a10.74 exists from early neurula to late neurula
ANISEED
a10.74* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000086
a10.74*
a10.74* exists from early neurula to late neurula
ANISEED
a10.74 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000087
a10.74 cell pair
a10.74 cell pair exists from early neurula to late neurula
ANISEED
a10.75 exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000088
a10.75
a10.75 exists from mid neurula to late neurula
ANISEED
a10.75* exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000089
a10.75*
a10.75* exists from mid neurula to late neurula
ANISEED
a10.75 cell pair exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000090
a10.75 cell pair
a10.75 cell pair exists from mid neurula to late neurula
ANISEED
a10.76 exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000091
a10.76
a10.76 exists from mid neurula to late neurula
ANISEED
a10.76* exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000092
a10.76*
a10.76* exists from mid neurula to late neurula
ANISEED
a10.76 cell pair exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000093
a10.76 cell pair
a10.76 cell pair exists from mid neurula to late neurula
ANISEED
a10.77 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000094
a10.77
a10.77 exists from early neurula to late neurula
ANISEED
a10.77* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000095
a10.77*
a10.77* exists from early neurula to late neurula
ANISEED
a10.77 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000096
a10.77 cell pair
a10.77 cell pair exists from early neurula to late neurula
ANISEED
a10.78 exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000097
a10.78
a10.78 exists from early neurula to late neurula
ANISEED
a10.78* exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000098
a10.78*
a10.78* exists from early neurula to late neurula
ANISEED
a10.78 cell pair exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000099
a10.78 cell pair
a10.78 cell pair exists from early neurula to late neurula
ANISEED
a10.79 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000100
a10.79
a10.79 exists from late neurula to late neurula
ANISEED
a10.79* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000101
a10.79*
a10.79* exists from late neurula to late neurula
ANISEED
a10.79 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000102
a10.79 cell pair
a10.79 cell pair exists from late neurula to late neurula
ANISEED
a10.80 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000103
a10.80
a10.80 exists from late neurula to late neurula
ANISEED
a10.80* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000104
a10.80*
a10.80* exists from late neurula to late neurula
ANISEED
a10.80 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000105
a10.80 cell pair
a10.80 cell pair exists from late neurula to late neurula
ANISEED
a10.97 exists from mid neurula to mid tailbud II
anatomical_territory_hr
HaroreA:0000106
a10.97
a10.97 exists from mid neurula to mid tailbud II
ANISEED
a10.97* exists from mid neurula to mid tailbud II
anatomical_territory_hr
HaroreA:0000107
a10.97*
a10.97* exists from mid neurula to mid tailbud II
ANISEED
a10.97 cell pair exists from mid neurula to mid tailbud II
anatomical_territory_hr
HaroreA:0000108
a10.97 cell pair
a10.97 cell pair exists from mid neurula to mid tailbud II
ANISEED
a10.98 exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000109
a10.98
a10.98 exists from mid neurula to late neurula
ANISEED
a10.98* exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000110
a10.98*
a10.98* exists from mid neurula to late neurula
ANISEED
a10.98 cell pair exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000111
a10.98 cell pair
a10.98 cell pair exists from mid neurula to late neurula
ANISEED
a10.99 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000112
a10.99
a10.99 exists from late neurula to late neurula
ANISEED
a10.99* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000113
a10.99*
a10.99* exists from late neurula to late neurula
ANISEED
a10.99 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000114
a10.99 cell pair
a10.99 cell pair exists from late neurula to late neurula
ANISEED
A3 exists from 4-cell to 4-cell
anatomical_territory_hr
HaroreA:0000115
A3
A3 exists from 4-cell to 4-cell
ANISEED
A3* exists from 4-cell to 4-cell
anatomical_territory_hr
HaroreA:0000116
A3*
A3* exists from 4-cell to 4-cell
ANISEED
A3 cell pair exists from 4-cell to 4-cell
anatomical_territory_hr
HaroreA:0000117
A3 cell pair
A3 cell pair exists from 4-cell to 4-cell
ANISEED
A4.1 exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000118
A4.1
A4.1 exists from 8-cell to 8-cell
ANISEED
A4.1* exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000119
A4.1*
A4.1* exists from 8-cell to 8-cell
ANISEED
A4.1 cell pair exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000120
A4.1 cell pair
A4.1 cell pair exists from 8-cell to 8-cell
ANISEED
a4.2 exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000121
a4.2
a4.2 exists from 8-cell to 8-cell
ANISEED
a4.2* exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000122
a4.2*
a4.2* exists from 8-cell to 8-cell
ANISEED
a4.2 cell pair exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000123
a4.2 cell pair
a4.2 cell pair exists from 8-cell to 8-cell
ANISEED
A5.1 exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000124
A5.1
A5.1 exists from early 16-cell to early 16-cell
ANISEED
A5.1* exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000125
A5.1*
A5.1* exists from early 16-cell to early 16-cell
ANISEED
A5.1 cell pair exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000126
A5.1 cell pair
A5.1 cell pair exists from early 16-cell to early 16-cell
ANISEED
A5.2 exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000127
A5.2
A5.2 exists from early 16-cell to early 16-cell
ANISEED
A5.2* exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000128
A5.2*
A5.2* exists from early 16-cell to early 16-cell
ANISEED
A5.2 cell pair exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000129
A5.2 cell pair
A5.2 cell pair exists from early 16-cell to early 16-cell
ANISEED
a5.3 exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000130
a5.3
a5.3 exists from early 16-cell to late 16-cell
ANISEED
a5.3* exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000131
a5.3*
a5.3* exists from early 16-cell to late 16-cell
ANISEED
a5.3 cell pair exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000132
a5.3 cell pair
a5.3 cell pair exists from early 16-cell to late 16-cell
ANISEED
a5.4 exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000133
a5.4
a5.4 exists from early 16-cell to late 16-cell
ANISEED
a5.4* exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000134
a5.4*
a5.4* exists from early 16-cell to late 16-cell
ANISEED
a5.4 cell pair exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000135
a5.4 cell pair
a5.4 cell pair exists from early 16-cell to late 16-cell
ANISEED
A6.1 exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000136
A6.1
A6.1 exists from late 16-cell to late 32-cell
ANISEED
A6.1* exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000137
A6.1*
A6.1* exists from late 16-cell to late 32-cell
ANISEED
A6.1 cell pair exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000138
A6.1 cell pair
A6.1 cell pair exists from late 16-cell to late 32-cell
ANISEED
A6.2 exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000139
A6.2
A6.2 exists from late 16-cell to late 32-cell
ANISEED
A6.2* exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000140
A6.2*
A6.2* exists from late 16-cell to late 32-cell
ANISEED
A6.2 cell pair exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000141
A6.2 cell pair
A6.2 cell pair exists from late 16-cell to late 32-cell
ANISEED
A6.3 exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000142
A6.3
A6.3 exists from late 16-cell to late 32-cell
ANISEED
A6.3* exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000143
A6.3*
A6.3* exists from late 16-cell to late 32-cell
ANISEED
A6.3 cell pair exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000144
A6.3 cell pair
A6.3 cell pair exists from late 16-cell to late 32-cell
ANISEED
A6.4 exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000145
A6.4
A6.4 exists from late 16-cell to late 32-cell
ANISEED
A6.4* exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000146
A6.4*
A6.4* exists from late 16-cell to late 32-cell
ANISEED
A6.4 cell pair exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000147
A6.4 cell pair
A6.4 cell pair exists from late 16-cell to late 32-cell
ANISEED
a6.5 exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000148
a6.5
a6.5 exists from early 32-cell to 44-cell
ANISEED
a6.5* exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000149
a6.5*
a6.5* exists from early 32-cell to 44-cell
ANISEED
a6.5 cell pair exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000150
a6.5 cell pair
a6.5 cell pair exists from early 32-cell to 44-cell
ANISEED
a6.6 exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000151
a6.6
a6.6 exists from early 32-cell to 44-cell
ANISEED
a6.6* exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000152
a6.6*
a6.6* exists from early 32-cell to 44-cell
ANISEED
a6.6 cell pair exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000153
a6.6 cell pair
a6.6 cell pair exists from early 32-cell to 44-cell
ANISEED
a6.7 exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000154
a6.7
a6.7 exists from early 32-cell to 44-cell
ANISEED
a6.7* exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000155
a6.7*
a6.7* exists from early 32-cell to 44-cell
ANISEED
a6.7 cell pair exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000156
a6.7 cell pair
a6.7 cell pair exists from early 32-cell to 44-cell
ANISEED
a6.8 exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000157
a6.8
a6.8 exists from early 32-cell to 44-cell
ANISEED
a6.8* exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000158
a6.8*
a6.8* exists from early 32-cell to 44-cell
ANISEED
a6.8 cell pair exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000159
a6.8 cell pair
a6.8 cell pair exists from early 32-cell to 44-cell
ANISEED
A7.1 exists from 44-cell to early gastrula stage
anatomical_territory_hr
HaroreA:0000160
A7.1
A7.1 exists from 44-cell to early gastrula stage
ANISEED
A7.1* exists from 44-cell to early gastrula stage
anatomical_territory_hr
HaroreA:0000161
A7.1*
A7.1* exists from 44-cell to early gastrula stage
ANISEED
a7.10 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000162
a7.10
a7.10 exists from 64-cell to 76-cell
ANISEED
a7.10* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000163
a7.10*
a7.10* exists from 64-cell to 76-cell
ANISEED
a7.10 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000164
a7.10 cell pair
a7.10 cell pair exists from 64-cell to 76-cell
ANISEED
a7.11 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000165
a7.11
a7.11 exists from 64-cell to 76-cell
ANISEED
a7.11* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000166
a7.11*
a7.11* exists from 64-cell to 76-cell
ANISEED
a7.11 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000167
a7.11 cell pair
a7.11 cell pair exists from 64-cell to 76-cell
ANISEED
a7.12 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000168
a7.12
a7.12 exists from 64-cell to 76-cell
ANISEED
a7.12* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000169
a7.12*
a7.12* exists from 64-cell to 76-cell
ANISEED
a7.12 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000170
a7.12 cell pair
a7.12 cell pair exists from 64-cell to 76-cell
ANISEED
a7.13 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000171
a7.13
a7.13 exists from 64-cell to 76-cell
ANISEED
a7.13* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000172
a7.13*
a7.13* exists from 64-cell to 76-cell
ANISEED
a7.13 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000173
a7.13 cell pair
a7.13 cell pair exists from 64-cell to 76-cell
ANISEED
a7.14 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000174
a7.14
a7.14 exists from 64-cell to 76-cell
ANISEED
a7.14* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000175
a7.14*
a7.14* exists from 64-cell to 76-cell
ANISEED
a7.14 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000176
a7.14 cell pair
a7.14 cell pair exists from 64-cell to 76-cell
ANISEED
a7.15 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000177
a7.15
a7.15 exists from 64-cell to 76-cell
ANISEED
a7.15* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000178
a7.15*
a7.15* exists from 64-cell to 76-cell
ANISEED
a7.15 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000179
a7.15 cell pair
a7.15 cell pair exists from 64-cell to 76-cell
ANISEED
a7.16 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000180
a7.16
a7.16 exists from 64-cell to 76-cell
ANISEED
a7.16* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000181
a7.16*
a7.16* exists from 64-cell to 76-cell
ANISEED
a7.16 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000182
a7.16 cell pair
a7.16 cell pair exists from 64-cell to 76-cell
ANISEED
A7.1 cell pair exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000183
A7.1 cell pair
A7.1 cell pair exists from 44-cell to early gastrula
ANISEED
A7.2 exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000184
A7.2
A7.2 exists from 44-cell to early gastrula
ANISEED
A7.2* exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000185
A7.2*
A7.2* exists from 44-cell to early gastrula
ANISEED
A7.2 cell pair exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000186
A7.2 cell pair
A7.2 cell pair exists from 44-cell to early gastrula
ANISEED
A7.3 exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000187
A7.3
A7.3 exists from 44-cell to 64-cell
ANISEED
A7.3* exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000188
A7.3*
A7.3* exists from 44-cell to 64-cell
ANISEED
A7.3 cell pair exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000189
A7.3 cell pair
A7.3 cell pair exists from 44-cell to 64-cell
ANISEED
A7.3 line exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000190
A7.3 line
A7.3 line exists from initial tailbud I to hatching larva
ANISEED
A7.4 exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000191
A7.4
A7.4 exists from 44-cell to 64-cell
ANISEED
A7.4* exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000192
A7.4*
A7.4* exists from 44-cell to 64-cell
ANISEED
A7.4 cell pair exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000193
A7.4 cell pair
A7.4 cell pair exists from 44-cell to 64-cell
ANISEED
A7.5 exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000194
A7.5
A7.5 exists from 44-cell to early gastrula
ANISEED
A7.5* exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000195
A7.5*
A7.5* exists from 44-cell to early gastrula
ANISEED
A7.5 cell pair exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000196
A7.5 cell pair
A7.5 cell pair exists from 44-cell to early gastrula
ANISEED
A7.6 exists from 44-cell to 110-cell
anatomical_territory_hr
HaroreA:0000197
A7.6
A7.6 exists from 44-cell to 110-cell
ANISEED
A7.6* exists from 44-cell to 110-cell
anatomical_territory_hr
HaroreA:0000198
A7.6*
A7.6* exists from 44-cell to 110-cell
ANISEED
A7.6 cell pair exists from 44-cell to 110-cell
anatomical_territory_hr
HaroreA:0000199
A7.6 cell pair
A7.6 cell pair exists from 44-cell to 110-cell
ANISEED
A7.7 exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000200
A7.7
A7.7 exists from 44-cell to 64-cell
ANISEED
A7.7* exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000201
A7.7*
A7.7* exists from 44-cell to 64-cell
ANISEED
A7.7 cell pair exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000202
A7.7 cell pair
A7.7 cell pair exists from 44-cell to 64-cell
ANISEED
A7.7 line exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000203
A7.7 line
A7.7 line exists from initial tailbud I to hatching larva
ANISEED
A7.8 exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000204
A7.8
A7.8 exists from 44-cell to 64-cell
ANISEED
A7.8* exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000205
A7.8*
A7.8* exists from 44-cell to 64-cell
ANISEED
A7.8 cell pair exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000206
A7.8 cell pair
A7.8 cell pair exists from 44-cell to 64-cell
ANISEED
a7.9 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000207
a7.9
a7.9 exists from 64-cell to 76-cell
ANISEED
a7.9* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000208
a7.9*
a7.9* exists from 64-cell to 76-cell
ANISEED
a7.9 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000209
a7.9 cell pair
a7.9 cell pair exists from 64-cell to 76-cell
ANISEED
A8.13 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000216
A8.13
A8.13 exists from 76-cell to early gastrula
ANISEED
A8.13* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000217
A8.13*
A8.13* exists from 76-cell to early gastrula
ANISEED
A8.13 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000218
A8.13 cell pair
A8.13 cell pair exists from 76-cell to early gastrula
ANISEED
A8.14 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000219
A8.14
A8.14 exists from 76-cell to early gastrula
ANISEED
A8.14* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000220
A8.14*
A8.14* exists from 76-cell to early gastrula
ANISEED
A8.14 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000221
A8.14 cell pair
A8.14 cell pair exists from 76-cell to early gastrula
ANISEED
A8.15 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000222
A8.15
A8.15 exists from 76-cell to early gastrula
ANISEED
A8.15* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000223
A8.15*
A8.15* exists from 76-cell to early gastrula
ANISEED
A8.15 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000224
A8.15 cell pair
A8.15 cell pair exists from 76-cell to early gastrula
ANISEED
A8.16 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000225
A8.16
A8.16 exists from 76-cell to early gastrula
ANISEED
A8.16* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000226
A8.16*
A8.16* exists from 76-cell to early gastrula
ANISEED
A8.16 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000227
A8.16 cell pair
A8.16 cell pair exists from 76-cell to early gastrula
ANISEED
a8.17 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000228
a8.17
a8.17 exists from 110-cell to early gastrula
ANISEED
a8.17* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000229
a8.17*
a8.17* exists from 110-cell to early gastrula
ANISEED
a8.17 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000230
a8.17 cell pair
a8.17 cell pair exists from 110-cell to early gastrula
ANISEED
a8.18 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000231
a8.18
a8.18 exists from 110-cell to early gastrula
ANISEED
a8.18* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000232
a8.18*
a8.18* exists from 110-cell to early gastrula
ANISEED
a8.18 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000233
a8.18 cell pair
a8.18 cell pair exists from 110-cell to early gastrula
ANISEED
a8.19 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000234
a8.19
a8.19 exists from 110-cell to early gastrula
ANISEED
a8.19* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000235
a8.19*
a8.19* exists from 110-cell to early gastrula
ANISEED
a8.19 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000236
a8.19 cell pair
a8.19 cell pair exists from 110-cell to early gastrula
ANISEED
a8.20 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000237
a8.20
a8.20 exists from 110-cell to early gastrula
ANISEED
a8.20* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000238
a8.20*
a8.20* exists from 110-cell to early gastrula
ANISEED
a8.20 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000239
a8.20 cell pair
a8.20 cell pair exists from 110-cell to early gastrula
ANISEED
a8.21 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000240
a8.21
a8.21 exists from 110-cell to early gastrula
ANISEED
a8.21* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000241
a8.21*
a8.21* exists from 110-cell to early gastrula
ANISEED
a8.21 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000242
a8.21 cell pair
a8.21 cell pair exists from 110-cell to early gastrula
ANISEED
a8.22 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000243
a8.22
a8.22 exists from 110-cell to early gastrula
ANISEED
a8.22* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000244
a8.22*
a8.22* exists from 110-cell to early gastrula
ANISEED
a8.22 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000245
a8.22 cell pair
a8.22 cell pair exists from 110-cell to early gastrula
ANISEED
a8.23 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000246
a8.23
a8.23 exists from 110-cell to early gastrula
ANISEED
a8.23* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000247
a8.23*
a8.23* exists from 110-cell to early gastrula
ANISEED
a8.23 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000248
a8.23 cell pair
a8.23 cell pair exists from 110-cell to early gastrula
ANISEED
a8.24 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000249
a8.24
a8.24 exists from 110-cell to early gastrula
ANISEED
a8.24* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000250
a8.24*
a8.24* exists from 110-cell to early gastrula
ANISEED
a8.24 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000251
a8.24 cell pair
a8.24 cell pair exists from 110-cell to early gastrula
ANISEED
a8.25 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000252
a8.25
a8.25 exists from 110-cell to early gastrula
ANISEED
a8.25* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000253
a8.25*
a8.25* exists from 110-cell to early gastrula
ANISEED
a8.25 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000254
a8.25 cell pair
a8.25 cell pair exists from 110-cell to early gastrula
ANISEED
a8.26 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000255
a8.26
a8.26 exists from 110-cell to early gastrula
ANISEED
a8.26* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000256
a8.26*
a8.26* exists from 110-cell to early gastrula
ANISEED
a8.26 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000257
a8.26 cell pair
a8.26 cell pair exists from 110-cell to early gastrula
ANISEED
a8.27 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000258
a8.27
a8.27 exists from 110-cell to early gastrula
ANISEED
a8.27* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000259
a8.27*
a8.27* exists from 110-cell to early gastrula
ANISEED
a8.27 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000260
a8.27 cell pair
a8.27 cell pair exists from 110-cell to early gastrula
ANISEED
a8.28 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000261
a8.28
a8.28 exists from 110-cell to early gastrula
ANISEED
a8.28* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000262
a8.28*
a8.28* exists from 110-cell to early gastrula
ANISEED
a8.28 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000263
a8.28 cell pair
a8.28 cell pair exists from 110-cell to early gastrula
ANISEED
a8.29 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000264
a8.29
a8.29 exists from 110-cell to early gastrula
ANISEED
a8.29* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000265
a8.29*
a8.29* exists from 110-cell to early gastrula
ANISEED
a8.29 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000266
a8.29 cell pair
a8.29 cell pair exists from 110-cell to early gastrula
ANISEED
a8.30 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000267
a8.30
a8.30 exists from 110-cell to early gastrula
ANISEED
a8.30* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000268
a8.30*
a8.30* exists from 110-cell to early gastrula
ANISEED
a8.30 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000269
a8.30 cell pair
a8.30 cell pair exists from 110-cell to early gastrula
ANISEED
a8.31 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000270
a8.31
a8.31 exists from 110-cell to early gastrula
ANISEED
a8.31* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000271
a8.31*
a8.31* exists from 110-cell to early gastrula
ANISEED
a8.31 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000272
a8.31 cell pair
a8.31 cell pair exists from 110-cell to early gastrula
ANISEED
a8.32 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000273
a8.32
a8.32 exists from 110-cell to early gastrula
ANISEED
a8.32* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000274
a8.32*
a8.32* exists from 110-cell to early gastrula
ANISEED
a8.32 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000275
a8.32 cell pair
a8.32 cell pair exists from 110-cell to early gastrula
ANISEED
A8.5 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000276
A8.5
A8.5 exists from 76-cell to early gastrula
ANISEED
A8.5* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000277
A8.5*
A8.5* exists from 76-cell to early gastrula
ANISEED
A8.5 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000278
A8.5 cell pair
A8.5 cell pair exists from 76-cell to early gastrula
ANISEED
A8.6 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000279
A8.6
A8.6 exists from 76-cell to early gastrula
ANISEED
A8.6* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000280
A8.6*
A8.6* exists from 76-cell to early gastrula
ANISEED
A8.6 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000281
A8.6 cell pair
A8.6 cell pair exists from 76-cell to early gastrula
ANISEED
A8.7 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000282
A8.7
A8.7 exists from 76-cell to early gastrula
ANISEED
A8.7* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000283
A8.7*
A8.7* exists from 76-cell to early gastrula
ANISEED
A8.7 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000284
A8.7 cell pair
A8.7 cell pair exists from 76-cell to early gastrula
ANISEED
A8.8 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000285
A8.8
A8.8 exists from 76-cell to early gastrula
ANISEED
A8.8* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000286
A8.8*
A8.8* exists from 76-cell to early gastrula
ANISEED
A8.8 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000287
A8.8 cell pair
A8.8 cell pair exists from 76-cell to early gastrula
ANISEED
A9.13 exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000288
A9.13
A9.13 exists from mid gastrula to late gastrula
ANISEED
A9.13* exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000289
A9.13*
A9.13* exists from mid gastrula to late gastrula
ANISEED
A9.13 cell pair exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000290
A9.13 cell pair
A9.13 cell pair exists from mid gastrula to late gastrula
ANISEED
A9.14 exists from mid gastrula to mid gastrula
anatomical_territory_hr
HaroreA:0000291
A9.14
A9.14 exists from mid gastrula to mid gastrula
ANISEED
A9.14* exists from mid gastrula to mid gastrula
anatomical_territory_hr
HaroreA:0000292
A9.14*
A9.14* exists from mid gastrula to mid gastrula
ANISEED
A9.14 cell pair exists from mid gastrula to mid gastrula
anatomical_territory_hr
HaroreA:0000293
A9.14 cell pair
A9.14 cell pair exists from mid gastrula to mid gastrula
ANISEED
A9.15 exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000294
A9.15
A9.15 exists from mid gastrula to late gastrula
ANISEED
A9.15* exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000295
A9.15*
A9.15* exists from mid gastrula to late gastrula
ANISEED
A9.15 cell pair exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000296
A9.15 cell pair
A9.15 cell pair exists from mid gastrula to late gastrula
ANISEED
A9.16 exists from mid gastrula to mid gastrula
anatomical_territory_hr
HaroreA:0000297
A9.16
A9.16 exists from mid gastrula to mid gastrula
ANISEED
A9.16* exists from mid gastrula to mid gastrula
anatomical_territory_hr
HaroreA:0000298
A9.16*
A9.16* exists from mid gastrula to mid gastrula
ANISEED
A9.16 cell pair exists from mid gastrula to mid gastrula
anatomical_territory_hr
HaroreA:0000299
A9.16 cell pair
A9.16 cell pair exists from mid gastrula to mid gastrula
ANISEED
A9.29 exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000300
A9.29
A9.29 exists from mid gastrula to late gastrula
ANISEED
A9.29* exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000301
A9.29*
A9.29* exists from mid gastrula to late gastrula
ANISEED
A9.29 cell pair exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000302
A9.29 cell pair
A9.29 cell pair exists from mid gastrula to late gastrula
ANISEED
A9.30 exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000303
A9.30
A9.30 exists from mid gastrula to late gastrula
ANISEED
A9.30* exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000304
A9.30*
A9.30* exists from mid gastrula to late gastrula
ANISEED
A9.30 cell pair exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000305
A9.30 cell pair
A9.30 cell pair exists from mid gastrula to late gastrula
ANISEED
A9.32 exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000306
A9.32
A9.32 exists from mid gastrula to late gastrula
ANISEED
A9.32* exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000307
A9.32*
A9.32* exists from mid gastrula to late gastrula
ANISEED
A9.32 cell pair exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000308
A9.32 cell pair
A9.32 cell pair exists from mid gastrula to late gastrula
ANISEED
a9.33 exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000309
a9.33
a9.33 exists from mid gastrula to late gastrula
ANISEED
a9.33* exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000310
a9.33*
a9.33* exists from mid gastrula to late gastrula
ANISEED
a9.33 cell pair exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000311
a9.33 cell pair
a9.33 cell pair exists from mid gastrula to late gastrula
ANISEED
a9.34 exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000312
a9.34
a9.34 exists from mid gastrula to early neurula
ANISEED
a9.34* exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000313
a9.34*
a9.34* exists from mid gastrula to early neurula
ANISEED
a9.34 cell pair exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000314
a9.34 cell pair
a9.34 cell pair exists from mid gastrula to early neurula
ANISEED
a9.35 exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000315
a9.35
a9.35 exists from mid gastrula to late gastrula
ANISEED
a9.35* exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000316
a9.35*
a9.35* exists from mid gastrula to late gastrula
ANISEED
a9.35 cell pair exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000317
a9.35 cell pair
a9.35 cell pair exists from mid gastrula to late gastrula
ANISEED
a9.36 exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000318
a9.36
a9.36 exists from mid gastrula to mid neurula
ANISEED
a9.36* exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000319
a9.36*
a9.36* exists from mid gastrula to mid neurula
ANISEED
a9.36 cell pair exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000320
a9.36 cell pair
a9.36 cell pair exists from mid gastrula to mid neurula
ANISEED
a9.37 exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000321
a9.37
a9.37 exists from mid gastrula to late gastrula
ANISEED
a9.37* exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000322
a9.37*
a9.37* exists from mid gastrula to late gastrula
ANISEED
a9.37 cell pair exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000323
a9.37 cell pair
a9.37 cell pair exists from mid gastrula to late gastrula
ANISEED
a9.38 exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000324
a9.38
a9.38 exists from mid gastrula to early neurula
ANISEED
a9.38* exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000325
a9.38*
a9.38* exists from mid gastrula to early neurula
ANISEED
a9.38 cell pair exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000326
a9.38 cell pair
a9.38 cell pair exists from mid gastrula to early neurula
ANISEED
a9.39 exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000327
a9.39
a9.39 exists from mid gastrula to late gastrula
ANISEED
a9.39* exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000328
a9.39*
a9.39* exists from mid gastrula to late gastrula
ANISEED
a9.39 cell pair exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000329
a9.39 cell pair
a9.39 cell pair exists from mid gastrula to late gastrula
ANISEED
a9.40 exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000330
a9.40
a9.40 exists from mid gastrula to mid neurula
ANISEED
a9.40* exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000331
a9.40*
a9.40* exists from mid gastrula to mid neurula
ANISEED
a9.40 cell pair exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000332
a9.40 cell pair
a9.40 cell pair exists from mid gastrula to mid neurula
ANISEED
a9.49 exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000333
a9.49
a9.49 exists from mid gastrula to early neurula
ANISEED
a9.49* exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000334
a9.49*
a9.49* exists from mid gastrula to early neurula
ANISEED
a9.49 cell pair exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000335
a9.49 cell pair
a9.49 cell pair exists from mid gastrula to early neurula
ANISEED
a9.50 exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000336
a9.50
a9.50 exists from mid gastrula to mid neurula
ANISEED
a9.50* exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000337
a9.50*
a9.50* exists from mid gastrula to mid neurula
ANISEED
a9.50 cell pair exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000338
a9.50 cell pair
a9.50 cell pair exists from mid gastrula to mid neurula
ANISEED
a9.51 exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000339
a9.51
a9.51 exists from mid gastrula to mid neurula
ANISEED
a9.51* exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000340
a9.51*
a9.51* exists from mid gastrula to mid neurula
ANISEED
a9.51 cell pair exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000341
a9.51 cell pair
a9.51 cell pair exists from mid gastrula to mid neurula
ANISEED
a9.52 exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000342
a9.52
a9.52 exists from mid gastrula to mid neurula
ANISEED
a9.52* exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000343
a9.52*
a9.52* exists from mid gastrula to mid neurula
ANISEED
a9.52 cell pair exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000344
a9.52 cell pair
a9.52 cell pair exists from mid gastrula to mid neurula
ANISEED
AB2 exists from 2-cell to 2-cell
anatomical_territory_hr
HaroreA:0000345
AB2
AB2 exists from 2-cell to 2-cell
ANISEED
AB2* exists from 2-cell to 2-cell
anatomical_territory_hr
HaroreA:0000346
AB2*
AB2* exists from 2-cell to 2-cell
ANISEED
AB2 cell pair exists from 2-cell to 2-cell
anatomical_territory_hr
HaroreA:0000347
AB2 cell pair
AB2 cell pair exists from 2-cell to 2-cell
ANISEED
a line exists from 8-cell to early gastrula
anatomical_territory_hr
HaroreA:0000348
a line
a line exists from 8-cell to early gastrula
ANISEED
A line exists from 4-cell to early gastrula
anatomical_territory_hr
HaroreA:0000349
A line
A line exists from 4-cell to early gastrula
ANISEED
a line neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000350
a line neural plate
a line neural plate exists from mid gastrula to late neurula
ANISEED
A line neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000351
A line neural plate
A line neural plate exists from mid gastrula to late neurula
ANISEED
anterior ant. sens. ves. exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000353
anterior anterior sensory vesicle
anterior ant. sens. ves. exists from initial tailbud I to hatching larva
ANISEED
anterior dorsal midline head epidermis (a8.26 line) exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000354
anterior dorsal midline head epidermis (a8.26 line)
anterior dorsal midline head epidermis (a8.26 line) exists from initial tailbud I to hatching larva
ANISEED
anterior endodermal strand (B7.2 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000355
anterior endodermal strand (B7.2 line)
anterior endodermal strand (B7.2 line) exists from mid gastrula to hatching larva
ANISEED
anterior head endoderm exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000356
anterior head endoderm
anterior head endoderm exists from mid gastrula to hatching larva
ANISEED
anterior sensory vesicle exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000357
anterior sensory vesicle
anterior sensory vesicle exists from initial tailbud I to hatching larva
ANISEED
anterior tail epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000358
anterior tail epidermis
anterior tail epidermis exists from mid gastrula to hatching larva
ANISEED
anterior ventral head epidermis (a7.11 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000359
anterior ventral head epidermis (a7.11 line)
anterior ventral head epidermis (a7.11 line) exists from mid gastrula to hatching larva
ANISEED
anterior ventral primary muscle lineage (B7.5 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000360
anterior ventral primary muscle lineage (B7.5 line)
anterior ventral primary muscle lineage (B7.5 line) exists from mid gastrula to hatching larva
ANISEED
antero central primary muscle lineage (B7.8 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000361
antero central primary muscle lineage (B7.8 line)
antero central primary muscle lineage (B7.8 line) exists from mid gastrula to hatching larva
ANISEED
Anus exists from young adult to adult
anatomical_territory_hr
HaroreA:0000362
Anus
Anus exists from young adult to adult
ANISEED
apical trunk epidermal neurone precursors (ATEN) exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000363
apical trunk epidermal neurone precursors (ATEN)
apical trunk epidermal neurone precursors (ATEN) exists from initial tailbud I to mid tailbud II
ANISEED
apical trunk epidermal neurones (ATEN) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000364
apical trunk epidermal neurones (ATEN)
apical trunk epidermal neurones (ATEN) exists from late tailbud I to hatching larva
ANISEED
Atrial pigment (ocellus) exists from young adult to adult
anatomical_territory_hr
HaroreA:0000365
Atrial pigment
Atrial pigment (ocellus) exists from young adult to adult
ANISEED
Atrial siphon exists from young adult to adult
anatomical_territory_hr
HaroreA:0000366
Atrial siphon
Atrial siphon exists from young adult to adult
ANISEED
Atrial siphon muscle (B7.5) exists from young adult to adult
anatomical_territory_hr
HaroreA:0000367
Atrial siphon muscle
Atrial siphon muscle (B7.5) exists from young adult to adult
ANISEED
atrial siphon primordia exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000368
atrial siphon primordia
atrial siphon primordia exists from mid gastrula to hatching larva
ANISEED
b10.65 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000369
b10.65
b10.65 exists from late neurula to late neurula
ANISEED
b10.65* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000370
b10.65*
b10.65* exists from late neurula to late neurula
ANISEED
b10.65 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000371
b10.65 cell pair
b10.65 cell pair exists from late neurula to late neurula
ANISEED
b10.66 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000372
b10.66
b10.66 exists from late neurula to late neurula
ANISEED
b10.66* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000373
b10.66*
b10.66* exists from late neurula to late neurula
ANISEED
b10.66 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000374
b10.66 cell pair
b10.66 cell pair exists from late neurula to late neurula
ANISEED
b10.73 exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000375
b10.73
b10.73 exists from mid neurula to late neurula
ANISEED
b10.73* exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000376
b10.73*
b10.73* exists from mid neurula to late neurula
ANISEED
b10.73 cell pair exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000377
b10.73 cell pair
b10.73 cell pair exists from mid neurula to late neurula
ANISEED
b10.74 exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000378
b10.74
b10.74 exists from mid neurula to late neurula
ANISEED
b10.74* exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000379
b10.74*
b10.74* exists from mid neurula to late neurula
ANISEED
b10.74 cell pair exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000380
b10.74 cell pair
b10.74 cell pair exists from mid neurula to late neurula
ANISEED
b10.75 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000381
b10.75
b10.75 exists from late neurula to late neurula
ANISEED
b10.75* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000382
b10.75*
b10.75* exists from late neurula to late neurula
ANISEED
b10.75 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000383
b10.75 cell pair
b10.75 cell pair exists from late neurula to late neurula
ANISEED
b10.76 exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000384
b10.76
b10.76 exists from late neurula to late neurula
ANISEED
b10.76* exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000385
b10.76*
b10.76* exists from late neurula to late neurula
ANISEED
b10.76 cell pair exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000386
b10.76 cell pair
b10.76 cell pair exists from late neurula to late neurula
ANISEED
B3 exists from 4-cell to 4-cell
anatomical_territory_hr
HaroreA:0000387
B3
B3 exists from 4-cell to 4-cell
ANISEED
B3* exists from 4-cell to 4-cell
anatomical_territory_hr
HaroreA:0000388
B3*
B3* exists from 4-cell to 4-cell
ANISEED
B3 cell pair exists from 4-cell to 4-cell
anatomical_territory_hr
HaroreA:0000389
B3 cell pair
B3 cell pair exists from 4-cell to 4-cell
ANISEED
B4.1 exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000390
B4.1
B4.1 exists from 8-cell to 8-cell
ANISEED
B4.1* exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000391
B4.1*
B4.1* exists from 8-cell to 8-cell
ANISEED
B4.1 cell pair exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000392
B4.1 cell pair
B4.1 cell pair exists from 8-cell to 8-cell
ANISEED
b4.2 exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000393
b4.2
b4.2 exists from 8-cell to 8-cell
ANISEED
b4.2* exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000394
b4.2*
b4.2* exists from 8-cell to 8-cell
ANISEED
b4.2 cell pair exists from 8-cell to 8-cell
anatomical_territory_hr
HaroreA:0000395
b4.2 cell pair
b4.2 cell pair exists from 8-cell to 8-cell
ANISEED
B5.1 exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000396
B5.1
B5.1 exists from early 16-cell to early 16-cell
ANISEED
B5.1* exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000397
B5.1*
B5.1* exists from early 16-cell to early 16-cell
ANISEED
B5.1 cell pair exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000398
B5.1 cell pair
B5.1 cell pair exists from early 16-cell to early 16-cell
ANISEED
B5.2 exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000399
B5.2
B5.2 exists from early 16-cell to early 16-cell
ANISEED
B5.2* exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000400
B5.2*
B5.2* exists from early 16-cell to early 16-cell
ANISEED
B5.2 cell pair exists from early 16-cell to early 16-cell
anatomical_territory_hr
HaroreA:0000401
B5.2 cell pair
B5.2 cell pair exists from early 16-cell to early 16-cell
ANISEED
b5.3 exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000402
b5.3
b5.3 exists from early 16-cell to late 16-cell
ANISEED
b5.3* exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000403
b5.3*
b5.3* exists from early 16-cell to late 16-cell
ANISEED
b5.3 cell pair exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000404
b5.3 cell pair
b5.3 cell pair exists from early 16-cell to late 16-cell
ANISEED
b5.4 exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000405
b5.4
b5.4 exists from early 16-cell to late 16-cell
ANISEED
b5.4* exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000406
b5.4*
b5.4* exists from early 16-cell to late 16-cell
ANISEED
b5.4 cell pair exists from early 16-cell to late 16-cell
anatomical_territory_hr
HaroreA:0000407
b5.4 cell pair
b5.4 cell pair exists from early 16-cell to late 16-cell
ANISEED
B6.1 exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000408
B6.1
B6.1 exists from late 16-cell to late 32-cell
ANISEED
B6.1* exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000409
B6.1*
B6.1* exists from late 16-cell to late 32-cell
ANISEED
B6.1 cell pair exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000410
B6.1 cell pair
B6.1 cell pair exists from late 16-cell to late 32-cell
ANISEED
B6.2 exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000411
B6.2
B6.2 exists from late 16-cell to late 32-cell
ANISEED
B6.2* exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000412
B6.2*
B6.2* exists from late 16-cell to late 32-cell
ANISEED
B6.2 cell pair exists from late 16-cell to late 32-cell
anatomical_territory_hr
HaroreA:0000413
B6.2 cell pair
B6.2 cell pair exists from late 16-cell to late 32-cell
ANISEED
B6.3 exists from late 16-cell to 44-cell
anatomical_territory_hr
HaroreA:0000414
B6.3
B6.3 exists from late 16-cell to 44-cell
ANISEED
B6.3* exists from late 16-cell to 44-cell
anatomical_territory_hr
HaroreA:0000415
B6.3*
B6.3* exists from late 16-cell to 44-cell
ANISEED
B6.3 cell pair exists from late 16-cell to 44-cell
anatomical_territory_hr
HaroreA:0000416
B6.3 cell pair
B6.3 cell pair exists from late 16-cell to 44-cell
ANISEED
B6.4 exists from late 16-cell to 44-cell
anatomical_territory_hr
HaroreA:0000417
B6.4
B6.4 exists from late 16-cell to 44-cell
ANISEED
B6.4* exists from late 16-cell to 44-cell
anatomical_territory_hr
HaroreA:0000418
B6.4*
B6.4* exists from late 16-cell to 44-cell
ANISEED
B6.4 cell pair exists from late 16-cell to 44-cell
anatomical_territory_hr
HaroreA:0000419
B6.4 cell pair
B6.4 cell pair exists from late 16-cell to 44-cell
ANISEED
b6.5 exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000420
b6.5
b6.5 exists from early 32-cell to 44-cell
ANISEED
b6.5* exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000421
b6.5*
b6.5* exists from early 32-cell to 44-cell
ANISEED
b6.5 cell pair exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000422
b6.5 cell pair
b6.5 cell pair exists from early 32-cell to 44-cell
ANISEED
b6.6 exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000423
b6.6
b6.6 exists from early 32-cell to 44-cell
ANISEED
b6.6* exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000424
b6.6*
b6.6* exists from early 32-cell to 44-cell
ANISEED
b6.6 cell pair exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000425
b6.6 cell pair
b6.6 cell pair exists from early 32-cell to 44-cell
ANISEED
b6.7 exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000426
b6.7
b6.7 exists from early 32-cell to 44-cell
ANISEED
b6.7* exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000427
b6.7*
b6.7* exists from early 32-cell to 44-cell
ANISEED
b6.7 cell pair exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000428
b6.7 cell pair
b6.7 cell pair exists from early 32-cell to 44-cell
ANISEED
b6.8 exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000429
b6.8
b6.8 exists from early 32-cell to 44-cell
ANISEED
b6.8* exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000430
b6.8*
b6.8* exists from early 32-cell to 44-cell
ANISEED
b6.8 cell pair exists from early 32-cell to 44-cell
anatomical_territory_hr
HaroreA:0000431
b6.8 cell pair
b6.8 cell pair exists from early 32-cell to 44-cell
ANISEED
B7.1 exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000432
B7.1
B7.1 exists from 44-cell to early gastrula
ANISEED
B7.1* exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000433
B7.1*
B7.1* exists from 44-cell to early gastrula
ANISEED
b7.10 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000434
b7.10
b7.10 exists from 64-cell to 76-cell
ANISEED
b7.10* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000435
b7.10*
b7.10* exists from 64-cell to 76-cell
ANISEED
b7.10 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000436
b7.10 cell pair
b7.10 cell pair exists from 64-cell to 76-cell
ANISEED
b7.11 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000437
b7.11
b7.11 exists from 64-cell to 76-cell
ANISEED
b7.11* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000438
b7.11*
b7.11* exists from 64-cell to 76-cell
ANISEED
b7.11 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000439
b7.11 cell pair
b7.11 cell pair exists from 64-cell to 76-cell
ANISEED
b7.12 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000440
b7.12
b7.12 exists from 64-cell to 76-cell
ANISEED
b7.12* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000441
b7.12*
b7.12* exists from 64-cell to 76-cell
ANISEED
b7.12 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000442
b7.12 cell pair
b7.12 cell pair exists from 64-cell to 76-cell
ANISEED
b7.13 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000443
b7.13
b7.13 exists from 64-cell to 76-cell
ANISEED
b7.13* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000444
b7.13*
b7.13* exists from 64-cell to 76-cell
ANISEED
b7.13 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000445
b7.13 cell pair
b7.13 cell pair exists from 64-cell to 76-cell
ANISEED
b7.14 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000446
b7.14
b7.14 exists from 64-cell to 76-cell
ANISEED
b7.14* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000447
b7.14*
b7.14* exists from 64-cell to 76-cell
ANISEED
b7.14 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000448
b7.14 cell pair
b7.14 cell pair exists from 64-cell to 76-cell
ANISEED
b7.15 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000449
b7.15
b7.15 exists from 64-cell to 76-cell
ANISEED
b7.15* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000450
b7.15*
b7.15* exists from 64-cell to 76-cell
ANISEED
b7.15 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000451
b7.15 cell pair
b7.15 cell pair exists from 64-cell to 76-cell
ANISEED
b7.16 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000452
b7.16
b7.16 exists from 64-cell to 76-cell
ANISEED
b7.16* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000453
b7.16*
b7.16* exists from 64-cell to 76-cell
ANISEED
b7.16 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000454
b7.16 cell pair
b7.16 cell pair exists from 64-cell to 76-cell
ANISEED
B7.1 cell pair exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000455
B7.1 cell pair
B7.1 cell pair exists from 44-cell to early gastrula
ANISEED
B7.2 exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000456
B7.2
B7.2 exists from 44-cell to early gastrula
ANISEED
B7.2* exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000457
B7.2*
B7.2* exists from 44-cell to early gastrula
ANISEED
B7.2 cell pair exists from 44-cell to early gastrula
anatomical_territory_hr
HaroreA:0000458
B7.2 cell pair
B7.2 cell pair exists from 44-cell to early gastrula
ANISEED
B7.3 exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000459
B7.3
B7.3 exists from 44-cell to 64-cell
ANISEED
B7.3* exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000460
B7.3*
B7.3* exists from 44-cell to 64-cell
ANISEED
B7.3 cell pair exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000461
B7.3 cell pair
B7.3 cell pair exists from 44-cell to 64-cell
ANISEED
B7.4 exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000462
B7.4
B7.4 exists from 44-cell to 64-cell
ANISEED
B7.4* exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000463
B7.4*
B7.4* exists from 44-cell to 64-cell
ANISEED
B7.4 cell pair exists from 44-cell to 64-cell
anatomical_territory_hr
HaroreA:0000464
B7.4 cell pair
B7.4 cell pair exists from 44-cell to 64-cell
ANISEED
B7.5 exists from 64-cell to early gastrula
anatomical_territory_hr
HaroreA:0000465
B7.5
B7.5 exists from 64-cell to early gastrula
ANISEED
B7.5* exists from 64-cell to early gastrula
anatomical_territory_hr
HaroreA:0000466
B7.5*
B7.5* exists from 64-cell to early gastrula
ANISEED
B7.5 cell pair exists from 64-cell to early gastrula
anatomical_territory_hr
HaroreA:0000467
B7.5 cell pair
B7.5 cell pair exists from 64-cell to early gastrula
ANISEED
B7.6 exists from 64-cell to mid gastrula
anatomical_territory_hr
HaroreA:0000468
B7.6
B7.6 exists from 64-cell to mid gastrula
ANISEED
B7.6* exists from 64-cell to mid gastrula
anatomical_territory_hr
HaroreA:0000469
B7.6*
B7.6* exists from 64-cell to mid gastrula
ANISEED
B7.6 cell pair exists from 64-cell to mid gastrula
anatomical_territory_hr
HaroreA:0000470
B7.6 cell pair
B7.6 cell pair exists from 64-cell to mid gastrula
ANISEED
B7.7 exists from 64-cell to early gastrula
anatomical_territory_hr
HaroreA:0000471
B7.7
B7.7 exists from 64-cell to early gastrula
ANISEED
B7.7* exists from 64-cell to early gastrula
anatomical_territory_hr
HaroreA:0000472
B7.7*
B7.7* exists from 64-cell to early gastrula
ANISEED
B7.7 cell pair exists from 64-cell to early gastrula
anatomical_territory_hr
HaroreA:0000473
B7.7 cell pair
B7.7 cell pair exists from 64-cell to early gastrula
ANISEED
B7.8 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000474
B7.8
B7.8 exists from 64-cell to 76-cell
ANISEED
B7.8* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000475
B7.8*
B7.8* exists from 64-cell to 76-cell
ANISEED
B7.8 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000476
B7.8 cell pair
B7.8 cell pair exists from 64-cell to 76-cell
ANISEED
b7.9 exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000477
b7.9
b7.9 exists from 64-cell to 76-cell
ANISEED
b7.9* exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000478
b7.9*
b7.9* exists from 64-cell to 76-cell
ANISEED
b7.9 cell pair exists from 64-cell to 76-cell
anatomical_territory_hr
HaroreA:0000479
b7.9 cell pair
b7.9 cell pair exists from 64-cell to 76-cell
ANISEED
B8.11 exists from late gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000480
B8.11
B8.11 exists from late gastrula to late gastrula
ANISEED
B8.11* exists from late gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000481
B8.11*
B8.11* exists from late gastrula to late gastrula
ANISEED
B8.11 cell pair exists from late gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000482
B8.11 cell pair
B8.11 cell pair exists from late gastrula to late gastrula
ANISEED
B8.12 exists from late gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000483
B8.12
B8.12 exists from late gastrula to late gastrula
ANISEED
B8.12* exists from late gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000484
B8.12*
B8.12* exists from late gastrula to late gastrula
ANISEED
B8.12 cell pair exists from late gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000485
B8.12 cell pair
B8.12 cell pair exists from late gastrula to late gastrula
ANISEED
B8.15 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000486
B8.15
B8.15 exists from 110-cell to early gastrula
ANISEED
B8.15* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000487
B8.15*
B8.15* exists from 110-cell to early gastrula
ANISEED
B8.15 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000488
B8.15 cell pair
B8.15 cell pair exists from 110-cell to early gastrula
ANISEED
B8.16 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000489
B8.16
B8.16 exists from 110-cell to early gastrula
ANISEED
B8.16* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000490
B8.16*
B8.16* exists from 110-cell to early gastrula
ANISEED
B8.16 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000491
B8.16 cell pair
B8.16 cell pair exists from 110-cell to early gastrula
ANISEED
b8.17 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000492
b8.17
b8.17 exists from 110-cell to early gastrula
ANISEED
b8.17* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000493
b8.17*
b8.17* exists from 110-cell to early gastrula
ANISEED
b8.17 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000494
b8.17 cell pair
b8.17 cell pair exists from 110-cell to early gastrula
ANISEED
b8.18 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000495
b8.18
b8.18 exists from 110-cell to early gastrula
ANISEED
b8.18* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000496
b8.18*
b8.18* exists from 110-cell to early gastrula
ANISEED
b8.18 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000497
b8.18 cell pair
b8.18 cell pair exists from 110-cell to early gastrula
ANISEED
b8.19 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000498
b8.19
b8.19 exists from 110-cell to early gastrula
ANISEED
b8.19* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000499
b8.19*
b8.19* exists from 110-cell to early gastrula
ANISEED
b8.19 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000500
b8.19 cell pair
b8.19 cell pair exists from 110-cell to early gastrula
ANISEED
b8.20 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000501
b8.20
b8.20 exists from 110-cell to early gastrula
ANISEED
b8.20* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000502
b8.20*
b8.20* exists from 110-cell to early gastrula
ANISEED
b8.20 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000503
b8.20 cell pair
b8.20 cell pair exists from 110-cell to early gastrula
ANISEED
b8.21 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000504
b8.21
b8.21 exists from 110-cell to early gastrula
ANISEED
b8.21* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000505
b8.21*
b8.21* exists from 110-cell to early gastrula
ANISEED
b8.21 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000506
b8.21 cell pair
b8.21 cell pair exists from 110-cell to early gastrula
ANISEED
b8.22 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000507
b8.22
b8.22 exists from 110-cell to early gastrula
ANISEED
b8.22* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000508
b8.22*
b8.22* exists from 110-cell to early gastrula
ANISEED
b8.22 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000509
b8.22 cell pair
b8.22 cell pair exists from 110-cell to early gastrula
ANISEED
b8.23 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000510
b8.23
b8.23 exists from 110-cell to early gastrula
ANISEED
b8.23* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000511
b8.23*
b8.23* exists from 110-cell to early gastrula
ANISEED
b8.23 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000512
b8.23 cell pair
b8.23 cell pair exists from 110-cell to early gastrula
ANISEED
b8.24 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000513
b8.24
b8.24 exists from 110-cell to early gastrula
ANISEED
b8.24* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000514
b8.24*
b8.24* exists from 110-cell to early gastrula
ANISEED
b8.24 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000515
b8.24 cell pair
b8.24 cell pair exists from 110-cell to early gastrula
ANISEED
b8.25 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000516
b8.25
b8.25 exists from 110-cell to early gastrula
ANISEED
b8.25* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000517
b8.25*
b8.25* exists from 110-cell to early gastrula
ANISEED
b8.25 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000518
b8.25 cell pair
b8.25 cell pair exists from 110-cell to early gastrula
ANISEED
b8.26 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000519
b8.26
b8.26 exists from 110-cell to early gastrula
ANISEED
b8.26* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000520
b8.26*
b8.26* exists from 110-cell to early gastrula
ANISEED
b8.26 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000521
b8.26 cell pair
b8.26 cell pair exists from 110-cell to early gastrula
ANISEED
b8.27 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000522
b8.27
b8.27 exists from 110-cell to early gastrula
ANISEED
b8.27* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000523
b8.27*
b8.27* exists from 110-cell to early gastrula
ANISEED
b8.27 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000524
b8.27 cell pair
b8.27 cell pair exists from 110-cell to early gastrula
ANISEED
b8.28 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000525
b8.28
b8.28 exists from 110-cell to early gastrula
ANISEED
b8.28* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000526
b8.28*
b8.28* exists from 110-cell to early gastrula
ANISEED
b8.28 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000527
b8.28 cell pair
b8.28 cell pair exists from 110-cell to early gastrula
ANISEED
b8.29 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000528
b8.29
b8.29 exists from 110-cell to early gastrula
ANISEED
b8.29* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000529
b8.29*
b8.29* exists from 110-cell to early gastrula
ANISEED
b8.29 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000530
b8.29 cell pair
b8.29 cell pair exists from 110-cell to early gastrula
ANISEED
b8.30 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000531
b8.30
b8.30 exists from 110-cell to early gastrula
ANISEED
b8.30* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000532
b8.30*
b8.30* exists from 110-cell to early gastrula
ANISEED
b8.30 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000533
b8.30 cell pair
b8.30 cell pair exists from 110-cell to early gastrula
ANISEED
b8.31 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000534
b8.31
b8.31 exists from 110-cell to early gastrula
ANISEED
b8.31* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000535
b8.31*
b8.31* exists from 110-cell to early gastrula
ANISEED
b8.31 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000536
b8.31 cell pair
b8.31 cell pair exists from 110-cell to early gastrula
ANISEED
b8.32 exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000537
b8.32
b8.32 exists from 110-cell to early gastrula
ANISEED
b8.32* exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000538
b8.32*
b8.32* exists from 110-cell to early gastrula
ANISEED
b8.32 cell pair exists from 110-cell to early gastrula
anatomical_territory_hr
HaroreA:0000539
b8.32 cell pair
b8.32 cell pair exists from 110-cell to early gastrula
ANISEED
B8.5 exists from 76-cell to 110-cell
anatomical_territory_hr
HaroreA:0000540
B8.5
B8.5 exists from 76-cell to 110-cell
ANISEED
B8.5* exists from 76-cell to 110-cell
anatomical_territory_hr
HaroreA:0000541
B8.5*
B8.5* exists from 76-cell to 110-cell
ANISEED
B8.5 cell pair exists from 76-cell to 110-cell
anatomical_territory_hr
HaroreA:0000542
B8.5 cell pair
B8.5 cell pair exists from 76-cell to 110-cell
ANISEED
B8.6 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000543
B8.6
B8.6 exists from 76-cell to early gastrula
ANISEED
B8.6* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000544
B8.6*
B8.6* exists from 76-cell to early gastrula
ANISEED
B8.6 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000545
B8.6 cell pair
B8.6 cell pair exists from 76-cell to early gastrula
ANISEED
B8.7 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000546
B8.7
B8.7 exists from 76-cell to early gastrula
ANISEED
B8.7* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000547
B8.7*
B8.7* exists from 76-cell to early gastrula
ANISEED
B8.7 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000548
B8.7 cell pair
B8.7 cell pair exists from 76-cell to early gastrula
ANISEED
B8.8 exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000549
B8.8
B8.8 exists from 76-cell to early gastrula
ANISEED
B8.8* exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000550
B8.8*
B8.8* exists from 76-cell to early gastrula
ANISEED
B8.8 cell pair exists from 76-cell to early gastrula
anatomical_territory_hr
HaroreA:0000551
B8.8 cell pair
B8.8 cell pair exists from 76-cell to early gastrula
ANISEED
B9.29 line exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000552
B9.29 line
B9.29 line exists from initial tailbud I to hatching larva
ANISEED
B9.30 line exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000553
B9.30 line
B9.30 line exists from initial tailbud I to hatching larva
ANISEED
B9.31 line exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000554
B9.31 line
B9.31 line exists from initial tailbud I to hatching larva
ANISEED
B9.32 line exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000555
B9.32 line
B9.32 line exists from initial tailbud I to hatching larva
ANISEED
b9.33 exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000556
b9.33
b9.33 exists from mid gastrula to mid neurula
ANISEED
b9.33* exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000557
b9.33*
b9.33* exists from mid gastrula to mid neurula
ANISEED
b9.33 cell pair exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000558
b9.33 cell pair
b9.33 cell pair exists from mid gastrula to mid neurula
ANISEED
b9.37 exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000559
b9.37
b9.37 exists from mid gastrula to early neurula
ANISEED
b9.37* exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000560
b9.37*
b9.37* exists from mid gastrula to early neurula
ANISEED
b9.37 cell pair exists from mid gastrula to early neurula
anatomical_territory_hr
HaroreA:0000561
b9.37 cell pair
b9.37 cell pair exists from mid gastrula to early neurula
ANISEED
b9.38 exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000562
b9.38
b9.38 exists from mid gastrula to mid neurula
ANISEED
b9.38* exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000563
b9.38*
b9.38* exists from mid gastrula to mid neurula
ANISEED
b9.38 cell pair exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000564
b9.38 cell pair
b9.38 cell pair exists from mid gastrula to mid neurula
ANISEED
bipolar tail epidermal neurone precursors (b8.25 line) exists from mid gastrula to early tailbud I
anatomical_territory_hr
HaroreA:0000565
bipolar tail epidermal neurone precursors (b8.25 line)
bipolar tail epidermal neurone precursors (b8.25 line) exists from mid gastrula to early tailbud I
ANISEED
bipolar tail epidermal neurones (b8.25 line) exists from early tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000566
bipolar tail epidermal neurones (b8.25 line)
bipolar tail epidermal neurones (b8.25 line) exists from early tailbud I to hatching larva
ANISEED
b line exists from 8-cell to early gastrula
anatomical_territory_hr
HaroreA:0000567
b line
b line exists from 8-cell to early gastrula
ANISEED
B line exists from 4-cell to early gastrula
anatomical_territory_hr
HaroreA:0000568
B line
B line exists from 4-cell to early gastrula
ANISEED
b line neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000569
b line neural plate
b line neural plate exists from mid gastrula to late neurula
ANISEED
Blood cells exists from adult to adult
anatomical_territory_hr
HaroreA:0000571
Blood cells
Blood cells exists from adult to adult
ANISEED
Body wall muscle exists from young adult to adult
anatomical_territory_hr
HaroreA:0000572
Body wall muscle
Body wall muscle exists from young adult to adult
ANISEED
Branchial pharynx exists from young adult to adult
anatomical_territory_hr
HaroreA:0000573
Branchial pharynx
Branchial pharynx exists from young adult to adult
ANISEED
caudal epidermal neurone (CEN) precursors exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000574
caudal epidermal neurone (CEN) precursors
caudal epidermal neurone (CEN) precursors exists from initial tailbud I to mid tailbud II
ANISEED
caudal epidermal neurones (CEN) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000575
caudal epidermal neurones (CEN)
caudal epidermal neurones (CEN) exists from late tailbud I to hatching larva
ANISEED
central anterior head endoderm (A7.2 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000576
central anterior head endoderm (A7.2 line)
central anterior head endoderm (A7.2 line) exists from mid gastrula to hatching larva
ANISEED
central dorsal midline head epidermis (a7.14 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000577
central dorsal midline head epidermis (a7.14 line)
central dorsal midline head epidermis (a7.14 line) exists from mid gastrula to hatching larva
ANISEED
central head endoderm (B7.1 line ; B7.5 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000578
central head endoderm (B7.1 line ; B7.5 line)
central head endoderm (B7.1 line ; B7.5 line) exists from mid gastrula to hatching larva
ANISEED
central nervous system exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000579
central nervous system
central nervous system exists from initial tailbud I to hatching larva
ANISEED
central primary muscle lineage (B7.4 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000580
central primary muscle lineage (B7.4 line)
central primary muscle lineage (B7.4 line) exists from mid gastrula to hatching larva
ANISEED
central ventral head epidermis (a7.12 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000581
central ventral head epidermis (a7.12 line)
central ventral head epidermis (a7.12 line) exists from mid gastrula to hatching larva
ANISEED
Cerebral ganglion exists from young adult to adult
anatomical_territory_hr
HaroreA:0000582
Cerebral ganglion
Cerebral ganglion exists from young adult to adult
ANISEED
Ciliated duct exists from young adult to adult
anatomical_territory_hr
HaroreA:0000583
Ciliated duct
Ciliated duct exists from young adult to adult
ANISEED
Ciliated funnel exists from young adult to adult
anatomical_territory_hr
HaroreA:0000584
Ciliated funnel
Ciliated funnel exists from young adult to adult
ANISEED
cuboidal palp cell precursors exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000585
cuboidal palp cell precursors
cuboidal palp cell precursors exists from initial tailbud I to mid tailbud II
ANISEED
cuboidal palp cells exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000586
cuboidal palp cells
cuboidal palp cells exists from late tailbud I to hatching larva
ANISEED
dorsal anterior head endoderm (A7.5 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000587
dorsal anterior head endoderm (A7.5 line)
dorsal anterior head endoderm (A7.5 line) exists from mid gastrula to hatching larva
ANISEED
dorsal anterior sensory vesicle exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000588
dorsal anterior sensory vesicle
dorsal anterior sensory vesicle exists from initial tailbud I to hatching larva
ANISEED
dorsal caudal epidermal neurone (CEN) exists from late tailbud I to hatching larva I
anatomical_territory_hr
HaroreA:0000589
dorsal caudal epidermal neurone (CEN)
dorsal caudal epidermal neurone (CEN) exists from late tailbud I to hatching larva I
ANISEED
dorsal caudal epidermal neurone precursors (CEN) exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000590
dorsal caudal epidermal neurone precursors (CEN)
dorsal caudal epidermal neurone precursors (CEN) exists from initial tailbud I to mid tailbud II
ANISEED
dorsal cuboidal palp cell precursors (a8.18 line) exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000592
dorsal cuboidal palp cell precursors (a8.18 line)
dorsal cuboidal palp cell precursors (a8.18 line) exists from initial tailbud I to mid tailbud II
ANISEED
dorsal cuboidal palp cells (a8.18 line) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000593
dorsal cuboidal palp cells (a8.18 line)
dorsal cuboidal palp cells (a8.18 line) exists from late tailbud I to hatching larva
ANISEED
dorsal midline anterior tail epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000594
dorsal midline anterior tail epidermis
dorsal midline anterior tail epidermis exists from mid gastrula to hatching larva
ANISEED
dorsal midline head epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000595
dorsal midline head epidermis
dorsal midline head epidermis exists from mid gastrula to hatching larva
ANISEED
dorsal midline posterior tail epidermis exists from late neurula to hatching larva
anatomical_territory_hr
HaroreA:0000596
dorsal midline posterior tail epidermis
dorsal midline posterior tail epidermis exists from late neurula to hatching larva
ANISEED
dorsal neck ependymal cells exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000597
dorsal neck ependymal cells
dorsal neck ependymal cells exists from late tailbud I to hatching larva
ANISEED
dorsal neck ependymal precursors exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000598
dorsal neck ependymal precursors
dorsal neck ependymal precursors exists from initial tailbud I to mid tailbud II
ANISEED
dorsal palp neurone precursors (a8.18 line) exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000600
dorsal palp neurone precursors (a8.18 line)
dorsal palp neurone precursors (a8.18 line) exists from initial tailbud I to mid tailbud II
ANISEED
dorsal palp neurones (a8.18 line) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000601
dorsal palp neurones (a8.18 line)
dorsal palp neurones (a8.18 line) exists from late tailbud I to hatching larva
ANISEED
dorsal posterior tail epidermis exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000602
dorsal posterior tail epidermis
dorsal posterior tail epidermis exists from mid gastrula to mid neurula
ANISEED
dorsal posterior sensory vesicle exists from initial tailbud I to late tailbud I
anatomical_territory_hr
HaroreA:0000603
dorsal posterior sensory vesicle
dorsal posterior sensory vesicle exists from initial tailbud I to late tailbud I
ANISEED
dorsal TNC ependymal cells (capstone cells) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000604
dorsal TNC ependymal cells (capstone cells)
dorsal TNC ependymal cells (capstone cells) exists from late tailbud I to hatching larva
ANISEED
dorsal TNC ependymal precursors (capstone cells) exists from initial tailbud I to mid tailbud I
anatomical_territory_hr
HaroreA:0000605
dorsal TNC ependymal precursors (capstone cells)
dorsal TNC ependymal precursors (capstone cells) exists from initial tailbud I to mid tailbud I
ANISEED
dorsal VG ependymal cells exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000606
dorsal VG ependymal cells
dorsal VG ependymal cells exists from late tailbud I to hatching larva
ANISEED
dorsal VG ependymal precursors exists from initial tailbud I to mid tailbud I
anatomical_territory_hr
HaroreA:0000607
dorsal VG ependymal precursors
dorsal VG ependymal precursors exists from initial tailbud I to mid tailbud I
ANISEED
dorso lateral anterior tail epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000608
dorso lateral anterior tail epidermis
dorso lateral anterior tail epidermis exists from mid gastrula to hatching larva
ANISEED
dorso lateral head epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000609
dorso lateral head epidermis
dorso lateral head epidermis exists from mid gastrula to hatching larva
ANISEED
dorso lateral head epidermis (a7.14 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000610
dorso lateral head epidermis (a7.14 line)
dorso lateral head epidermis (a7.14 line) exists from mid gastrula to hatching larva
ANISEED
dorso lateral head epidermis (a7.15 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000611
dorso lateral head epidermis (a7.15 line)
dorso lateral head epidermis (a7.15 line) exists from mid gastrula to hatching larva
ANISEED
dorso lateral posterior tail epidermis exists from late neurula to hatching larva
anatomical_territory_hr
HaroreA:0000612
dorso lateral posterior tail epidermis
dorso lateral posterior tail epidermis exists from late neurula to hatching larva
ANISEED
ectoderm exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000613
ectoderm
ectoderm exists from initial tailbud I to hatching larva
ANISEED
ectoderm primordia exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000614
ectoderm primordia
ectoderm primordia exists from mid gastrula to late neurula
ANISEED
endoderm exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000615
endoderm
endoderm exists from mid gastrula to hatching larva
ANISEED
endodermal strand exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000616
endodermal strand
endodermal strand exists from mid gastrula to hatching larva
ANISEED
Endostyle exists from young adult to adult
anatomical_territory_hr
HaroreA:0000617
Endostyle
Endostyle exists from young adult to adult
ANISEED
epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000619
epidermis
epidermis exists from mid gastrula to hatching larva
ANISEED
Epidermis exists from young adult to adult
anatomical_territory_hr
HaroreA:0000620
Epidermis
Epidermis exists from young adult to adult
ANISEED
Esophagus exists from young adult to adult
anatomical_territory_hr
HaroreA:0000621
Esophagus
Esophagus exists from young adult to adult
ANISEED
fin exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000622
fin
fin exists from hatching larva to hatching larva
ANISEED
Gill-slit exists from young adult to adult
anatomical_territory_hr
HaroreA:0000623
Gill-slit
Gill-slit exists from young adult to adult
ANISEED
Gonad exists from young adult to adult
anatomical_territory_hr
HaroreA:0000624
Gonad
Gonad exists from young adult to adult
ANISEED
head endoderm exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000626
head endoderm
head endoderm exists from mid gastrula to hatching larva
ANISEED
head epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000627
head epidermis
head epidermis exists from mid gastrula to hatching larva
ANISEED
Heart exists from young adult to adult
anatomical_territory_hr
HaroreA:0000628
Heart
Heart exists from young adult to adult
ANISEED
Heart muscle cells exists from young adult to adult
anatomical_territory_hr
HaroreA:0000629
Heart muscle cells
Heart muscle cells exists from young adult to adult
ANISEED
Hepatopancreas exists from young adult to adult
anatomical_territory_hr
HaroreA:0000630
Hepatopancreas
Hepatopancreas exists from young adult to adult
ANISEED
Hint-gut exists from young adult to adult
anatomical_territory_hr
HaroreA:0000631
Hint-gut
Hint-gut exists from young adult to adult
ANISEED
Holdfast exists from young adult to adult
anatomical_territory_hr
HaroreA:0000632
Holdfast
Holdfast exists from young adult to adult
ANISEED
hydrostatic pressure organ exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000633
hydrostatic pressure organ
hydrostatic pressure organ exists from hatching larva to hatching larva
ANISEED
Intestine exists from young adult to adult
anatomical_territory_hr
HaroreA:0000635
Intestine
Intestine exists from young adult to adult
ANISEED
Languet exists from young adult to adult
anatomical_territory_hr
HaroreA:0000636
Languet
Languet exists from young adult to adult
ANISEED
lateral anterior tail epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000637
lateral anterior tail epidermis
lateral anterior tail epidermis exists from mid gastrula to hatching larva
ANISEED
lateral anterior sensory vesicle exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000638
lateral anterior sensory vesicle
lateral anterior sensory vesicle exists from initial tailbud I to hatching larva
ANISEED
lateral posterior tail epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000639
lateral posterior tail epidermis
lateral posterior tail epidermis exists from mid gastrula to hatching larva
ANISEED
lateral posterior sensory vesicle exists from initial tailbud I to late tailbud I
anatomical_territory_hr
HaroreA:0000640
lateral posterior sensory vesicle
lateral posterior sensory vesicle exists from initial tailbud I to late tailbud I
ANISEED
lateral TNC ependymal cells exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000641
lateral TNC ependymal cells
lateral TNC ependymal cells exists from late tailbud I to hatching larva
ANISEED
lateral TNC ependymal precursors exists from initial tailbud I to mid tailbud I
anatomical_territory_hr
HaroreA:0000642
lateral TNC ependymal precursors
lateral TNC ependymal precursors exists from initial tailbud I to mid tailbud I
ANISEED
lateral VG ependymal cells exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000643
lateral VG ependymal cells
lateral VG ependymal cells exists from late tailbud I to hatching larva
ANISEED
lateral VG ependymal precursors exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000644
lateral VG ependymal precursors
lateral VG ependymal precursors exists from initial tailbud I to mid tailbud II
ANISEED
Latitudinal mantle muscle (B7.5) exists from young adult to adult
anatomical_territory_hr
HaroreA:0000645
Latitudinal mantle muscle
Latitudinal mantle muscle (B7.5) exists from young adult to adult
ANISEED
left atrial siphon primordium exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000646
left atrial siphon primordium
left atrial siphon primordium exists from mid gastrula to hatching larva
ANISEED
lens cells exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000648
lens cells
lens cells exists from hatching larva to hatching larva
ANISEED
Long-cilia epithelium exists from young adult to adult
anatomical_territory_hr
HaroreA:0000649
Long-cilia epithelium
Long-cilia epithelium exists from young adult to adult
ANISEED
Longitudinal bar exists from young adult to adult
anatomical_territory_hr
HaroreA:0000650
Longitudinal bar
Longitudinal bar exists from young adult to adult
ANISEED
Longitudinal mantle muscle (A7.6) exists from young adult to adult
anatomical_territory_hr
HaroreA:0000651
Longitudinal mantle muscle
Longitudinal mantle muscle (A7.6) exists from young adult to adult
ANISEED
Mantle margin exists from young adult to adult
anatomical_territory_hr
HaroreA:0000652
Mantle margin
Mantle margin exists from young adult to adult
ANISEED
mesenchyme (B8.5 & B7.7 lines) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000653
mesenchyme (B8.5 & B7.7 lines)
mesenchyme (B8.5 & B7.7 lines) exists from mid gastrula to hatching larva
ANISEED
mesoderm exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000654
mesoderm
mesoderm exists from mid gastrula to hatching larva
ANISEED
Mid-gut exists from young adult to adult
anatomical_territory_hr
HaroreA:0000655
Mid-gut
Mid-gut exists from young adult to adult
ANISEED
neck exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000657
neck
neck exists from initial tailbud I to hatching larva
ANISEED
nervous system exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000658
nervous system
nervous system exists from initial tailbud I to hatching larva
ANISEED
Neural complex exists from young adult to adult
anatomical_territory_hr
HaroreA:0000659
Neural complex
Neural complex exists from young adult to adult
ANISEED
Neural gland exists from young adult to adult
anatomical_territory_hr
HaroreA:0000660
Neural gland
Neural gland exists from young adult to adult
ANISEED
Neural gland complex exists from young adult to adult
anatomical_territory_hr
HaroreA:0000661
Neural gland complex
Neural gland complex exists from young adult to adult
ANISEED
neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000662
neural plate
neural plate exists from mid gastrula to late neurula
ANISEED
neurohypophysis primordium exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000663
neurohypophysis primordium
neurohypophysis primordium exists from initial tailbud I to hatching larva
ANISEED
No expression exists from Unfertilized egg to adult
anatomical_territory_hr
HaroreA:0000664
No expression
No expression exists from Unfertilized egg to adult
ANISEED
notochord exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000665
notochord
notochord exists from mid gastrula to hatching larva
ANISEED
ocellus exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000666
ocellus
ocellus exists from hatching larva to hatching larva
ANISEED
Oral pigments (ocellus) exists from young adult to adult
anatomical_territory_hr
HaroreA:0000667
Oral pigments
Oral pigments (ocellus) exists from young adult to adult
ANISEED
Oral siphon exists from young adult to adult
anatomical_territory_hr
HaroreA:0000668
Oral siphon
Oral siphon exists from young adult to adult
ANISEED
Oral siphon muscle (A7.6) exists from young adult to adult
anatomical_territory_hr
HaroreA:0000669
Oral siphon muscle
Oral siphon muscle (A7.6) exists from young adult to adult
ANISEED
oral siphon primordium (pharynx) exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000670
oral siphon primordium (pharynx)
oral siphon primordium (pharynx) exists from initial tailbud I to hatching larva
ANISEED
otolith exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000671
otolith
otolith exists from hatching larva to hatching larva
ANISEED
Ovary exists from young adult to adult
anatomical_territory_hr
HaroreA:0000672
Ovary
Ovary exists from young adult to adult
ANISEED
palp neurone precursors exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000673
palp neurone precursors
palp neurone precursors exists from initial tailbud I to mid tailbud II
ANISEED
palp neurones exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000674
palp neurones
palp neurones exists from late tailbud I to hatching larva
ANISEED
Palps exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000675
Palps
Palps exists from initial tailbud I to hatching larva
ANISEED
Peribranchial cavity exists from young adult to adult
anatomical_territory_hr
HaroreA:0000676
Peribranchial cavity
Peribranchial cavity exists from young adult to adult
ANISEED
Peribranchial epithelium exists from young adult to adult
anatomical_territory_hr
HaroreA:0000677
Peribranchial epithelium
Peribranchial epithelium exists from young adult to adult
ANISEED
Pericardial cavity exists from young adult to adult
anatomical_territory_hr
HaroreA:0000678
Pericardial cavity
Pericardial cavity exists from young adult to adult
ANISEED
Pericardium exists from young adult to adult
anatomical_territory_hr
HaroreA:0000679
Pericardium
Pericardium exists from young adult to adult
ANISEED
Peripharyngeal band exists from young adult to adult
anatomical_territory_hr
HaroreA:0000680
Peripharyngeal band
Peripharyngeal band exists from young adult to adult
ANISEED
peripheral nervous system exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000681
peripheral nervous system
peripheral nervous system exists from initial tailbud I to hatching larva
ANISEED
Pharynx exists from adult to adult
anatomical_territory_hr
HaroreA:0000682
Pharynx
Pharynx exists from adult to adult
ANISEED
photoreceptors exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000683
photoreceptors
photoreceptors exists from hatching larva to hatching larva
ANISEED
pigment cell equivalence group exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000684
pigment cell equivalence group
pigment cell equivalence group exists from initial tailbud I to mid tailbud II
ANISEED
pigment cup cells exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000685
pigment cup cells
pigment cup cells exists from hatching larva to hatching larva
ANISEED
pigmented cell (otolith) exists from late tailbud I to late tailbud I
anatomical_territory_hr
HaroreA:0000686
pigmented cell (otolith)
pigmented cell (otolith) exists from late tailbud I to late tailbud I
ANISEED
pigmented cell precursor (ocellus) exists from late tailbud I to late tailbud I
anatomical_territory_hr
HaroreA:0000687
pigmented cell precursor (ocellus)
pigmented cell precursor (ocellus) exists from late tailbud I to late tailbud I
ANISEED
pigmented cells exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000688
pigmented cells
pigmented cells exists from hatching larva to hatching larva
ANISEED
posterior dorsal midline head epidermis (b8.20 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000689
posterior dorsal midline head epidermis (b8.20 line)
posterior dorsal midline head epidermis (b8.20 line) exists from mid gastrula to hatching larva
ANISEED
posterior endodermal strand (B7.6 line) exists from mid gastrula to late gastrula
anatomical_territory_hr
HaroreA:0000690
posterior endodermal strand (B7.6 line)
posterior endodermal strand (B7.6 line) exists from mid gastrula to late gastrula
ANISEED
posterior endodermal strand (B8.11 line) exists from early neurula to hatching larva
anatomical_territory_hr
HaroreA:0000691
posterior endodermal strand (B8.11 line)
posterior endodermal strand (B8.11 line) exists from early neurula to hatching larva
ANISEED
posterior endodermal strand (B8.12 line) exists from early neurula to hatching larva
anatomical_territory_hr
HaroreA:0000692
posterior endodermal strand (B8.12 line)
posterior endodermal strand (B8.12 line) exists from early neurula to hatching larva
ANISEED
posterior most endodermal strand (b8.17 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000693
posterior most endodermal strand (b8.17 line)
posterior most endodermal strand (b8.17 line) exists from mid gastrula to hatching larva
ANISEED
posterior most secondary muscle lineage (b8.17 and b8.19 lines) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000694
posterior most secondary muscle lineage (b8.17 and b8.19 lines)
posterior most secondary muscle lineage (b8.17 and b8.19 lines) exists from mid gastrula to hatching larva
ANISEED
posterior secondary muscle lineage (A9.31 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000695
posterior secondary muscle lineage (A9.31 line)
posterior secondary muscle lineage (A9.31 line) exists from mid gastrula to hatching larva
ANISEED
posterior sensory vesicle exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000696
posterior sensory vesicle
posterior sensory vesicle exists from initial tailbud I to hatching larva
ANISEED
posterior tail epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000697
posterior tail epidermis
posterior tail epidermis exists from mid gastrula to hatching larva
ANISEED
posterior ventral head endoderm exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000698
posterior ventral head endoderm
posterior ventral head endoderm exists from mid gastrula to hatching larva
ANISEED
posterior ventral head endoderm (B7.2 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000699
posterior ventral head endoderm (B7.2 line)
posterior ventral head endoderm (B7.2 line) exists from mid gastrula to hatching larva
ANISEED
posterior ventral head epidermis (a7.16 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000700
posterior ventral head epidermis (a7.16 line)
posterior ventral head epidermis (a7.16 line) exists from mid gastrula to hatching larva
ANISEED
Prebranchial pharynx exists from young adult to adult
anatomical_territory_hr
HaroreA:0000701
Prebranchial pharynx
Prebranchial pharynx exists from young adult to adult
ANISEED
primary muscle lineage exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000702
primary muscle lineage
primary muscle lineage exists from mid gastrula to hatching larva
ANISEED
primary muscle lineage (anterior) exists from initial tailbud I to early tailbud I
anatomical_territory_hr
HaroreA:0000703
primary muscle lineage (anterior)
primary muscle lineage (anterior) exists from initial tailbud I to early tailbud I
ANISEED
primary notochord lineage (A7.3 & A7.7 lines) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000704
primary notochord lineage (A7.3 & A7.7 lines)
primary notochord lineage (A7.3 & A7.7 lines) exists from mid gastrula to hatching larva
ANISEED
Pyloric gland exists from young adult to adult
anatomical_territory_hr
HaroreA:0000705
Pyloric gland
Pyloric gland exists from young adult to adult
ANISEED
Rectum exists from young adult to adult
anatomical_territory_hr
HaroreA:0000706
Rectum
Rectum exists from young adult to adult
ANISEED
right atrial siphon primordium exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000707
right atrial siphon primordium
right atrial siphon primordium exists from mid gastrula to hatching larva
ANISEED
rostral trunk epidermal neurone precursors (RTEN) (a8.26 line) exists from initial tailbud I to mid tailbud I
anatomical_territory_hr
HaroreA:0000709
rostral trunk epidermal neurone precursors (RTEN) (a8.26 line)
rostral trunk epidermal neurone precursors (RTEN) (a8.26 line) exists from initial tailbud I to mid tailbud I
ANISEED
rostral trunk epidermal neurones (RTEN) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000710
rostral trunk epidermal neurones (RTEN)
rostral trunk epidermal neurones (RTEN) exists from late tailbud I to hatching larva
ANISEED
row I A neural plate exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000712
row I A neural plate
row I A neural plate exists from early neurula to late neurula
ANISEED
row I B neural plate exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000713
row I B neural plate
row I B neural plate exists from early neurula to late neurula
ANISEED
row II A neural plate exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000714
row II A neural plate
row II A neural plate exists from late gastrula to late neurula
ANISEED
row II B neural plate exists from late gastrula to late neurula
anatomical_territory_hr
HaroreA:0000715
row II B neural plate
row II B neural plate exists from late gastrula to late neurula
ANISEED
row III A neural plate exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000716
row III A neural plate
row III A neural plate exists from early neurula to late neurula
ANISEED
row III B neural plate exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000717
row III B neural plate
row III B neural plate exists from early neurula to late neurula
ANISEED
row III neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000718
row III neural plate
row III neural plate exists from mid gastrula to late neurula
ANISEED
row II neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000719
row II neural plate
row II neural plate exists from mid gastrula to late neurula
ANISEED
row I neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000720
row I neural plate
row I neural plate exists from mid gastrula to late neurula
ANISEED
row IV A neural plate exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000721
row IV A neural plate
row IV A neural plate exists from mid neurula to late neurula
ANISEED
row IV B neural plate exists from mid neurula to late neurula
anatomical_territory_hr
HaroreA:0000722
row IV B neural plate
row IV B neural plate exists from mid neurula to late neurula
ANISEED
row IV neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000723
row IV neural plate
row IV neural plate exists from mid gastrula to late neurula
ANISEED
row V A neural plate exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000724
row V A neural plate
row V A neural plate exists from early neurula to late neurula
ANISEED
row V B neural plate exists from early neurula to late neurula
anatomical_territory_hr
HaroreA:0000725
row V B neural plate
row V B neural plate exists from early neurula to late neurula
ANISEED
row VI A neural plate exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000726
row VI A neural plate
row VI A neural plate exists from late neurula to late neurula
ANISEED
row VI B neural plate exists from late neurula to late neurula
anatomical_territory_hr
HaroreA:0000727
row VI B neural plate
row VI B neural plate exists from late neurula to late neurula
ANISEED
row VI neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000728
row VI neural plate
row VI neural plate exists from mid gastrula to late neurula
ANISEED
row V neural plate exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000729
row V neural plate
row V neural plate exists from mid gastrula to late neurula
ANISEED
secondary muscle lineage exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000730
secondary muscle lineage
secondary muscle lineage exists from mid gastrula to hatching larva
ANISEED
secondary muscle lineage (posterior) exists from initial tailbud I to early tailbud I
anatomical_territory_hr
HaroreA:0000731
secondary muscle lineage (posterior)
secondary muscle lineage (posterior) exists from initial tailbud I to early tailbud I
ANISEED
secondary notochord lineage (B8.6 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000732
secondary notochord lineage (B8.6 line)
secondary notochord lineage (B8.6 line) exists from mid gastrula to hatching larva
ANISEED
sensory cells exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000733
sensory cells
sensory cells exists from hatching larva to hatching larva
ANISEED
Short-cilia epithelium exists from young adult to adult
anatomical_territory_hr
HaroreA:0000734
Short-cilia epithelium
Short-cilia epithelium exists from young adult to adult
ANISEED
siphon primordia exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000735
siphon primordia
siphon primordia exists from mid gastrula to hatching larva
ANISEED
specialized ependymal cells exists from hatching larva to hatching larva
anatomical_territory_hr
HaroreA:0000736
specialized ependymal cells
specialized ependymal cells exists from hatching larva to hatching larva
ANISEED
Stomach exists from young adult to adult
anatomical_territory_hr
HaroreA:0000737
Stomach
Stomach exists from young adult to adult
ANISEED
tail epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000738
tail epidermis
tail epidermis exists from mid gastrula to hatching larva
ANISEED
tail muscles exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000739
tail muscles
tail muscles exists from mid gastrula to hatching larva
ANISEED
tail nerve cord exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000740
tail nerve cord
tail nerve cord exists from initial tailbud I to hatching larva
ANISEED
Tentacles exists from young adult to adult
anatomical_territory_hr
HaroreA:0000741
Tentacles
Tentacles exists from young adult to adult
ANISEED
Testis exists from young adult to adult
anatomical_territory_hr
HaroreA:0000742
Testis
Testis exists from young adult to adult
ANISEED
TLC (A7.6 line) exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000743
TLC (A7.6 line)
TLC (A7.6 line) exists from mid gastrula to late neurula
ANISEED
TNC ependymal cells exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000744
TNC ependymal cells
TNC ependymal cells exists from late tailbud I to hatching larva
ANISEED
TNC ependymal precursors exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000745
TNC ependymal precursors
TNC ependymal precursors exists from initial tailbud I to mid tailbud II
ANISEED
Transverse bar exists from young adult to adult
anatomical_territory_hr
HaroreA:0000746
Transverse bar
Transverse bar exists from young adult to adult
ANISEED
trunk lateral cells (A7.6 line) exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000747
trunk lateral cells (A7.6 line)
trunk lateral cells (A7.6 line) exists from initial tailbud I to hatching larva
ANISEED
trunk ventral cells (B7.5 line) exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000748
trunk ventral cells (B7.5 line)
trunk ventral cells (B7.5 line) exists from initial tailbud I to hatching larva
ANISEED
Tubercule dorsal exists from young adult to adult
anatomical_territory_hr
HaroreA:0000749
Tubercule dorsal
Tubercule dorsal exists from young adult to adult
ANISEED
Tunic exists from young adult to adult
anatomical_territory_hr
HaroreA:0000750
Tunic
Tunic exists from young adult to adult
ANISEED
Tunic cells exists from young adult to adult
anatomical_territory_hr
HaroreA:0000751
Tunic cells
Tunic cells exists from young adult to adult
ANISEED
TVC (B7.5 line) exists from mid gastrula to late neurula
anatomical_territory_hr
HaroreA:0000752
TVC (B7.5 line)
TVC (B7.5 line) exists from mid gastrula to late neurula
ANISEED
ventral anterior head endoderm (A7.1 line) exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000754
ventral anterior head endoderm (A7.1 line)
ventral anterior head endoderm (A7.1 line) exists from mid gastrula to hatching larva
ANISEED
ventral anterior tail epidermis exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000755
ventral anterior tail epidermis
ventral anterior tail epidermis exists from mid gastrula to mid neurula
ANISEED
ventral ant. sens. ves. exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000756
ventral ant. sens. ves.
ventral ant. sens. ves. exists from initial tailbud I to hatching larva
ANISEED
ventral caudal epidermal neurone (CEN) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000757
ventral caudal epidermal neurone (CEN)
ventral caudal epidermal neurone (CEN) exists from late tailbud I to hatching larva
ANISEED
ventral caudal epidermal neurone (CEN) precursors exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000758
ventral caudal epidermal neurone (CEN) precursors
ventral caudal epidermal neurone (CEN) precursors exists from initial tailbud I to mid tailbud II
ANISEED
ventral cuboidal palp cell precursors (a8.20 line) exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000760
ventral cuboidal palp cell precursors (a8.20 line)
ventral cuboidal palp cell precursors (a8.20 line) exists from initial tailbud I to mid tailbud II
ANISEED
ventral cuboidal palp cells (a8.20 line) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000761
ventral cuboidal palp cells (a8.20 line)
ventral cuboidal palp cells (a8.20 line) exists from late tailbud I to hatching larva
ANISEED
ventral head epidermis exists from mid gastrula to hatching larva
anatomical_territory_hr
HaroreA:0000762
ventral head epidermis
ventral head epidermis exists from mid gastrula to hatching larva
ANISEED
ventral lateral anterior tail epidermis exists from late neurula to hatching larva
anatomical_territory_hr
HaroreA:0000763
ventral lateral anterior tail epidermis
ventral lateral anterior tail epidermis exists from late neurula to hatching larva
ANISEED
ventral lateral posterior tail epidermis exists from late neurula to hatching larva
anatomical_territory_hr
HaroreA:0000764
ventral lateral posterior tail epidermis
ventral lateral posterior tail epidermis exists from late neurula to hatching larva
ANISEED
ventral midline anterior tail epidermis exists from late neurula to hatching larva
anatomical_territory_hr
HaroreA:0000765
ventral midline anterior tail epidermis
ventral midline anterior tail epidermis exists from late neurula to hatching larva
ANISEED
ventral midline posterior tail epidermis exists from late neurula to hatching larva
anatomical_territory_hr
HaroreA:0000766
ventral midline posterior tail epidermis
ventral midline posterior tail epidermis exists from late neurula to hatching larva
ANISEED
ventral neck ependymal cells exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000767
ventral neck ependymal cells
ventral neck ependymal cells exists from late tailbud I to hatching larva
ANISEED
ventral neck ependymal precursors exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000768
ventral neck ependymal precursors
ventral neck ependymal precursors exists from initial tailbud I to mid tailbud II
ANISEED
ventral palp neurone precursors (a8.20 line) exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000770
ventral palp neurone precursors (a8.20 line)
ventral palp neurone precursors (a8.20 line) exists from initial tailbud I to mid tailbud II
ANISEED
ventral palp neurones (a8.20 line) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000771
ventral palp neurones (a8.20 line)
ventral palp neurones (a8.20 line) exists from late tailbud I to hatching larva
ANISEED
ventral posterior tail epidermis exists from mid gastrula to mid neurula
anatomical_territory_hr
HaroreA:0000772
ventral posterior tail epidermis
ventral posterior tail epidermis exists from mid gastrula to mid neurula
ANISEED
ventral posterior sensory vesicle exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000773
ventral posterior sensory vesicle
ventral posterior sensory vesicle exists from initial tailbud I to hatching larva
ANISEED
ventral TNC ependymal cells (keel cells) exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000774
ventral TNC ependymal cells (keel cells)
ventral TNC ependymal cells (keel cells) exists from late tailbud I to hatching larva
ANISEED
ventral TNC ependymal precursors (keel cells) exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000775
ventral TNC ependymal precursors (keel cells)
ventral TNC ependymal precursors (keel cells) exists from initial tailbud I to mid tailbud II
ANISEED
ventral VG ependymal cells exists from late tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000776
ventral VG ependymal cells
ventral VG ependymal cells exists from late tailbud I to hatching larva
ANISEED
ventral VG ependymal precursors exists from initial tailbud I to mid tailbud II
anatomical_territory_hr
HaroreA:0000777
ventral VG ependymal precursors
ventral VG ependymal precursors exists from initial tailbud I to mid tailbud II
ANISEED
visceral ganglion exists from initial tailbud I to hatching larva
anatomical_territory_hr
HaroreA:0000778
visceral ganglion
visceral ganglion exists from initial tailbud I to hatching larva
ANISEED
whole egg exists from Unfertilized egg to Unfertilized egg
anatomical_territory_hr
HaroreA:0000779
whole egg
whole egg exists from Unfertilized egg to Unfertilized egg
ANISEED
whole embryo exists from One cell to hatching larva
anatomical_territory_hr
HaroreA:0000780
whole embryo
whole embryo exists from One cell to hatching larva
ANISEED
whole organism exists from young adult to adult
anatomical_territory_hr
HaroreA:0000781
whole organism
whole organism exists from young adult to adult
ANISEED
Zone I exists from young adult to adult
anatomical_territory_hr
HaroreA:0000782
Zone I
Zone I exists from young adult to adult
ANISEED
Zone II exists from young adult to adult
anatomical_territory_hr
HaroreA:0000783
Zone II
Zone II exists from young adult to adult
ANISEED
Zone III exists from young adult to adult
anatomical_territory_hr
HaroreA:0000784
Zone III
Zone III exists from young adult to adult
ANISEED
Zone IV exists from young adult to adult
anatomical_territory_hr
HaroreA:0000785
Zone IV
Zone IV exists from young adult to adult
ANISEED
Zone IX exists from young adult to adult
anatomical_territory_hr
HaroreA:0000786
Zone IX
Zone IX exists from young adult to adult
ANISEED
Zone V exists from young adult to adult
anatomical_territory_hr
HaroreA:0000787
Zone V
Zone V exists from young adult to adult
ANISEED
Zone VI exists from young adult to adult
anatomical_territory_hr
HaroreA:0000788
Zone VI
Zone VI exists from young adult to adult
ANISEED
Zone VII exists from young adult to adult
anatomical_territory_hr
HaroreA:0000789
Zone VII
Zone VII exists from young adult to adult
ANISEED
Zone VIII exists from young adult to adult
anatomical_territory_hr
HaroreA:0000790
Zone VIII
Zone VIII exists from young adult to adult
ANISEED
anatomical_entities
HaroreA:0000791
anatomical entity
anatomical_entities
HaroreA:0000792
cell
anatomical_entities
HaroreA:0000793
cell pair
anatomical_entities
HaroreA:0000794
structure
anatomical_entities
HaroreA:0000795
organism
anatomical_entities
HaroreA:0000796
head
anatomical_entities
HaroreA:0000797
tail
Atrial cavity exists from young adult to adult
anatomical_territory_hr
HaroreA:0000798
Atrial cavity
Atrial cavity exists from young adult to adult
ANISEED
Ductus deferens exists from young adult to adult
anatomical_territory_hr
HaroreA:0000799
Ductus deferens
Ductus deferens exists from young adult to adult
ANISEED
Ovary envelop exists from young adult to adult
anatomical_territory_hr
HaroreA:0000800
Ovary envelop
Ovary envelop exists from young adult to adult
ANISEED
Oviduct envelop exists from young adult to adult
anatomical_territory_hr
HaroreA:0000801
Oviduct
Oviduct envelop exists from young adult to adult
ANISEED
Oral cavity exists from young adult to adult
anatomical_territory_hr
HaroreA:0000802
Oral cavity
Oral cavity exists from young adult to adult
ANISEED
Prebranchial pharynx exists from young adult to adult
anatomical_territory_hr
HaroreA:0000803
Retropharyngeal band
Prebranchial pharynx exists from young adult to adult
ANISEED
developmental_stages
HaroreD:0000000
developmental stage
developmental_stages
HaroreD:0000001
meta_period
Pre-embryonic development extends from Stage 0.
anatomical_territory_hr
HaroreD:0000002
Pre-embryonic development
Pre-embryonic development extends from Stage 0.
ANISEED
Embryonic development, pre-metamorphosis extends from Hotta Stage 1 Zygote to Hotta Stage 30 swimming larva IV.
anatomical_territory_hr
HaroreD:0000003
Embryonic development, pre-metamorphosis
Embryonic development, pre-metamorphosis extends from Hotta Stage 1 Zygote to Hotta Stage 30 swimming larva IV.
ANISEED
Metamorphosis extends from Hotta stage 31 to Hotta stage 40.
anatomical_territory_hr
HaroreD:0000004
Metamorphosis
Metamorphosis extends from Hotta stage 31 to Hotta stage 40.
ANISEED
Post-metamorphosis extends from Hotta stage 41 to the adult.
anatomical_territory_hr
HaroreD:0000005
Post-metamorphosis
Post-metamorphosis extends from Hotta stage 41 to the adult.
ANISEED
developmental_stages
HaroreD:0000006
period
Pre-fertilization period (before 0 hpf).
anatomical_territory_hr
HaroreD:0000007
Pre-fertilization period
Pre-fertilization period (before 0 hpf).
ANISEED
Zygote period (0-0.9 hpf) consists of a single stage, stage 1 extending from fertilisation event up to the end of the first mitotic cycle.
anatomical_territory_hr
HaroreD:0000008
Zygote period
Zygote period (0-0.9 hpf) consists of a single stage, stage 1 extending from fertilisation event up to the end of the first mitotic cycle.
ANISEED
Cleavage period (0.9-4.5 hpf) is characterized by a series of stereotyped mitotic divisions without cell migration or exchange of neighbours. It was split into eight stages, stages 2-9, corresponding to the appearance of specific mitotic domains. During these stages the embryos are bilaterally symmetrical.
anatomical_territory_hr
HaroreD:0000009
Cleavage period
Cleavage period (0.9-4.5 hpf) is characterized by a series of stereotyped mitotic divisions without cell migration or exchange of neighbours. It was split into eight stages, stages 2-9, corresponding to the appearance of specific mitotic domains. During these stages the embryos are bilaterally symmetrical.
ANISEED
Gastrula period (4.5-6.3 hpf) is covered by 4 stages, stages 10-13, corresponding to various stages of invagination of the vegetal cells.
anatomical_territory_hr
HaroreD:0000010
Gastrula period
Gastrula period (4.5-6.3 hpf) is covered by 4 stages, stages 10-13, corresponding to various stages of invagination of the vegetal cells.
ANISEED
Neurula period (6.3-8.5 hpf) is divided into 3 stages extending from stage 14 to stage 16.
anatomical_territory_hr
HaroreD:0000011
Neurula period
Neurula period (6.3-8.5 hpf) is divided into 3 stages extending from stage 14 to stage 16.
ANISEED
Tailbud period (8.5-17.5 hpf) is divided into four entities (initial tailbud, early tailbud, mid tailbud and late tailbud stages) each subdivided into two or more stages. The initial, early and mid tailbud stages are split into stages each , marking the initiation and end of the period. The late tailbud stage is split into three stages.
anatomical_territory_hr
HaroreD:0000012
Tailbud period
Tailbud period (8.5-17.5 hpf) is divided into four entities (initial tailbud, early tailbud, mid tailbud and late tailbud stages) each subdivided into two or more stages. The initial, early and mid tailbud stages are split into stages each , marking the initiation and end of the period. The late tailbud stage is split into three stages.
ANISEED
Swimming larva (17.5-23 hpf) is divided into 5 stages extending from stage 26 to 30 stage.
anatomical_territory_hr
HaroreD:0000013
Swimming larva
Swimming larva (17.5-23 hpf) is divided into 5 stages extending from stage 26 to 30 stage.
ANISEED
Adhesion (23-26 hpf) is divided into 2 stages extending from stage 31 to stage 32.
anatomical_territory_hr
HaroreD:0000014
Adhesion
Adhesion (23-26 hpf) is divided into 2 stages extending from stage 31 to stage 32.
ANISEED
Tail absorption (26-29 hpf) is divided into 3 stages extending from stage 33 to stage 35.
anatomical_territory_hr
HaroreD:0000015
Tail absorption
Tail absorption (26-29 hpf) is divided into 3 stages extending from stage 33 to stage 35.
ANISEED
Body axis rotation (29-57 hpf) is divided into 5 stages extending from stage 36 to stage 40.
anatomical_territory_hr
HaroreD:0000016
Body axis rotation
Body axis rotation (29-57 hpf) is divided into 5 stages extending from stage 36 to stage 40.
ANISEED
Juvenile (57-168 hpf) is divided into 7 stages extending from stage 41 to the adult.
anatomical_territory_hr
HaroreD:0000017
Juvenile
Juvenile (57-168 hpf) is divided into 7 stages extending from stage 41 to the adult.
ANISEED
Young adult extends from the fusion of the paired atria siphons to the production of mature gametes at approximatively 3 months of age.
anatomical_territory_hr
HaroreD:0000018
Young adult
Young adult extends from the fusion of the paired atria siphons to the production of mature gametes at approximatively 3 months of age.
ANISEED
Mature adult is marked by the production of gametes at approximatively 3 months of age.
anatomical_territory_hr
HaroreD:0000019
Mature adult
Mature adult is marked by the production of gametes at approximatively 3 months of age.
ANISEED
developmental_stages
HaroreD:0000020
stage
Unfertilized egg. Egg is not yet fertilized.
Unfertilized egg
anatomical_territory_hr
HaroreD:0000021
Stage 0
Unfertilized egg. Egg is not yet fertilized.
ANISEED
Zygote fertilized egg. Time since fertilization is 0min, corresponding to 0.00% of development.
One cell
anatomical_territory_hr
HaroreD:0000022
FABA link="dev_3D/0.4hpf.html;dev_3D/0.8hpf.html"
Stage 1
Zygote fertilized egg. Time since fertilization is 0min, corresponding to 0.00% of development.
ANISEED
Two cell-stage embryo. The first cleavage plane separates the left and right halves of the embryo. Time since fertilization is 55min, corresponding to 6.00% of development.
2-cell
anatomical_territory_hr
HaroreD:0000023
FABA link="dev_3D/0.9hpf.html"
Stage 2
Two cell-stage embryo. The first cleavage plane separates the left and right halves of the embryo. Time since fertilization is 55min, corresponding to 6.00% of development.
ANISEED
Four cell-stage embryo. The second cleavage plane separates the anterior from the posterior halves of the embryos. Just after cleavage, the embryos are very loosely organized and then compact towards the end of the stage. Time since fertilization is 1hr 27min, corresponding to 8.00% of development.
4-cell
anatomical_territory_hr
HaroreD:0000024
FABA link="dev_3D/1.45hpf.html;dev_3D/1.7hpf.html"
Stage 3
Four cell-stage embryo. The second cleavage plane separates the anterior from the posterior halves of the embryos. Just after cleavage, the embryos are very loosely organized and then compact towards the end of the stage. Time since fertilization is 1hr 27min, corresponding to 8.00% of development.
ANISEED
Eight cell-stage embryo. The third cleavage plane separates animal from vegetal territories. At this stage, the 4 founder lineages are defined: a animal anterior; b animal posterior, A vegetal anterior; B vegetal posterior. It is possible to identify each blastomere in living embryos, according to their size (B-line is biggest) and spatial arrangement. The embryos compact towards the end of the stage. Time since fertilization is 1hr 54min, corresponding to 11.00% of development.
8-cell
anatomical_territory_hr
HaroreD:0000025
FABA link="dev_3D/1.9hpf.html"
Stage 4
Eight cell-stage embryo. The third cleavage plane separates animal from vegetal territories. At this stage, the 4 founder lineages are defined: a animal anterior; b animal posterior, A vegetal anterior; B vegetal posterior. It is possible to identify each blastomere in living embryos, according to their size (B-line is biggest) and spatial arrangement. The embryos compact towards the end of the stage. Time since fertilization is 1hr 54min, corresponding to 11.00% of development.
ANISEED
Early sixteen-cell stage embryo. All animal and vegetal cells have undergone a fourth cleavage. First sign of a clear antero-posterior polarity in the shape of embryo, resulting from the action of the CAB: the B5.2 blastomere is significantly smaller than the others (ref Nishida). A quantification of the size difference between B5.1 and B5.2 is provided in Tassy et al. (2006). This stage is early, uncompacted ,16-cell stage. Time since fertilization is 2hr 21min, corresponding to 13.00% of development.
early 16-cell
anatomical_territory_hr
HaroreD:0000026
FABA link="dev_3D/2.35hpf.html"
Stage 5a
Early sixteen-cell stage embryo. All animal and vegetal cells have undergone a fourth cleavage. First sign of a clear antero-posterior polarity in the shape of embryo, resulting from the action of the CAB: the B5.2 blastomere is significantly smaller than the others (ref Nishida). A quantification of the size difference between B5.1 and B5.2 is provided in Tassy et al. (2006). This stage is early, uncompacted ,16-cell stage. Time since fertilization is 2hr 21min, corresponding to 13.00% of development.
ANISEED
Late sixteen-cell stage embryo. All animal and vegetal cells have undergone a fourth cleavage. First sign of a clear antero-posterior polarity in the shape of embryo, resulting from the action of the CAB: the B5.2 blastomere is significantly smaller than the others (ref Nishida). A quantification of the size difference between B5.1 and B5.2 is provided in Tassy et al. (2006). This stage is late, compacted, 16-cell stage. Time since fertilization is 2hr 39min, corresponding to 15.00% of development.
late 16-cell
anatomical_territory_hr
HaroreD:0000027
FABA link="dev_3D/2.65hpf.html"
Stage 5b
Late sixteen-cell stage embryo. All animal and vegetal cells have undergone a fourth cleavage. First sign of a clear antero-posterior polarity in the shape of embryo, resulting from the action of the CAB: the B5.2 blastomere is significantly smaller than the others (ref Nishida). A quantification of the size difference between B5.1 and B5.2 is provided in Tassy et al. (2006). This stage is late, compacted, 16-cell stage. Time since fertilization is 2hr 39min, corresponding to 15.00% of development.
ANISEED
Early thirty two-cell stage embryo. All blastomeres have undergone a fifth cleavage, which occurs earlier in the vegetal than animal lineages. Division of B5.2 is again marjedly asymmetric due to the action of the CAB, leading to a small posterior B6.3 cell. This stage is quasi spherical. Time since fertilization is 3hr 0min, corresponding to 17.00% of development.
early 32-cell
anatomical_territory_hr
HaroreD:0000028
FABA link="dev_3D/3hpf.html"
Stage 6a
Early thirty two-cell stage embryo. All blastomeres have undergone a fifth cleavage, which occurs earlier in the vegetal than animal lineages. Division of B5.2 is again marjedly asymmetric due to the action of the CAB, leading to a small posterior B6.3 cell. This stage is quasi spherical. Time since fertilization is 3hr 0min, corresponding to 17.00% of development.
ANISEED
Late thirty two-cell stage embryo. Same as early 32-cells stage, but which is flatter and in which the large B6.2 cell is bulging out. Time since fertilization is 3hr 12min, corresponding to 18.00% of development.
late 32-cell
anatomical_territory_hr
HaroreD:0000029
FABA link="dev_3D/3.2hpf.html"
Stage 6b
Late thirty two-cell stage embryo. Same as early 32-cells stage, but which is flatter and in which the large B6.2 cell is bulging out. Time since fertilization is 3hr 12min, corresponding to 18.00% of development.
ANISEED
Fourty four-cell stage embryo. All vegetal blastomeres have undergone an additional (sixth) cleavage. Vegetal blastomeres are bulging out. The very small B7.6 blastomere is a landmark of the posterior end of the embryo. Time since fertilization is 3hr 21min, corresponding to 19.00% of development.
44-cell
anatomical_territory_hr
HaroreD:0000030
FABA link="dev_3D/3.35hpf.html"
Stage 7
Fourty four-cell stage embryo. All vegetal blastomeres have undergone an additional (sixth) cleavage. Vegetal blastomeres are bulging out. The very small B7.6 blastomere is a landmark of the posterior end of the embryo. Time since fertilization is 3hr 21min, corresponding to 19.00% of development.
ANISEED
Sixty four-cell stage embryo. The animal blastomeres have now also undergone a sixth cleavage. Seen from the animal pole, the embryo has a rather square shape with A7.8 and B7.4 blastomeres bulging out. Time since fertilization is 4hr 0min, corresponding to 23.00% of development.
64-cell
anatomical_territory_hr
HaroreD:0000031
FABA link="dev_3D/4hpf.html"
Stage 8
Sixty four-cell stage embryo. The animal blastomeres have now also undergone a sixth cleavage. Seen from the animal pole, the embryo has a rather square shape with A7.8 and B7.4 blastomeres bulging out. Time since fertilization is 4hr 0min, corresponding to 23.00% of development.
ANISEED
Seventy six-cell stage embryo. Divisions become asymmetric in the vegetal hemisphere. The embryo flattens on its vegetal side, in preparation for gastrulation. Vegetal cells are very tall and columnar. Time since fertilization is 4hr 12min, corresponding to 24.00% of development.
76-cell
anatomical_territory_hr
HaroreD:0000032
FABA link="dev_3D/4.2hpf.html"
Stage 9
Seventy six-cell stage embryo. Divisions become asymmetric in the vegetal hemisphere. The embryo flattens on its vegetal side, in preparation for gastrulation. Vegetal cells are very tall and columnar. Time since fertilization is 4hr 12min, corresponding to 24.00% of development.
ANISEED
Initial gastrula. Gastrulation is initiated by the sinking of the endodermal A7.1 blastomeres. Time since fertilization is 4hr 33min, corresponding to 26.00% of development.
110-cell
anatomical_territory_hr
HaroreD:0000033
FABA link="dev_3D/4.5hpf.html"
Stage 10
Initial gastrula. Gastrulation is initiated by the sinking of the endodermal A7.1 blastomeres. Time since fertilization is 4hr 33min, corresponding to 26.00% of development.
ANISEED
The notochord has invaginated. The vegetal side of the embryo has a horseshoe shape. Most animal cells have cells have divided but vegetal cells have not. Time since fertilization is 4hr 54min, corresponding to 28.00% of development.
early gastrula
anatomical_territory_hr
HaroreD:0000034
FABA link="dev_3D/4.9hpf.html"
Stage 11
The notochord has invaginated. The vegetal side of the embryo has a horseshoe shape. Most animal cells have cells have divided but vegetal cells have not. Time since fertilization is 4hr 54min, corresponding to 28.00% of development.
ANISEED
Six-row neural plate stage. The blastopore is still central and open. Most vegetal cells have now undergone division. The neural plate is flat and constituted by six rows of 6 cells (3 rows of a-line cells and 3 rows of A-line cells) that form a characteristically regular structure. Time since fertilization is 5hr 39min, corresponding to 32.00% of development.
mid gastrula
anatomical_territory_hr
HaroreD:0000035
FABA link="dev_3D/5.65hpf.html"
Stage 12
Six-row neural plate stage. The blastopore is still central and open. Most vegetal cells have now undergone division. The neural plate is flat and constituted by six rows of 6 cells (3 rows of a-line cells and 3 rows of A-line cells) that form a characteristically regular structure. Time since fertilization is 5hr 39min, corresponding to 32.00% of development.
ANISEED
The blastopore is in posterior position and nearly closed. The embryo elongates anteriorly. The neural plate has more than 6 rows as a result of the cleavage of the central cells of A-line row II. The A-line neural rows (I and II) start to curve (neurulation begin). The large b6.5 progeny are coming together at the midline. Time since fertilization is 5hr 55min, corresponding to 34.00% of development.
late gastrula
anatomical_territory_hr
HaroreD:0000036
FABA link="dev_3D/5.9hpf.html"
Stage 13
The blastopore is in posterior position and nearly closed. The embryo elongates anteriorly. The neural plate has more than 6 rows as a result of the cleavage of the central cells of A-line row II. The A-line neural rows (I and II) start to curve (neurulation begin). The large b6.5 progeny are coming together at the midline. Time since fertilization is 5hr 55min, corresponding to 34.00% of development.
ANISEED
The A-line neural plate forms a neural fold lined by b6.5 descendants. Seen from the top of the neural plate, the embryo has a diamond shape and a pointed anterior part. The neural fold remains open. Time since fertilization is 6hr 21min, corresponding to 36.00% of development.
early neurula
anatomical_territory_hr
HaroreD:0000037
FABA link="dev_3D/6.35hpf.html"
Stage 14
The A-line neural plate forms a neural fold lined by b6.5 descendants. Seen from the top of the neural plate, the embryo has a diamond shape and a pointed anterior part. The neural fold remains open. Time since fertilization is 6hr 21min, corresponding to 36.00% of development.
ANISEED
The a-line neural plate also bends and the neural territory form a gutter over most of its length. Seen from the top of the neural gutter, the embryo has an oval shape. Time since fertilization is 6hr 48min, corresponding to 39.00% of development. Length of the tail : 83.1 microns, length of the head : 83 microns, .
mid neurula
anatomical_territory_hr
HaroreD:0000038
FABA link="dev_3D/6.8hpf.html"
Stage 15
The a-line neural plate also bends and the neural territory form a gutter over most of its length. Seen from the top of the neural gutter, the embryo has an oval shape. Time since fertilization is 6hr 48min, corresponding to 39.00% of development. Length of the tail : 83.1 microns, length of the head : 83 microns, .
ANISEED
The neural tube starts to close in its posterior portion. The notochord precursors are converging and intercalating, and the embryo elongates posteriorly so that the posterior end is more pointed than the anterior end. Time since fertilization is 7hr 24min, corresponding to 42.00% of development. Length of the tail : 85.3 microns, length of the head : 84.2 microns, .
late neurula
anatomical_territory_hr
HaroreD:0000039
FABA link="dev_3D/7.4hpf.html"
Stage 16
The neural tube starts to close in its posterior portion. The notochord precursors are converging and intercalating, and the embryo elongates posteriorly so that the posterior end is more pointed than the anterior end. Time since fertilization is 7hr 24min, corresponding to 42.00% of development. Length of the tail : 85.3 microns, length of the head : 84.2 microns, .
ANISEED
First indication of a separation between tail and trunk territories. The axes of the trunk and tail are aligned and the two territories have the same length. The notochord cells are arranged in two interdigitating rows which have not finished intercalating. Time since fertilization is 8hr 27min, corresponding to 48.00% of development. Length of the tail : 89.9 microns, length of the head : 87.8 microns, .
initial tailbud I
anatomical_territory_hr
HaroreD:0000040
FABA link="dev_3D/8.45hpf.html"
Stage 17
First indication of a separation between tail and trunk territories. The axes of the trunk and tail are aligned and the two territories have the same length. The notochord cells are arranged in two interdigitating rows which have not finished intercalating. Time since fertilization is 8hr 27min, corresponding to 48.00% of development. Length of the tail : 89.9 microns, length of the head : 87.8 microns, .
ANISEED
The tail and trunk form two clearly distinct domains of the same length. The neuropore remains open as the a-line neural tissue is still neurulating. The axes of the trunk and tail start to be misaligned. Time since fertilization is 8hr 50min, corresponding to 50.00% of development. Length of the tail : 97.6 microns, length of the head : 111.9 microns, ratio between tail and head is 1.1.
initial tailbud II
anatomical_territory_hr
HaroreD:0000041
FABA link="dev_3D/8.8hpf.html"
Stage 18
The tail and trunk form two clearly distinct domains of the same length. The neuropore remains open as the a-line neural tissue is still neurulating. The axes of the trunk and tail start to be misaligned. Time since fertilization is 8hr 50min, corresponding to 50.00% of development. Length of the tail : 97.6 microns, length of the head : 111.9 microns, ratio between tail and head is 1.1.
ANISEED
The trunk and tail axes make a 40 degrees angle and the tail is approximately 20 microns longer than the trunk. The intercalation of a few anterior-most notochord cells is finished and the neuropore closes. Time since fertilization is 9hr 19min, corresponding to 53.00% of development. Length of the tail : 103 microns, length of the head : 120.3 microns, ratio between tail and head is 1.2.
early tailbud I
anatomical_territory_hr
HaroreD:0000042
FABA link="dev_3D/9.3hpf.html"
Stage 19
The trunk and tail axes make a 40 degrees angle and the tail is approximately 20 microns longer than the trunk. The intercalation of a few anterior-most notochord cells is finished and the neuropore closes. Time since fertilization is 9hr 19min, corresponding to 53.00% of development. Length of the tail : 103 microns, length of the head : 120.3 microns, ratio between tail and head is 1.2.
ANISEED
Trunk and tail axes make a 60 degrees angle. In this stage, the neuropore closed and neurulation complete. Time since fertilization is 9hr 30min, corresponding to 54.00% of development. Length of the tail : 112 microns, length of the head : 146.7 microns, ratio between tail and head is 1.3.
early tailbud II
anatomical_territory_hr
HaroreD:0000043
FABA link="dev_3D/9.5hpf.html"
Stage 20
Trunk and tail axes make a 60 degrees angle. In this stage, the neuropore closed and neurulation complete. Time since fertilization is 9hr 30min, corresponding to 54.00% of development. Length of the tail : 112 microns, length of the head : 146.7 microns, ratio between tail and head is 1.3.
ANISEED
Tail is one and half times longer than trunk. Trunk and tail axes make a 90 degrees angle. Intercalation of notochord cells just finished. Time since fertilization is 10hr 2min, corresponding to 57.00% of development. Length of the tail : 114.3 microns, length of the head : 180.7 microns, ratio between tail and head is 1.6.
mid tailbud I
anatomical_territory_hr
HaroreD:0000044
FABA link="dev_3D/10hpf.html"
Stage 21
Tail is one and half times longer than trunk. Trunk and tail axes make a 90 degrees angle. Intercalation of notochord cells just finished. Time since fertilization is 10hr 2min, corresponding to 57.00% of development. Length of the tail : 114.3 microns, length of the head : 180.7 microns, ratio between tail and head is 1.6.
ANISEED
The body adopts a half circular shape. Tail length is twice as long as trunk. The notochord cells adopt a characteristic �pile-of-coin� organization and start to thicken along the antero posterior axis. Time since fertilization is 10hr 54min, corresponding to 62.00% of development. Length of the tail : 118 microns, length of the head : 221.2 microns, ratio between tail and head is 1.9.
mid tailbud II
anatomical_territory_hr
HaroreD:0000045
FABA link="dev_3D/10.9hpf.html"
Stage 22
The body adopts a half circular shape. Tail length is twice as long as trunk. The notochord cells adopt a characteristic �pile-of-coin� organization and start to thicken along the antero posterior axis. Time since fertilization is 10hr 54min, corresponding to 62.00% of development. Length of the tail : 118 microns, length of the head : 221.2 microns, ratio between tail and head is 1.9.
ANISEED
Initiation of the pigmentation of the otolith visible under dissecting scope. Tail strongly curved with tip close to the anterior end of the trunk. Ratio of the thickness of the notochord cells along the DV and AP axes is about 2. Time since fertilization is 11hr 54min, corresponding to 68.00% of development. Length of the tail : 118.9 microns, length of the head : 255.1 microns, ratio between tail and head is 2.1.
late tailbud I
anatomical_territory_hr
HaroreD:0000046
FABA link="dev_3D/11.9hpf.html"
Stage 23
Initiation of the pigmentation of the otolith visible under dissecting scope. Tail strongly curved with tip close to the anterior end of the trunk. Ratio of the thickness of the notochord cells along the DV and AP axes is about 2. Time since fertilization is 11hr 54min, corresponding to 68.00% of development. Length of the tail : 118.9 microns, length of the head : 255.1 microns, ratio between tail and head is 2.1.
ANISEED
Notochord vacuolation begins. Palps formation is intiated by a thickening and bulging of the anterior most trunk epidermis. Tail straightens in its anterior part. Ratio of the thickness of the notochord cells along the DV and AP axis is about 1.2. Time since fertilization is 13hr 27min, corresponding to 77.00% of development. Length of the tail : 130.8 microns, length of the head : 442.6 microns, ratio between tail and head is 3.4.
late tailbud II
anatomical_territory_hr
HaroreD:0000047
FABA link="dev_3D/13.5hpf.html"
Stage 24
Notochord vacuolation begins. Palps formation is intiated by a thickening and bulging of the anterior most trunk epidermis. Tail straightens in its anterior part. Ratio of the thickness of the notochord cells along the DV and AP axis is about 1.2. Time since fertilization is 13hr 27min, corresponding to 77.00% of development. Length of the tail : 130.8 microns, length of the head : 442.6 microns, ratio between tail and head is 3.4.
ANISEED
Ocellus melanization begins. Elongation of the cilia from the caudal epidermal neurons begins. All notochord cells are vacuolated. Ratio of the thickness of the notochord cells along the DV and AP axis is about 1.2 . Tail bent dorsally. Time since fertilization is 15hr 54min, corresponding to 91.00% of development. Length of the tail : 143.7 microns, length of the head : 558.6 microns, ratio between tail and head is 3.9.
late tailbud III
anatomical_territory_hr
HaroreD:0000048
FABA link="dev_3D/15.9hpf.html"
Stage 25
Ocellus melanization begins. Elongation of the cilia from the caudal epidermal neurons begins. All notochord cells are vacuolated. Ratio of the thickness of the notochord cells along the DV and AP axis is about 1.2 . Tail bent dorsally. Time since fertilization is 15hr 54min, corresponding to 91.00% of development. Length of the tail : 143.7 microns, length of the head : 558.6 microns, ratio between tail and head is 3.9.
ANISEED
Head has a round shape. Cilia of caudal epidermal sensory neuron are growing. These cilia are projected in the fin tunic. Similar structures are found also in head part. Time since fertilization is 17hr 30min, corresponding to 100.00% of development. Length of the tail : 159.3 microns, length of the head : 661.6 microns, ratio between tail and head is 4.2.
hatching larva
anatomical_territory_hr
HaroreD:0000049
FABA link="dev_3D/17.5hpf.html"
Stage 26
Head has a round shape. Cilia of caudal epidermal sensory neuron are growing. These cilia are projected in the fin tunic. Similar structures are found also in head part. Time since fertilization is 17hr 30min, corresponding to 100.00% of development. Length of the tail : 159.3 microns, length of the head : 661.6 microns, ratio between tail and head is 4.2.
ANISEED
Spindle-like head shape. Time since fertilization is 19hr 0min.
swimming larva I
anatomical_territory_hr
HaroreD:0000050
Stage 27
Spindle-like head shape. Time since fertilization is 19hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
-. Time since fertilization is 20hr 0min.
swimming larva II
anatomical_territory_hr
HaroreD:0000051
Stage 28
-. Time since fertilization is 20hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
Expansion of basal part of papilla and elongate. Square shaped head. Spherical shape of test cells. Primordial endstyle observed. Time since fertilization is 21hr 0min.
swimming larva III
anatomical_territory_hr
HaroreD:0000052
Stage 29
Expansion of basal part of papilla and elongate. Square shaped head. Spherical shape of test cells. Primordial endstyle observed. Time since fertilization is 21hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
Tail muscl isll diversified. Longest length of larva. Time since fertilization is 23hr 0min.
swimming larva IV
anatomical_territory_hr
HaroreD:0000053
Stage 30
Tail muscl isll diversified. Longest length of larva. Time since fertilization is 23hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
Papilla change the shape and curved. Primordial gut observed. Time since fertilization is 24hr 0min.
Hotta stage 31
anatomical_territory_hr
HaroreD:0000054
Stage 31
Papilla change the shape and curved. Primordial gut observed. Time since fertilization is 24hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
Reversal of papilla. Time since fertilization is 26hr 0min.
Hotta stage 32
anatomical_territory_hr
HaroreD:0000055
Stage 32
Reversal of papilla. Time since fertilization is 26hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
Start of tail absorption. Time since fertilization is 27hr 0min.
Hotta stage 33
anatomical_territory_hr
HaroreD:0000056
Stage 33
Start of tail absorption. Time since fertilization is 27hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
50% of tail absorbed to trunk part. Thickening of tail. Time since fertilization is 28hr 0min.
Hotta stage 34
anatomical_territory_hr
HaroreD:0000057
Stage 34
50% of tail absorbed to trunk part. Thickening of tail. Time since fertilization is 28hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
End of tail absorption. Degeneration of papilla. Time since fertilization is 29hr 0min.
Hotta stage 35
anatomical_territory_hr
HaroreD:0000058
Stage 35
End of tail absorption. Degeneration of papilla. Time since fertilization is 29hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
Disruption of head tunic. Papilla utilized, observation of both oral and atrial siphon. Start of body axis rotation (0 degrees). Time since fertilization is 33hr 0min.
Hotta stage 36
anatomical_territory_hr
HaroreD:0000059
Stage 36
Disruption of head tunic. Papilla utilized, observation of both oral and atrial siphon. Start of body axis rotation (0 degrees). Time since fertilization is 33hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
Body axis rotation at 30 degrees(35.2hpf). Time since fertilization is 39hr 0min.
Hotta stage 37
anatomical_territory_hr
HaroreD:0000060
Stage 37
Body axis rotation at 30 degrees(35.2hpf). Time since fertilization is 39hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
Body axis rotation at 60 degrees(44.5hpf), one pair of gill-slit open. Time since fertilization is 42hr 0min.
Hotta stage 38
anatomical_territory_hr
HaroreD:0000061
Stage 38
Body axis rotation at 60 degrees(44.5hpf), one pair of gill-slit open. Time since fertilization is 42hr 0min.
http://chordate.bpni.bio.keio.ac.jp/faba2
Two pair of gill-slit open, amplae start to diverge. Time since fertilization is 2.25 days.
Hotta stage 39
anatomical_territory_hr
HaroreD:0000062
Stage 39
Two pair of gill-slit open, amplae start to diverge. Time since fertilization is 2.25 days.
http://chordate.bpni.bio.keio.ac.jp/faba2
Body axis rotation at 90 degrees(55hpf). Time since fertilization is 2.38 days.
Hotta stage 40
anatomical_territory_hr
HaroreD:0000063
Stage 40
Body axis rotation at 90 degrees(55hpf). Time since fertilization is 2.38 days.
http://chordate.bpni.bio.keio.ac.jp/faba2
Two pair of gill-slit, oral siphon open and start to eat food. Time since fertilization is 2.5 days.
Hotta stage 41
anatomical_territory_hr
HaroreD:0000064
Stage 41
Two pair of gill-slit, oral siphon open and start to eat food. Time since fertilization is 2.5 days.
http://chordate.bpni.bio.keio.ac.jp/faba2
Longitudinal muscle observed. Time since fertilization is 2.88 days.
Hotta stage 42
anatomical_territory_hr
HaroreD:0000065
Stage 42
Longitudinal muscle observed. Time since fertilization is 2.88 days.
http://chordate.bpni.bio.keio.ac.jp/faba2
Endstyle and amplae straight line. Time since fertilization is 3 days.
Hotta stage 43
anatomical_territory_hr
HaroreD:0000066
Stage 43
Endstyle and amplae straight line. Time since fertilization is 3 days.
http://chordate.bpni.bio.keio.ac.jp/faba2
Disappearance of absorbed larval tail. Time since fertilization is 4 days.
Hotta stage 44
anatomical_territory_hr
HaroreD:0000067
Stage 44
Disappearance of absorbed larval tail. Time since fertilization is 4 days.
http://chordate.bpni.bio.keio.ac.jp/faba2
Appearance of stomach, gut and neural grand. Time since fertilization is 5 days.
Hotta stage 45
anatomical_territory_hr
HaroreD:0000068
Stage 45
Appearance of stomach, gut and neural grand. Time since fertilization is 5 days.
http://chordate.bpni.bio.keio.ac.jp/faba2
Hotta stage 46. Time since fertilization is 6 days.
Hotta stage 46
anatomical_territory_hr
HaroreD:0000069
Stage 46
Hotta stage 46. Time since fertilization is 6 days.
http://chordate.bpni.bio.keio.ac.jp/faba2
Hotta stage 47. Time since fertilization is 7 days.
Hotta stage 47
anatomical_territory_hr
HaroreD:0000070
Stage 47
Hotta stage 47. Time since fertilization is 7 days.
http://chordate.bpni.bio.keio.ac.jp/faba2
Young adult. Time since fertilization is unknow.
young adult
anatomical_territory_hr
HaroreD:0000071
Stage 48
Young adult. Time since fertilization is unknow.
ANISEED
Mature adult. Time since fertilization is unknow.
mature adult
anatomical_territory_hr
HaroreD:0000072
Stage 49
Mature adult. Time since fertilization is unknow.
ANISEED