The network for 'anatomical structure development' in your query organism is displayed on the left, if relationships are supported by the integrated data. Moving any of the genes in that network will simultaneously update the homologs in the networks displayed to the right (if they exist). Additionally, hovering over any nodes will highlight the identified functionally similar homologs in the other networks. Last, the bar above the networks allows you to remove/add additional organisms. Simily drag and drop the organism names in the desired order.

Multiple Organisms

anatomical structure development

The biological process whose specific outcome is the progression of an anatomical structure from an initial condition to its mature state. This process begins with the formation of the structure and ends with the mature structure, whatever form that may be including its natural destruction. An anatomical structure is any biological entity that occupies space and is distinguished from its surroundings. Anatomical structures can be macroscopic such as a carpel, or microscopic such as an acrosome.

Name Description Probability Func Analog Organism
ADY3 Ady3p 0.961
SPO21 Spo21p 0.890
GIP1 Gip1p 0.856
DOA1 Doa1p 0.839
HHT1 Hht1p 0.774
RAS2 Ras2p 0.615
SPS22 Sps22p 0.608
LAP4 Lap4p 0.599
SHE4 She4p 0.574
SPT16 Spt16p 0.566
SNF7 Snf7p 0.552
HYM1 Hym1p 0.550
KIN1 Kin1p 0.548
PHO85 Pho85p 0.544
NUP170 Nup170p 0.533
CDC25 Cdc25p 0.530
PIL1 Pil1p 0.521
DIT2 Dit2p 0.499
GLC7 Glc7p 0.492
HSL1 Hsl1p 0.483
CBK1 Cbk1p 0.481
KIC1 Kic1p 0.462
DMA2 Dma2p 0.458
BDF1 Bdf1p 0.450
CDC24 Cdc24p 0.438
FKS3 Fks3p 0.434
CMD1 Cmd1p 0.432
MPC54 Mpc54p 0.429
DIT1 Dit1p 0.428
RIM15 Rim15p 0.427
MYO5 Myo5p 0.421
END3 End3p 0.410
SSA3 Ssa3p 0.406
DBF2 Dbf2p 0.403
CLA4 Cla4p 0.391
IRA1 Ira1p 0.386
HHO1 Hho1p 0.378
YTA12 Yta12p 0.370
HHF2 Hhf2p 0.364
SDS22 Sds22p 0.364
CDC20 Cdc20p 0.363
SPC29 Spc29p 0.362
SMK1 Smk1p 0.360
AGA1 Aga1p 0.358
MDM35 Mdm35p 0.351
ARP2 Arp2p 0.343
NOP14 Nop14p 0.339
ERR3 Err3p 0.338
PRT1 Prt1p 0.337
BNI1 Bni1p 0.334
VID24 Vid24p 0.330
HOG1 Hog1p 0.329
AQY2 Aqy2p 0.328
VPS27 Vps27p 0.327
YRA1 Yra1p 0.324
YPK1 Ypk1p 0.323
UPS1 Ups1p 0.311
KSP1 Ksp1p 0.309
SWE1 Swe1p 0.305
ARC35 Arc35p 0.304
CLB3 Clb3p 0.298
DTR1 Dtr1p 0.298
CRR1 Crr1p 0.294
VPS13 Vps13p 0.292
SSP1 Ssp1p 0.285
GIP2 Gip2p 0.282
SSO1 Sso1p 0.279
SIT4 Sit4p 0.273
RGS2 Rgs2p 0.271
BOI2 Boi2p 0.271
CLB1 Clb1p 0.270
SWF1 Swf1p 0.264
TAL1 Tal1p 0.264
ENO1 Eno1p 0.261
AMA1 Ama1p 0.260
BEM3 Bem3p 0.260
SEC22 Sec22p 0.259
ATG13 Atg13p 0.258
ERR2 Err2p 0.258
EAF1 Eaf1p 0.257
NOP1 Nop1p 0.256
OSW2 Osw2p 0.256
RIM4 Rim4p 0.254
ENT2 Ent2p 0.254
BBC1 Bbc1p 0.251
SNF4 Snf4p 0.246
CLB6 Clb6p 0.243
ERR1 Err1p 0.243
NPR2 Npr2p 0.242
OSW1 Osw1p 0.242
TIF11 Tif11p 0.242
REC8 Rec8p 0.241
PSY2 Psy2p 0.240
PRB1 Prb1p 0.239
CDA1 Cda1p 0.238
UMP1 Ump1p 0.238
GCS1 Gcs1p 0.234
IRC18 Irc18p 0.234
FUS2 Fus2p 0.232
NEO1 Neo1p 0.229
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Caenorhabditis elegans
Name Description Probability Func Analog Organism
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Danio rerio
Name Description Probability Func Analog Organism
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Drosophila melanogaster
Name Description Probability Func Analog Organism
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Homo sapiens
Name Description Probability Func Analog Organism
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Mus musculus
Name Description Probability Func Analog Organism
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Rattus norvegicus
Name Description Probability Func Analog Organism