The network for 'pseudohyphal growth' 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

pseudohyphal growth

A pattern of cell growth that occurs in conditions of nitrogen limitation and abundant fermentable carbon source. Cells become elongated, switch to a unipolar budding pattern, remain physically attached to each other, and invade the growth substrate.

NameDescriptionProbabilityFunc Analog Organism
GLN3Gln3p0.960
SNF1Snf1p0.932
STE11Ste11p0.826
STE12Ste12p0.822
IRA1Ira1p0.770
FLO8Flo8p0.692
MSS11Mss11p0.680
SSK1Ssk1p0.678
CDC25Cdc25p0.651
HRK1Hrk1p0.575
HAL5Hal5p0.572
SSK2Ssk2p0.537
IME4Ime4p0.535
NPR1Npr1p0.526
STE7Ste7p0.525
SNF4Snf4p0.481
MKS1Mks1p0.467
TEC1Tec1p0.436
CLA4Cla4p0.425
MSN4Msn4p0.396
BMH1Bmh1p0.388
PTC1Ptc1p0.360
FKS1Fks1p0.357
HSL1Hsl1p0.335
CSR2Csr2p0.322
MGA1Mga1p0.317
MET4Met4p0.315
YOR385Whypothetical protein0.310
SGF73Sgf73p0.310
PBS2Pbs2p0.302
YDL233Whypothetical protein0.282
REG1Reg1p0.279
SKS1Sks1p0.278
DOT6Dot6p0.277
VIP1Vip1p0.230
ADA2Ada2p0.228
MEP2Mep2p0.228
DAL80Dal80p0.227
STE5Ste5p0.216
SFG1Sfg1p0.213
SWI1Swi1p0.212
MSN1Msn1p0.201
ROG3Rog3p0.201
HMS1Hms1p0.200
YLR257Whypothetical protein0.197
BNI1Bni1p0.183
MUC1Muc1p0.177
YKR015Chypothetical protein0.176
CMK2Cmk2p0.170
CHD1Chd1p0.168
PHD1Phd1p0.168
AFT1Aft1p0.162
YNR014Whypothetical protein0.156
YEL007Whypothetical protein0.153
SSN3Ssn3p0.152
NBP2Nbp2p0.151
SLZ1Slz1p0.149
UBA4Uba4p0.146
RIM101Rim101p0.139
SPA2Spa2p0.136
FYV8Fyv8p0.131
TPK2Tpk2p0.129
SFL1Sfl1p0.128
PUN1Pun1p0.125
MSG5Msg5p0.124
OSH2Osh2p0.124
MSB2Msb2p0.124
YMR102Chypothetical protein0.123
SIP1Sip1p0.122
STE20Ste20p0.121
CYK3Cyk3p0.119
GPR1Gpr1p0.118
PLC1Plc1p0.118
YKR075Chypothetical protein0.117
MIG2Mig2p0.115
CDC55Cdc55p0.114
TPS1Tps1p0.111
PEA2Pea2p0.106
HSL7Hsl7p0.104
BEM4Bem4p0.103
AUR1Aur1p0.099
NRG1Nrg1p0.099
SPT8Spt8p0.096
LDB19Ldb19p0.096
MIG3Mig3p0.095
SLT2Slt2p0.095
FUS1Fus1p0.092
MDS3Mds3p0.092
YAK1Yak1p0.090
TPK3Tpk3p0.090
SIP2Sip2p0.088
YOL131Whypothetical protein0.088
KIC1Kic1p0.087
ELP6Elp6p0.086
PTK2Ptk2p0.086
RHO5Rho5p0.085
GAL3Gal3p0.085
SNT1Snt1p0.085
DIG1Dig1p0.085
BEM3Bem3p0.084
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Caenorhabditis elegans
NameDescriptionProbabilityFunc Analog Organism
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Danio rerio
NameDescriptionProbabilityFunc Analog Organism
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Drosophila melanogaster
NameDescriptionProbabilityFunc Analog Organism
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Homo sapiens
NameDescriptionProbabilityFunc Analog Organism
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Mus musculus
NameDescriptionProbabilityFunc Analog Organism
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Rattus norvegicus
NameDescriptionProbabilityFunc Analog Organism