The network for 'cellular response to nitrosative stress' 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

cellular response to nitrosative stress

Any process that results in a change in state or activity of a cell (in terms of movement, secretion, enzyme production, gene expression, etc.) as a result of a nitrosative stress stimulus. Nitrosative stress is a state often resulting from exposure to high levels of nitric oxide (NO) or the highly reactive oxidant peroxynitrite, which is produced following interaction of NO with superoxide anions.

Name Description Probability Func Analog Organism
MIG2 Mig2p 0.276
HAL5 Hal5p 0.156
ROX1 Rox1p 0.115
HXT3 Hxt3p 0.107
VHS1 Vhs1p 0.094
VID24 Vid24p 0.093
SSK2 Ssk2p 0.090
MIG3 Mig3p 0.088
YPL014W hypothetical protein 0.087
GLN3 Gln3p 0.086
YKR075C hypothetical protein 0.070
CSR2 Csr2p 0.064
TRA1 Tra1p 0.059
ZAP1 Zap1p 0.049
YPR157W hypothetical protein 0.048
TPO2 Tpo2p 0.047
SKS1 Sks1p 0.047
POG1 Pog1p 0.046
TYE7 Tye7p 0.045
CAT8 Cat8p 0.044
KIC1 Kic1p 0.044
MOB1 Mob1p 0.044
SWI1 Swi1p 0.044
HRK1 Hrk1p 0.043
PMD1 Pmd1p 0.040
NRG1 Nrg1p 0.040
RGS2 Rgs2p 0.038
GIP2 Gip2p 0.038
BEM3 Bem3p 0.037
FAA2 Faa2p 0.036
YNL234W hypothetical protein 0.036
SMP1 Smp1p 0.036
PSK2 Psk2p 0.035
WAR1 War1p 0.035
YKL187C hypothetical protein 0.034
PCT1 Pct1p 0.034
SRD1 Srd1p 0.033
MIG1 Mig1p 0.033
IRC8 Irc8p 0.033
STL1 Stl1p 0.032
PHM8 Phm8p 0.031
SSU1 Ssu1p 0.031
STB5 Stb5p 0.031
MGA1 Mga1p 0.031
SFL1 Sfl1p 0.030
ARP10 Arp10p 0.030
YER130C hypothetical protein 0.030
LEU2 Leu2p 0.030
ICY1 Icy1p 0.030
YOL038C-A hypothetical protein 0.029
CUP9 Cup9p 0.029
YLR264C-A hypothetical protein 0.029
IRC23 Irc23p 0.029
ECM22 Ecm22p 0.029
AGP2 Agp2p 0.029
STP4 Stp4p 0.029
YLR162W hypothetical protein 0.029
AFT1 Aft1p 0.028
SPL2 Spl2p 0.028
FMP48 Fmp48p 0.027
TIP1 Tip1p 0.027
ARG8 Arg8p 0.027
MER1 Mer1p 0.027
YAP5 Yap5p 0.027
BSC1 Bsc1p 0.026
YRO2 Yro2p 0.026
TBS1 Tbs1p 0.026
BSD2 Bsd2p 0.026
ZPS1 Zps1p 0.026
YNL058C hypothetical protein 0.026
EAR1 Ear1p 0.026
YAR068W hypothetical protein 0.025
CUP1-1 Cup1-1p 0.025
AUA1 Aua1p 0.025
YOR385W hypothetical protein 0.025
MTH1 Mth1p 0.025
YIR035C hypothetical protein 0.025
YAR066W hypothetical protein 0.025
YHR177W hypothetical protein 0.025
KRE29 Kre29p 0.025
ICS2 Ics2p 0.025
CTS1 Cts1p 0.025
YMR317W hypothetical protein 0.025
SOG2 Sog2p 0.025
YJL107C hypothetical protein 0.024
YLR297W hypothetical protein 0.024
HPF1 Hpf1p 0.024
GAL4 Gal4p 0.024
AQY1 Aqy1p 0.024
NRG2 Nrg2p 0.024
FMT1 Fmt1p 0.024
PCL2 Pcl2p 0.024
YPR013C hypothetical protein 0.024
WSC4 Wsc4p 0.024
ATP6 Atp6p 0.024
NUT2 Nut2p 0.024
YNL194C hypothetical protein 0.024
RDS2 Rds2p 0.023
ADR1 Adr1p 0.023
SCM4 Scm4p 0.023
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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