The network for 'chromatin silencing at silent mating type cassette' 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

chromatin silencing at silent mating type cassette

Repression of transcription at silent mating-type loci by alteration of the structure of chromatin.

Saccharomyces cerevisiae
Name Description Probability Func Analog Organism
ORC2 Orc2p 0.983
SNT1 Snt1p 0.847
RNR2 Rnr2p 0.823
SUM1 Sum1p 0.788
CDC6 Cdc6p 0.788
HAT1 Hat1p 0.753
SIR4 Sir4p 0.740
RAP1 Rap1p 0.740
RCO1 Rco1p 0.723
SET3 Set3p 0.628
HOS4 Hos4p 0.597
SIR3 Sir3p 0.585
RIF1 Rif1p 0.531
SIF2 Sif2p 0.517
ORC5 Orc5p 0.512
HDA1 Hda1p 0.496
HST1 Hst1p 0.493
RLF2 Rlf2p 0.487
RPD3 Rpd3p 0.467
MCM3 Mcm3p 0.459
CTI6 Cti6p 0.453
ORC3 Orc3p 0.447
RNR4 Rnr4p 0.435
SIR2 Sir2p 0.372
SDS3 Sds3p 0.369
ZDS1 Zds1p 0.365
HHT1 Hht1p 0.358
MCM10 Mcm10p 0.357
GCN5 Gcn5p 0.345
MSH3 Msh3p 0.328
UME1 Ume1p 0.311
HOS2 Hos2p 0.304
RNR1 Rnr1p 0.279
NTO1 Nto1p 0.276
SPT21 Spt21p 0.271
UME6 Ume6p 0.253
RTT106 Rtt106p 0.252
MCM2 Mcm2p 0.239
MCM6 Mcm6p 0.236
CTF18 Ctf18p 0.225
BDF1 Bdf1p 0.220
HMO1 Hmo1p 0.213
PHO23 Pho23p 0.208
MCM5 Mcm5p 0.201
MCM7 Mcm7p 0.179
HDA2 Hda2p 0.176
ORC6 Orc6p 0.173
HIR2 Hir2p 0.171
MMS1 Mms1p 0.168
YCS4 Ycs4p 0.165
SPT10 Spt10p 0.165
ASF1 Asf1p 0.155
HAT2 Hat2p 0.152
HHO1 Hho1p 0.149
YNG1 Yng1p 0.139
IFH1 Ifh1p 0.132
POL32 Pol32p 0.131
RSC6 Rsc6p 0.126
RSC2 Rsc2p 0.123
ASH1 Ash1p 0.119
SIN3 Sin3p 0.119
NUP60 Nup60p 0.116
PHO80 Pho80p 0.115
RSC4 Rsc4p 0.115
ORC1 Orc1p 0.108
IXR1 Ixr1p 0.108
SET2 Set2p 0.108
SWE1 Swe1p 0.105
MDN1 Mdn1p 0.093
UNG1 Ung1p 0.092
TOF2 Tof2p 0.091
ARP4 Arp4p 0.091
DOT1 Dot1p 0.090
ADA2 Ada2p 0.088
CPR1 Cpr1p 0.087
BDF2 Bdf2p 0.087
VPS75 Vps75p 0.083
NGG1 Ngg1p 0.082
HHT2 Hht2p 0.081
CHL1 Chl1p 0.081
SLX5 Slx5p 0.078
NUP82 Nup82p 0.078
OAF1 Oaf1p 0.075
HTA1 Hta1p 0.074
STB3 Stb3p 0.072
DBF4 Dbf4p 0.072
UBP8 Ubp8p 0.071
HHF1 Hhf1p 0.070
RRM3 Rrm3p 0.070
EPL1 Epl1p 0.070
FHL1 Fhl1p 0.069
SDC1 Sdc1p 0.069
RAD27 Rad27p 0.066
HST3 Hst3p 0.066
SAS5 Sas5p 0.066
FKH2 Fkh2p 0.063
HDA3 Hda3p 0.063
RSC58 Rsc58p 0.063
ORC4 Orc4p 0.060
NUP170 Nup170p 0.059
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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