The network for 'microautophagy' 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

microautophagy

The transfer of cytosolic components into the lysosomal compartment by direct invagination of the lysosomal membrane without prior sequestration into an autophagosome. The engulfing membranes fuse, resulting in the lysosomal delivery of the cargo wrapped in a single membrane derived from the invaginated lysosomal membrane. In S. cerevisiae, the vacuole is the lysosomal compartment.

Name Description Probability Func Analog Organism
ATG1 Atg1p 0.988
ATG29 Atg29p 0.986
ATG13 Atg13p 0.981
ATG12 Atg12p 0.973
ATG4 Atg4p 0.972
ATG7 Atg7p 0.970
VAM7 Vam7p 0.952
ATG11 Atg11p 0.927
ATG16 Atg16p 0.921
ATG21 Atg21p 0.884
ATG20 Atg20p 0.870
ATG3 Atg3p 0.839
ATG14 Atg14p 0.826
VPS30 Vps30p 0.821
VPS41 Vps41p 0.780
ATG23 Atg23p 0.655
TLG2 Tlg2p 0.627
HSV2 Hsv2p 0.591
VAM6 Vam6p 0.540
NYV1 Nyv1p 0.531
CIS1 Cis1p 0.528
ATG9 Atg9p 0.501
VTI1 Vti1p 0.492
PEP12 Pep12p 0.468
ATG17 Atg17p 0.465
VAC8 Vac8p 0.464
ATG5 Atg5p 0.451
ATG2 Atg2p 0.447
SNX4 Snx4p 0.444
ATG8 Atg8p 0.405
VPS51 Vps51p 0.404
ATG10 Atg10p 0.269
YIL165C hypothetical protein 0.256
COT1 Cot1p 0.239
MON1 Mon1p 0.216
VPS21 Vps21p 0.216
ATG18 Atg18p 0.208
PHO84 Pho84p 0.179
NEM1 Nem1p 0.171
VPS45 Vps45p 0.152
GTR1 Gtr1p 0.143
YKT6 Ykt6p 0.133
CCZ1 Ccz1p 0.128
SPL2 Spl2p 0.122
NPL4 Npl4p 0.119
HSP31 Hsp31p 0.111
PEP3 Pep3p 0.109
ATG26 Atg26p 0.100
VPS36 Vps36p 0.100
PHO81 Pho81p 0.092
PHM6 Phm6p 0.092
YBR287W hypothetical protein 0.085
YPT1 Ypt1p 0.079
YIP4 Yip4p 0.076
PPM1 Ppm1p 0.071
VPS38 Vps38p 0.070
APM2 Apm2p 0.070
PEP5 Pep5p 0.069
NPR2 Npr2p 0.069
SEC17 Sec17p 0.067
SFT1 Sft1p 0.064
VPS5 Vps5p 0.059
MDM10 Mdm10p 0.056
CRP1 Crp1p 0.053
ATG15 Atg15p 0.048
FIS1 Fis1p 0.048
VPS3 Vps3p 0.047
VPS17 Vps17p 0.046
YJL185C hypothetical protein 0.045
MEH1 Meh1p 0.044
YPS3 Yps3p 0.043
ITR2 Itr2p 0.043
ATG22 Atg22p 0.042
STP22 Stp22p 0.042
YLR211C hypothetical protein 0.042
CLG1 Clg1p 0.042
UFD1 Ufd1p 0.042
YLR264C-A hypothetical protein 0.040
SRD1 Srd1p 0.038
LEU2 Leu2p 0.037
YLR162W hypothetical protein 0.035
MFM1 Mfm1p 0.035
PHO8 Pho8p 0.034
SWC7 Swc7p 0.033
ARP10 Arp10p 0.033
URA3 Ura3p 0.032
YOL038C-A hypothetical protein 0.032
VPH1 Vph1p 0.032
YIL151C hypothetical protein 0.032
YPL247C hypothetical protein 0.032
HSP32 Hsp32p 0.032
HXT3 Hxt3p 0.032
PUN1 Pun1p 0.032
ECM27 Ecm27p 0.031
STB3 Stb3p 0.031
NFT1 Nft1p 0.031
MDM31 Mdm31p 0.031
HUR1 Hur1p 0.031
SSP1 Ssp1p 0.031
VPS15 Vps15p 0.030
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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