nucleotide excision repair 

Statements about this table:
human gene (protein) ercc6 (csb) have a yeast ortholog of rad26 while ercc8 (csa) have a yeast ortholog of rad28
14 out of 20 - 3 human gene (protein) have subpathway of both
ddb2 (ddb2) be 1 of 4 human gene (protein) with an unknown yeast ortholog
the mouse ortholog xpc have the same name for the human gene (protein) , which be also label xpc (xpc)
human gene (protein) ercc6 (csb) have a yeast ortholog of rad26 while ercc8 (csa) have a yeast ortholog of rad14
ddb2 (ddb2) be 1 of 4 human gene (protein) with an unknown mouse ortholog
the yeast ortholog xpc have the same name for the human gene (protein) , which be also label xpc (xpc)
xpc (xpc) be the only human gene (protein) with both mouse ortholog and yeast ortholog that be unknown
human gene (protein)
mouse ortholog
yeast ortholog
subpathway
genecards entry
ccnh ( cyclin h )
ccnh
ccl1
both
ccnh
cdk7 ( cyclin dependent kinase (cdk) 7) )
cdk7
kin28
both
cdk7
cetn2 (centrin - 2)
cetn2
unknown
ggr
cetn2
ddb1 ( ddb1 )
ddb1
unknown
ggr
ddb1
ddb2 ( ddb2 )
ddb2 / xpe
unknown
ggr
ddb2
ercc1 ( ercc1 )
ercc1
rad10
both
ercc1
ercc2 ( xpd )
ercc2
rad3
both
ercc2
ercc3 ( xpb )
ercc3
rad25
both
ercc3
human gene (protein)
mouse ortholog
yeast ortholog
subpathway
genecards entry
ercc4 ( xpf )
ercc4
rad1
both
ercc4
ercc5 ( xpg )
ercc5
rad2
both
ercc5
ercc6 ( csb )
ercc6
rad26
tc - ner
ercc6
ercc8 ( csa )
ercc8
rad28
tc - ner
ercc8
lig1 ( dna ligase i )
lig1
cdc9
both
lig1
mnat1 ( mnat1 )
mnat1
tfb3
both
mnat1
mms19 ( mms19 )
mms19
met18
both
mms19
rad23a ( rad23a )
rad23a
rad23
ggr
rad23a
human gene (protein)
mouse ortholog
yeast ortholog
subpathway
genecards entry
rad23b ( rad23b )
rad23b
rad23
ggr
rad23b
rpa1 ( rpa1 )
rpa1
rfa1
both
rpa1
rpa2 ( rpa2 )
rpa2
rfa2
both
rpa2
tfiih ( transcription factor ii h )
unknown
unknown
both
no genecards
xab2 ( xab2 )
xab2
syf1
tc - ner
xab2
xpa ( xpa )
xpa
rad14
both
xpa
xpc ( xpc )
xpc
rad4
ggr
xpc