KEGG   Saccharomyces cerevisiae (budding yeast): YLR371W
Entry
YLR371W           CDS       T00005                                 
Symbol
ROM2
Name
(RefSeq) Rho family guanine nucleotide exchange factor ROM2
  KO
K19842  RHO1 GDP-GTP exchange protein 1/2
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Pathway
sce04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:sce00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    YLR371W (ROM2)
SSDB
Motif
Pfam: CNH PH_5 RhoGEF DEP
Other DBs
NCBI-GeneID: 851086
NCBI-ProteinID: NP_013475
SGD: S000004363
UniProt: P51862
Position
XII:862714..866784
AA seq 1356 aa
MSETNVDSLGDRNDIYSQIFGVERRPDSFATFDSDSHGDISSQLLPNRIENIQNLNVLLS
EDIANDIIIAKQRRRSGVEAAIDDSDIPNNEMKGKSSNYILSQQTNIKEVPDTQSLSSAD
NTPVSSPKKARDATSSHPIVHAKSMSHIYSTSNSASRQAKHYNDHPLPPMSPRNEVYQKN
KSTTAFVPKRKPSLPQLALAGLKKQSSFSTGSASTTPTQARKSPLQGFGFFSRPSSKDLH
EQHQHHQHIQHNNINNHNNNNTNNNGAHYQVGSSNSNYPQHSHSISSRSMSLNSSTLKNI
ASSFQSKTSNSRKATQKYDITSNPFSDPHHHHHHHHSSNSHSSLNNVHGSGNSSSVMGSS
SNIGLGLKTRVSSTSLALKRYTSVSGTSLSSPRRSSMTPLSASRPVMSASSKKPQVYPAL
LSRVATKFKSSIQLGEHKKDGLVYRDAFTGQQAVDVICAIIRTSDRNLALLFGRSLDAQK
LFHDVVYEHRLRDSPHEVYEFTDNSRFTGTGSTNAHDPLMLLPNSSSFNSGNHSYPNSGM
VPSSSTSSLNSDQATLTGSRLHMSSSLSQQKNPAAIHNVNGVFTLLAECYSPTCTRDALC
YSISCPRRLEQQARLNLKPNGGLKRNISMALDDDDEEKPSWTSSVSKEDWENLPKKEIKR
QEAIYEVYITEKNFVKSLEITRDTFMKTLAETNIISADIRKNFIKHVFAHINDIYSVNRR
FLKALTDRQRSSPVVRGIGDIVLRFIPFFEPFVSYVASRPYAKYLIETQRSVNPYFARFD
DDMMSSSLRHGIDSFLSQGVSRPGRYMLLVKEIMKSTDPEKDKSDYEDLSKAMDALRDFM
KRIDQASGAAQDRHDVKLLKQKILFKNEYVNLGLNDERRKIKHEGILSRKELSKSDGTVV
GDIQFYLLDNMLLFLKAKAVNKWHQHKVFQRPIPLPLLFACPGEDMPALRKYIGDHPDCS
GTVIQPEYNTSNPKNAITFLYYGAKQRYQVTLYAAQYAGLQTLLEKIKQGQAAIISKTEM
FNVTKMSDRFFDYTNKINSVTSCDGGRKLLIATNSGLYMSNIKRQQNKDHRHKSSAFFST
PIQLVQRNNITQIAVLEEFKSIILLIDKKLYSCPLSLIEAEGNGTSFFKKHHKELINHVS
FFAEGDCNGKRLIVTAHSSSHSIKYFEHEHPLLAEKNGSGSGNKKSLKKKITEVIFDSEP
VSISFLKANLCIGCKKGFQIVSISQNAHESLLDPADTSLEFALRDTLKPMAIYRVGNMFL
LCYTEFAFFVNNQGWRKKESHIIHWEGEPQKFAIWYPYILAFDSNFIEIRKIETGELIRC
VLADKIRLLQTSTQEILYCYEDYRGYDTVASLDFWG
NT seq 4071 nt   +upstreamnt  +downstreamnt
atgagcgaaaccaacgttgacagcttaggggacagaaatgacatatactcccaaatattt
ggtgtagaaaggaggccagattccttcgctacttttgatagtgactcgcacggagacata
agttctcagctgctgcctaatagaatcgaaaatatccagaatctaaatgttctgctttct
gaagacattgctaatgacatcattattgccaagcagaggagacgttctggagttgaagcc
gccatcgatgattctgatataccaaataacgaaatgaaggggaaaagctcaaattacatt
ttatcgcagcagactaatattaaggaagttccagatacacaaagtttgtctagtgctgat
aatacacctgtgagcagtccaaagaaggcaagagatgccacatcttcccatcccattgtt
catgctaaatcgatgtcccatatatattcaacgagtaatagtgctagtagacaagccaag
cactataatgaccaccctttgcctccaatgtctccaagaaatgaagtttaccagaagaat
aaaagtactacagcttttgtgcctaagaggaaaccttcgctcccgcaactagcacttgct
ggtcttaagaagcagagcagtttttccaccggcagtgcatcaaccactcctacacaggct
agaaaatcgcctttgcaagggtttggtttcttttcgagaccaagttccaaagacttgcac
gaacagcaccaacatcaccagcatattcagcataataatattaacaatcataataataat
aatactaataataatggcgcacattatcaagtgggtagtagtaacagtaattaccctcaa
cattcacattctatatcatctagatcgatgtcgttgaactcatctactctaaaaaatatt
gcatcatcttttcaatcgaagacttctaacagcaggaaagctacgcaaaaatatgatata
acttccaacccattctcagatcctcatcatcatcatcatcatcatcactcttcaaacagt
cacagtagcctaaataatgtccacgggtctggaaactcctcaagtgttatgggaagctcg
tctaatattgggttgggtcttaaaacgagagtttcttccacctcattagctttaaaaaga
tacacttcggtttcaggaacttctctatcttctccacgtagaagtagtatgacacctttg
tcggcatctagacctgttatgagcgcttcatcaaaaaaacctcaggtatatccagctttg
ttgtcaagagtcgccacaaaatttaaaagttcgatacaactcggggaacataagaaggat
ggattagtttaccgtgacgcatttacagggcagcaggcagtcgatgtcatctgtgctatc
attagaacttctgatagaaacttagccttgttatttggtagatcactagatgcacaaaag
ctgttccatgatgtggtatacgagcacaggttaagagattcaccacatgaagtttacgaa
tttacagataactcaagatttacaggaacaggttccacaaacgcccatgatccactgatg
ctactcccaaactcatcatcttttaattccgggaaccactcttatccgaattccggaatg
gttccatcaagttcaacttcatctttgaatagtgatcaggcaactttgacagggtcgagg
ctacatatgagtagttcattgtcccagcaaaagaaccctgcagccattcataacgtcaat
ggtgtgtttacattactggcggaatgctattcccctacgtgcacaagagacgctttgtgt
tactctatttcgtgtccaagacgtcttgagcaacaagcaaggttaaatctgaaaccaaat
ggcggcctgaaacgtaatatatcaatggcattggatgatgatgacgaagaaaagccatct
tggacaagttccgtatctaaagaggattgggaaaacttaccaaaaaaggaaataaaaaga
caagaggctatttatgaagtttatatcacggagaagaactttgtaaaatcattagaaatt
acaagagacacattcatgaagactttggctgaaacaaatattatttcagcagatattaga
aaaaatttcatcaagcatgtttttgcacatataaacgatatctattcagtgaatagacgt
tttttgaaggctttaactgataggcaaagaagttcaccagttgtgagaggaattggggac
attgttttaagattcattccattttttgaaccatttgtttcatatgtcgcttcaagacca
tatgcgaagtacttgattgaaacccaaagatcagtcaatccctattttgctagatttgat
gacgatatgatgagctcctccttacgtcatggtattgattcgtttttatctcaaggtgtt
tcaagaccaggtcgatatatgctattggtcaaagaaatcatgaaatctactgaccccgag
aaggacaaaagtgattatgaagatttaagcaaagccatggatgcattaagggattttatg
aaaaggattgatcaagcaagtggtgctgcacaagatagacatgatgtaaaattgttgaaa
caaaagattcttttcaaaaacgaatacgttaatttaggattaaatgacgaaaggagaaaa
attaaacatgaaggtatactatcacggaaggagttgtcaaaatcggacggaacagttgtt
ggtgacatacaattttatcttctagataatatgctcttatttttaaaggccaaagcagtt
aataaatggcaccagcataaggtattccaaaggcccattccattgccattgttatttgca
tgtccaggtgaagatatgcctgcgttgaggaaatatattggagaccacccagattgttca
ggaactgtaattcaaccagaatacaacacgagtaatcctaaaaacgcaataactttctta
tactacggtgccaagcagagatatcaagttacattatatgctgcgcaatacgctggattg
caaacgcttttggaaaaaataaagcaaggacaagcagctattataagcaaaacggagatg
ttcaatgtaacgaaaatgagcgataggttcttcgattacaccaacaaaattaacagtgtt
acttcctgtgatgggggtagaaaacttctgattgcaacgaactctggattgtatatgagc
aacattaaaagacagcagaataaagatcatagacataaaagctctgcttttttttcaact
ccaatccaactagtacaaagaaataatatcactcaaattgctgtattagaagaattcaaa
tcaatcatacttttaattgataaaaaattatacagttgtccgctgtcattaatcgaagca
gaaggtaatgggacatctttcttcaaaaagcatcacaaggaactgatcaatcatgtgagt
ttcttcgcagaaggagattgcaatggtaagagattaatcgtgactgcacacagttcatcg
cattcaattaagtacttcgagcatgaacatccattattggccgaaaaaaatggtagtggt
agcggtaacaaaaaaagtctcaagaaaaaaatcaccgaggttatttttgattctgaacct
gtctctatttcatttctcaaggccaacctatgcattggctgtaaaaagggttttcagatc
gttagcatttcacagaatgctcatgaatccttgttagatccggccgatacatcattagag
tttgcactaagggatactttgaaaccaatggcaatctatcgtgtgggaaatatgtttttg
ctgtgttacacagaatttgccttctttgtcaataatcagggttggagaaagaaagaatcg
catattattcattgggagggagagccccaaaaatttgcaatttggtacccgtacatcttg
gcattcgacagcaacttcattgagatcagaaagattgaaactggcgaattaattcgttgc
gtccttgctgataagattcgacttctacaaacaagtactcaagaaatcctgtactgctac
gaggattatcgcgggtatgatacagttgcgtcgttagatttctggggttaa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (37)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (53)   

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