KEGG   Pediculus humanus corporis (human body louse): Phum_PHUM494780
Entry
Phum_PHUM494780   CDS       T01223                                 
Name
(RefSeq) golgi-specific brefeldin A-resistance guanine nucleotide exchange factor, putative
  KO
K18443  golgi-specific brefeldin A-resistance guanine nucleotide exchange factor 1
Organism
phu  Pediculus humanus corporis (human body louse)
Pathway
phu04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:phu00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    Phum_PHUM494780
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:phu04131]
    Phum_PHUM494780
Membrane trafficking [BR:phu04131]
 Endosome - Golgi transport
  Arf GTPases and associated proteins
   Arf GTPase associated proteins
    Phum_PHUM494780
SSDB
Motif
Pfam: Sec7 Sec7-like_HUS
Other DBs
NCBI-GeneID: 8235985
NCBI-ProteinID: XP_002430688
VectorBase: PHUM494780
UniProt: E0VX44
AA seq 1993 aa
MPCTANGLYVVQGEMAILLAAMRKENRWPSHTMQDLSQNVLIQSFNDLKDVLNQIGDLKD
LDPNHYFDPFLEVIRAGETTGPVTSLALSSVHKFLSYGLIEPSNKSVPSTLENIADAVTH
AKFVSIDENSDGVVLMKILQVLRTLVLSPLGHMLTNESMCDIMLGCFRICFEHRLTEHLR
KSAEFCLKDLVQHLFSQLSEFTDDSRNLNQVKKFKMINGAVDSLTSKRKRKSKLNQNKIT
KESKSLQMKTEESKGINKKNTEKILDMQGEIHQESVTKDSEISEPVDSESVQLQDDVNSK
DVENTVTNMDEPLENNSSCIINVENSDNLPSPIVETALDAVDKNASFTVDTCTSLSNSST
RGIEKLDKTGDPQLSSQDYVNPQGVRFTSEISELENENQGKLLPYGLGCIRELFRFLISL
CNPLDKQNNKMMIHSGLTLLGVAFEIGADAIGKHESLLVMVKDELCRNLFSLLHEKKIYI
FALNVQVLFLLFESLRTHLKFQLEFYLIKLTEMIVSDSPKISYDHREIALESVVQLWRIP
GLVTELYLNYDCDLYCPNLFEDLTKLLSKNAFPVDDVYNTHLLSLAALLTIVDSIECHCH
NRIVYEKQMENSNSNSDDLKRVCNVKIGRQKISKNIPSHEELMAIKRKKKLLTSGTEQFN
AKFKKGIEFLQEHHLLSTPLEPQEVVHFLRENPRLDKKMIGDFISNRSNLEILNAFVRQV
SFDFSDLRIDEALRLYLETFRLPGESPLISLIMEHFAEHWHKCNGEPFVNADAAFTLAYA
VIMLNVDQHNHNVKRQNNPMTAEEFKKNLRRVNGGEDFDQEMLDEIYNAIKNEEIVMPAE
QTGLVKENYLWKVLLRRGASKDGIYHHAPNGLYDHDLFSLIWSPTIAALSCLFDKSNDIS
VYQKAMLGFRKCATISAHYGMSNDFDNLIVSLCKFTNLINSSDSPESVTIAFGLNLKAQL
VTKTLFDLVRKHGDIMRESWKNILEIVLQLHKCKLLPKSLIEAEDFLEHNKKIILMREEI
PSQKTETGLLSSLYSYIALGAEASSHRAPSMEDQEHMKIARHCIKECKIDQIITESKFLR
MDSLLELIKSLISASHGPGSNQFNEDATVFFLEILVKIVIQNSDRANGIWLNIRDHIYSL
IVGGSACDHYYLTERAVVGLLRLAIRLMRREEMSLVVLQSLRMLLLLKNNILQRISRQIA
YGLYELLKTSAANIHTSTDWTIIFTLLECVGAGAPPPKLVGNNSQNNVNNGAKSDGDLGS
GNEDSGLGNDRGYTSDSEIHLRQKPSPSVSPEMSPNVGGGWILVGNEGDIQPVPSRNAHQ
NNADFEQELMFHDPFALVKCCESLAFLVRDVAHITPFNFEYCVHCIRTFVEASLNGTDKK
KIKKSNSAKDPKSRKKWMKKKEEKIRSPQLSPTSAYDADESDSEEFPSGYHQISIQLLDL
MHTLHTRTAQIFRWWAAENADTNFTSLWFQGWCPLLQGIARLCCDSRKQVRMSAITYLQR
ALLVHDLQTLTADEWESCFNRVLFPLLAKLLELNFLDEPHLEETRVRAATVLSKVFLHHL
TPLLSLPTFTTLWLNILDFMNKYMLVEKSDLLFEAIPESLKNMLLVMDSAQVFVGSDGYL
PLWDVTWERINSFLPGLKEEFFKAQSAIPKPDDIVSPVIKAADEQPVLSSGSPPPPPSPP
PPPSPSSPPPPSSVPPPPPPHPNKTEFSDSGNQSQLLNQISTSRGTSIILQPPSSYAHTF
TTPILNHLGQQLMTTSISGQLPNSSVSLVPTAASSQSQEQKIPLIVPTVVPGVAAKIPKE
FVYSHENFVSISKDGKPSSEERSANRDSDGSNENKVSEIVVPQPVTMTSCLLPPPTSSSS
SSSSSSSTVTQTPDPPLSNVQNFGSRNSSFVPYVNLNNYSSIRSHVPSSEALYIPPTSHI
TAPVQMYSSPGLDQDDRNKSWSFRPSEMMTSPDDSSNSSVLSQYFSQQNQQPDAFDNLLS
KTNLEKQSENNKT
NT seq 5982 nt   +upstreamnt  +downstreamnt
atgccatgcacggcaaatgggttatatgtggtgcaaggagaaatggctattctccttgct
gctatgagaaaagaaaatcgttggccttctcataccatgcaggatttgagtcaaaatgtg
ttgattcaaagttttaacgatttaaaagatgttttaaatcaaataggagatttaaaagat
ttggatcctaatcattattttgatccatttttggaagtgattagagcaggagaaacaaca
ggcccagtaactagtcttgcactatcttcagttcataaatttttatcttatggcctcatc
gagccatcgaataaatctgtcccgagcacattagaaaatattgcagatgcagttacccat
gctaaatttgttagtatcgatgaaaatagtgatggagtagttttgatgaaaatattacaa
gttctaagaacattagttctttctcccctaggtcatatgcttactaatgaaagtatgtgt
gatattatgttaggatgttttagaatttgttttgaacataggctgacagagcatttaaga
aaatctgcagaattttgtcttaaagatttagttcagcatttattttctcaactatctgaa
ttcacggatgattctagaaatttaaatcaagttaaaaaatttaaaatgatcaatggtgcg
gttgattctttaacttccaaaagaaaaagaaaatccaagttaaatcaaaataaaattacc
aaagaatcaaaatcgttacaaatgaaaacggaagaatcgaaagggataaataaaaaaaat
actgagaaaattttagacatgcaaggtgaaatccatcaggaaagcgttaccaaagatagt
gaaataagcgaacctgtcgattcagaatcagtgcaattacaggatgatgttaattcgaaa
gatgttgagaatactgtcacaaatatggatgaacctttagaaaataattcatcttgcata
ataaatgttgaaaattctgataacttaccttctccaatcgtagaaactgcattagatgct
gtcgacaaaaatgcttcatttacagttgatacttgtacctctttatcaaattcttcaacg
agaggaatcgagaagttagataaaactggtgatccacaattatccagtcaagattatgtt
aatcctcagggtgtaagatttacttctgaaattagcgaattagaaaatgaaaatcaggga
aaacttctaccctacggattgggatgcattcgagaactttttaggtttttaatttcactg
tgcaatcctttggataagcaaaacaataaaatgatgattcattcaggtttgacgctgttg
ggagtagcatttgaaattggagcagacgccattgggaaacacgaatcacttttggtcatg
gttaaggatgaactttgtagaaatttattttctctgcttcacgaaaaaaaaatttatata
tttgcattaaacgttcaagtattgtttttactttttgaatcgttgagaacgcatttaaaa
tttcaattggaattttatttgattaaattaacggaaatgattgtttcggattcgccaaaa
atcagttacgatcatagagaaatagccttagaatctgtcgttcaactctggagaattcca
ggactcgtcaccgaactttatttaaattacgattgtgatttatattgtcctaatctattt
gaagacctcacaaaacttctttcaaagaatgccttccccgtggatgacgtctacaatact
catttactttctctcgctgctttacttacaattgtcgattcaatcgagtgccattgccac
aataggatagtctacgagaaacaaatggaaaacagtaatagtaattccgacgatttgaaa
agggtttgcaacgtgaaaataggtcgtcagaaaatttcgaaaaacattccgagtcacgaa
gaattgatggctataaagcgaaaaaaaaaattactcacgtccggtacggagcagttcaat
gcaaaatttaaaaaaggtattgaattcttgcaagaacaccatcttctttcgactccattg
gaacctcaggaagtcgtgcattttctaagagaaaatcccaggttggataaaaaaatgatt
ggagattttatcagcaacaggagcaaccttgaaatattaaatgcatttgttaggcaagta
tcttttgatttttcggatttgagaattgacgaagctttacgtctttaccttgaaactttt
cgacttcccggtgaatcccctttgatatctctcatcatggaacatttcgccgaacattgg
cacaaatgtaacggagagcctttcgtcaacgcggatgcagctttcactttagcttatgcg
gttataatgttgaacgtcgatcagcataatcacaacgtcaaacgtcaaaataatccgatg
acggcggaagaatttaaaaaaaacctgaggagagtcaacggaggtgaagatttcgatcag
gaaatgttggacgaaatatacaacgcaatcaaaaatgaagaaattgttatgccggccgaa
caaaccggattggtaaaagaaaattacttgtggaaagttttgctcaggagaggagctagc
aaggatgggatatatcatcacgcacccaacggattatacgatcacgatttattttcacta
atatggagtccgacgatagcagcattgagttgccttttcgacaaaagcaatgatatttcg
gtttatcaaaaagctatgttgggattcagaaaatgtgccaccatctcggctcactacgga
atgagtaacgatttcgacaatttgatcgtttccctgtgcaaattcacgaatttaatcaat
tcgtcggattctcctgaaagcgtgaccatcgccttcggtttgaacttgaaagcgcagttg
gtaacgaaaacactattcgatttggttcgcaaacacggagacataatgcgagaaagttgg
aaaaacatattggaaatagttttgcaacttcacaaatgcaaactcttacccaaatccctc
atagaagccgaagactttttagaacacaataaaaaaattattttgatgagagaagaaatt
ccatcgcaaaaaacggaaacgggactcttgagttctttgtattcttacatagctttggga
gcggaagcatcgagtcacagagctccgtcgatggaagatcaggaacacatgaaaatagct
cgtcattgcatcaaagaatgtaaaatagatcagataataacggaatcgaaatttttgaga
atggattctttactcgagctcatcaaatcgttaatttcggcttcccacggtcccggaagt
aatcaattcaatgaggacgcgacggttttcttcctagaaatcctcgttaaaattgtcata
cagaacagcgatcgagccaatgggatttggttaaatattcgggatcacatttatagttta
attgtgggaggttcggcatgcgatcattattacctgacggaaagagcggttgtcggctta
ttgcggctcgccattcgtctcatgcgtagagaggaaatgagtttggtcgttttgcaatcc
ctcagaatgcttttactcttgaaaaataatatcctgcaaagaatatctcgtcaaattgcg
tacggtttatacgagctattgaaaacgagcgctgccaacattcacacgagcacggattgg
acaattatatttaccttgttggaatgcgtgggtgccggagcgccccctcctaaactggtt
ggaaacaattctcagaataacgttaataacggtgcgaaatcagacggtgatttaggatca
ggaaatgaagatagcgggctgggaaacgacagaggctacacttctgattcggaaattcac
ctacgacaaaaaccaagtccttccgtcagcccggaaatgtctccgaacgtgggaggcggt
tggattttggtcggaaacgaaggcgacattcaaccggttccttcgcgaaacgctcatcaa
aacaatgccgatttcgaacaggaattgatgtttcacgatccgttcgctttggtcaaatgt
tgcgagagtttagcgtttttagtcagagacgttgctcacatcactccatttaattttgaa
tattgcgtgcattgtataagaacgttcgtcgaggccagtctaaacggaacggataaaaag
aaaatcaagaaatcgaattccgcgaaagatccaaaatcaaggaaaaaatggatgaaaaaa
aaagaggaaaaaataaggagtccacaattgagtccgacaagtgcctacgatgcggatgaa
agcgattccgaagaatttcccagcggataccatcaaataagcattcaattattggattta
atgcacactttacacacgagaacggctcagattttccgatggtgggccgccgaaaacgca
gacacgaatttcacttccctatggttccaaggatggtgtcctctactgcagggtattgcg
agactctgctgcgattctagaaaacaagtacgcatgagcgccataacttaccttcaaaga
gcccttttggttcacgatttacaaactctcacggccgatgaatgggaatcgtgtttcaac
agagttttgtttcctctccttgcaaaattattagaattgaattttttggatgaaccgcac
ctggaagaaacgagagtgagagcagctacggttttatcaaaagttttcctacatcacttg
actcctctcttgtcccttccgacattcacgacgctttggctcaacattttggatttcatg
aataaatacatgctcgtggagaaaagtgatcttctgttcgaagcgattcccgaatcgttg
aaaaacatgctcttggttatggattcggctcaggtatttgtcgggtccgacggataccta
cctctgtgggacgtgacgtgggagcgaataaacagttttcttcccggtttgaaagaagaa
tttttcaaggctcaatctgctattcccaaacccgacgatatcgtatcacccgtcataaaa
gcagcagatgagcaacccgtactttcttcgggttctccccctcctccgccgtcaccgcca
ccacctccttctccttcgtctcctcctcctccttcttctgttcctcctcctcctcctcct
catcctaataaaaccgaattttcggattctggaaatcagtcgcagttattgaatcaaatt
tcaacttcacgaggtaccagcattattttgcaaccaccttcgtcttacgctcatactttt
actactccgatattaaatcatcttggtcagcagttaatgacgacaagcatatcaggacaa
ttgccaaattcgtccgtttcactcgtgccgacggcggcaagttctcaatcgcaagaacaa
aaaattccgttaatagtaccaaccgtcgtaccgggtgtcgctgccaaaatcccaaaagaa
ttcgtttattcgcacgagaatttcgtatcgatatcaaaagacgggaaaccgtcttcggag
gaacgttcggcaaaccgagacagtgacggatcgaacgagaacaaagtttcagaaatcgtc
gtaccgcaaccggtaacaatgacgtcatgccttctgccgccgcccacgtcgtcgtcgtcg
tcgtcgtcgtcgtcgtcgtcgacggtgacgcaaactccggatccccccctttcaaacgtt
caaaatttcggatcacgaaattcttctttcgttccctacgtaaatctcaacaattattcg
tcgatccgttcgcacgttccctcgtccgaggccctatacattcctccgacgagtcacata
acggctcccgtacaaatgtattcctccccgggattggatcaggacgatcgtaacaaatct
tggtcttttcggccgtcggaaatgatgacgtcaccagacgacagcagtaattcttcagtt
ttgtctcagtatttttcacagcagaaccaacaaccggatgcattcgataatctcttatca
aaaacgaacctggaaaaacaatcggaaaacaacaagacgtag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (97)   
   KEGG ORTHOLOGY (1)   
   RefGene (92)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   VECTORBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (106)   

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