KEGG   Folsomia candida: 110843377
Entry
110843377         CDS       T05043                                 
Name
(RefSeq) uncharacterized protein LOC110843377
  KO
K20647  Rho GTPase-activating protein 32
Organism
fcd  Folsomia candida
Brite
KEGG Orthology (KO) [BR:fcd00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:fcd04131]
    110843377
Membrane trafficking [BR:fcd04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    110843377
SSDB
Motif
Pfam: RhoGAP SH3_9 SH3_2 SH3_1
Other DBs
NCBI-GeneID: 110843377
NCBI-ProteinID: XP_021945031
Position
Unknown
AA seq 2121 aa
MSGSMVEVMSSSTTPRMGRRSMALSDIDPKYVSQSGIWEASEVETSRGSIRIQHLTAVSA
AAASSRASSASMGSACGGGISGAISSASSGITAGGGGASNNPRFPKLEECAHFHYDCVEL
PQLKIRIRDDPSKPISVTGDENQDKCAFSIEVVAGGQSWAIRRTHNNIQMLDSQLHRCVW
DRTFSLLEKVHQESAVDQLQQQHNGCWEFVTNYLARLNQLPTSAITCGTVLSWLELDNRG
RHIVSSDESAINTPAVAAACAVKKYVAQAADEISFEVGEMISVIDMPPPEDSNWWRGKRG
FQVGFFPRDYVQVIGDKIPAGLPIVPSVRKLQRLSVSSSSTTSSVPDKPVLRKHGKLIAF
FRSFILSRPSRRRLKQSGILRERVFSCDLAEHLLNTGNDIPTVLRSCAEFIEKHGIVDGV
YRLSGITSNIQKLRNAFDEDKIPNLESDMAIKQDIHAVSSLLKMFFREFPNPLCTYQLYE
KFVSAAKESDQERLFKMREVVHELPPPHYRTLEYLMKHLSRVAERSSDTGMTHKNLAIVW
APNLIRCKELETGGVNALKGIGVQAVVTEYLIRHADLIFNDKLPTNFPTTTTVLTQKSSG
SSRPKSLAISSPIKLMSLEEAQDKARDDRKFIDVGGGPSSLPPKYHTVIDLPSSRRAGLK
NKRSPMGWKHFFSRNRSFNASKPQRKAFTPGDITVITKNMPQPGPQGMQTNWTGRLRPLR
PVKSVESLVSPPLYNTATGSGAGHGNESSAILRDQHSESVIMEEMESSLSRSSPATPVAA
DVVFHPLPANSIDARCLQSKTHNRSISHDSYFEFGEFRNSNNVYIDDTLEEETMSQSSKL
SLDLSGSEIGSNVTSPVKAAGCSLRSKSEERERSRKEPFKSPITPPPSAASTMHPSDSYQ
NALSDENIVVTKRNSTATSPIFFKSQARPSKWRDSEVQTSQLKLSDVGVSTEEESGIYGT
GTRKGVDSSTSMDEELGRYELDKNSSFDESSEMSTPEKEQFLSSISTNIIYSPLVNEISS
MSSAEHINLLHSTSSISSTSTQKLSVNSNRSSKSVDDAFTTTSSANVCLFVCPLYEAGVT
NEDLIGRPAAHQDVFNQCQAANDDVVVLVETTNSVAQEASSSEIADYSDLNSNTSKDLSH
IAVNNNPVENKYENDSIGKIDELTTASNILTTAKTIPPQSKEICHIYENERIYQNEPVAP
SRKKLAVSSETLSSKSSSSSVLHPNNVTTTSTQLESFSQQNQISEEKSGAVLEFEQIIMI
KPKAKEPLPLTCIDVNAAYTDCIGEEHYENISESHYEGNIYEDIDSESDKQQREGKYRGT
NSCRYEAVSSPPIKPSDTFAVSLSSTGCGTGGRLKDNSAPSSFYPPQDLPAEENWDDHDD
GDYESVRFQKVDDKLIPHHYSEIEEKTASTTALDDNNDDSKSGSTPSHSRTDEMITYLEV
QTPSFKLRTDSLEDNNKSEEQSSYESVGLKNSETIDDVNSPISVDEVIHFIDSPLVVENP
VYSLEMEGINPEDIETMHKTQMQCSRGAGGAEEDDGDFDVSINESVSLSLSVEEDKSNTT
HGKPMQLKSQNLKLLGRCNSAPLTETKVDFVITDVYRQSDDRPSSTLVNDQQKHQQNKNN
NDNLTLFKLPLNKRLSEPSLLQFNVNSNSLTIKTDENNATAWKLTDAKRLANRKSSVKEL
LSKFESRDSTPSPTNTSFSNHFNTLPHVHNNNKDTQGSLVPGLPKPVSQNSLKVSVRGSG
SAVIGRNKNTDALGGFGGTGTGSGRFQHHRFSMGDILLGQSMSESDDLNSVCSHSPSPKN
SMIRSDTFPELRSANSRVPTASKENLDLSASLDRNSQSQGNLLNDNNDASPLVPEKGAQN
ALRIAMSAVDMNDPNTRERIEKYKEERRSFLRQKITSEINSECTQKPCIATTTTEEGEKE
ESPSTLSPADVESCNSEVLSNRLNANDNDSYISTISNTTRSNSSSTQVTTFTSNNKSPSD
SPRKRAFSEDIPQAFSNSYFTKTKSIKTEPEFTKYSEESSTTKSTITQGIKIHEKIALWT
LQKKEISKSTLSCAEISSNKSSTDSSHKPFVKPILRREVTTSSISSVELSKCKLNVARVE
NSSNGGKKIKDMAAFFEAKKF
NT seq 6366 nt   +upstreamnt  +downstreamnt
atgtcggggtcaatggttgaagtgatgtcgtcttcaaccacacccaggatgggacgacgt
tccatggcattatctgacatagacccaaaatatgtgtcacagagcggtatctgggaagct
tcggaggtggagacgtcacgcgggagtatacgcattcaacatttgaccgcagtttcagcc
gccgcggccagttctcgagcgtccagtgcgagtatgggatcagcttgtgggggaggaatt
agtggtgccattagctctgcgtcttctggaattactgctggcggcggtggggcttcgaat
aacccaaggtttcctaaattggaagagtgtgcccattttcactatgattgcgtggagctt
cctcaactgaagattcgaattcgagatgatccttcaaaaccaatatccgtcactggagat
gaaaatcaggacaaatgtgccttttcaatagaggtggttgccggtgggcagagttgggcg
ataaggaggacgcacaataacattcagatgctagacagccagcttcatcgctgcgtttgg
gataggacgttctctcttctagaaaaagtgcatcaagagtctgctgtcgaccaactccaa
caacagcataatgggtgctgggagttcgttacaaattatctcgcgcgattgaaccagctt
ccaacatcggctattacctgtggaactgtactaagctggcttgagttggacaaccgtggg
agacacatcgtgtcgtcagatgagagtgctattaatactccagcagttgcagcggcttgt
gccgtgaagaaatatgttgctcaagctgcggacgaaatatcattcgaggttggtgaaatg
atatcagtaattgacatgcccccaccagaggactcgaactggtggagaggaaaaagaggg
tttcaagttggattttttccaagagattatgtccaggttattggtgacaaaatccctgcc
ggtctaccgattgtgccatcagtcagaaaactacaaagattatctgtttcttcctcatcc
actacttcatctgttccggacaagcctgtgcttcggaagcatggaaagcttattgccttc
tttaggagttttatcctttcgcgtccatcaagaaggagattaaaacaatctggaatctta
cgtgaacgagtattcagttgtgatttagcagaacatttgctaaatacgggcaacgacatc
cccactgttttgcgaagctgcgcagagtttattgagaagcatggcattgttgatggcgta
tatcggttatctggaattacttcaaatattcaaaagcttcggaatgcatttgacgaagat
aaaattcctaatttggagtcagacatggcaatcaagcaagatatacatgctgtctcttca
ctactaaaaatgttctttagagaatttcctaatcctctttgtacatatcaactgtatgag
aaattcgtttctgctgccaaagaatctgaccaggagagattattcaagatgcgtgaagtt
gtccacgagttacctcctccacattataggactcttgaatacttgatgaagcatttatcc
cgtgttgctgaacgaagtagcgatactggtatgacccacaaaaacctcgcaatcgtctgg
gcccctaacttaattcggtgcaaggaattggaaaccggtggcgtaaatgctttaaaggga
attggggttcaagctgtagtgacagaatatttgataagacatgctgatctcattttcaat
gataaactacctacaaatttccctacaacaacaacagtattaacacaaaagtcttctgga
agttccaggccaaaatcgctggctatttcgtccccaatcaaattaatgtcactagaagaa
gcgcaagacaaagcaagggatgacagaaagtttattgacgttggaggcggcccatcgtcc
cttcctccaaaatatcacacagtgattgatcttcctagtagtaggagggcagggttgaag
aataagcgatcaccgatggggtggaaacacttcttttcgaggaatcgcagttttaatgct
tctaaacctcaaaggaaagcttttacacctggtgacatcacagtaattacaaaaaatatg
ccacagccaggacctcaaggcatgcaaacaaattggactggtcgacttcgcccacttcgt
ccagtgaaaagtgtcgaatcattagtgtcgcctccactttataacaccgccactggctca
ggtgctggtcacggaaacgaatcatcagcaatactacgtgaccaacactctgaatctgtc
atcatggaagaaatggaatcatctttgtcgagatcaagtcccgccaccccagtcgctgct
gacgttgtattccatcctctacccgcaaattcaattgatgcgagatgtcttcaaagtaaa
acacataataggtctatctctcatgactcttattttgagtttggagaatttcgcaacagc
aataacgtatacattgacgatacgctggaggaagaaacaatgtctcaatcatcaaaattg
tcgctagatctatcaggcagtgaaatcggtagcaatgtcactagtcctgtcaaagctgct
ggatgctctctccgctcaaaatctgaagaaagggaacgttctcgcaaggaaccttttaaa
agtccaataacacctccaccaagtgcagcgtcaactatgcatcctagtgattcctatcaa
aatgcattgtcagatgaaaatatagtagtgacgaaacgaaactcgaccgctacctcacca
atatttttcaaatctcaagcgagaccaagcaagtggagggattcggaagtgcaaacttca
caattaaagctatccgatgttggcgtgtctacggaggaggagagtggtatttatggtacg
ggtacaagaaaaggcgttgattcttctacttcgatggatgaagagctaggcagatatgaa
ctagataagaactccagttttgacgagagctcggaaatgtcaactccagagaaagagcag
tttctcagtagtatttcaacaaatatcatttattccccgctcgtgaacgaaatatcttca
atgtcttcagccgagcatatcaatcttcttcattctactagtagcatatcctcgacatct
actcagaaactgtcagtgaactcgaatcggtcgtcaaaatcagttgatgatgctttcaca
acaacttctagtgctaatgtatgcctgttcgtctgtccactttacgaagcgggcgtaaca
aacgaagatttgattggaagacctgctgctcaccaagatgtttttaatcaatgccaggcg
gctaatgatgatgtggtggtgttggtagaaacaactaacagcgttgctcaagaagcatca
tcgtcagaaattgctgattattctgatttaaattcaaatacctctaaagacctttctcac
attgctgtgaataataatcccgtagaaaataagtatgagaatgattctattgggaaaatt
gatgagttgaccactgcttccaatattctaacgaccgccaagacgattccaccacaaagc
aaggaaatctgtcatatttatgaaaacgaaagaatttatcaaaatgaaccagtggcacct
tccagaaaaaaactagcagtatcaagcgaaacattatcatcgaaatcatcatcatcatcc
gtgcttcaccccaacaatgtaactactacttcaactcaactggaatccttctctcagcaa
aatcaaatctctgaagagaaatcaggtgctgtattggaatttgaacaaattataatgatc
aaaccgaaagccaaagaacctttgccgctcacttgcattgacgtcaacgctgcatacact
gactgcataggagaggaacattatgaaaacattagtgaatcacattacgaaggaaatatt
tatgaagatatcgacagcgaaagtgacaagcagcaaagagagggtaaatacagagggaca
aatagttgtaggtacgaagctgtttcatccccacccataaagcctagcgatacttttgct
gtcagcctctcctctacgggttgtggtactggtggtcgactcaaagataactcagctcca
tcatcattttacccacctcaggatttaccagcagaagagaactgggatgatcatgatgat
ggtgattatgagagcgttcgatttcaaaaagtggacgacaaattaattcctcatcattat
tctgaaattgaagagaaaacagcatcaactacagctttagacgataataatgatgacagc
aaatcgggttccaccccttctcattcacgaactgatgaaatgatcacatatcttgaagtc
caaaccccctcattcaagctaagaacggatagcctggaggataataataagagtgaggaa
cagtcttcgtatgagagcgtgggtctcaaaaattcagaaaccattgatgatgtgaattct
cccatctcagtggacgaagtgattcactttattgatagccccttggttgtggaaaaccca
gtttattcgctagaaatggaggggatcaatcctgaagatattgaaaccatgcacaaaact
caaatgcaatgtagtcgtggtgctggtggtgcggaagaagatgatggagatttcgacgta
tcaattaatgaaagcgttagcctcagtttatccgtggaagaagataaaagtaacacaact
catgggaaaccaatgcaactgaaatctcaaaatttgaaacttcttggccgttgtaacagc
gccccattaacagaaactaaggtagactttgtcattacggacgtctatcgacaatcagat
gacagaccatcttccacactggtaaatgatcaacaaaagcatcaacaaaataaaaacaac
aacgacaacttaaccctgtttaagctccctttaaataagcgactatcggaaccctcactg
ctgcaattcaatgtaaactcaaactctctcaccataaagactgatgaaaataatgcaact
gcttggaaactcacggatgccaaacgtcttgccaataggaagtcaagtgttaaagaatta
ctttcaaagtttgagagtcgggactcgacgccatcccccacaaacacatctttcagcaac
cattttaacacattaccacacgttcataacaataacaaggatactcagggctcattagtt
ccaggtcttccaaagccagtgtcacaaaattcgcttaaggtgtccgttcgtggtagtggt
agcgccgttattggaagaaacaaaaacaccgatgcgttaggaggatttggtggtactgga
actggcagtggacgttttcagcatcatcggttttctatgggtgatattcttcttggccaa
tccatgtctgaatcggatgacctcaattctgtgtgcagtcattctccatctccaaagaac
tctatgattcgatctgatacattcccagagttaaggtctgcaaattctagagttccaacc
gcatcaaaggagaatcttgacttaagtgcatcgttggatagaaattcacagtcacaagga
aacctattgaacgataataatgatgcgagtccattggttccagaaaaaggtgctcaaaat
gctctccgtatcgccatgagtgctgtcgatatgaatgatccaaacactagggagcggatt
gaaaagtacaaagaagaacgaagatcatttctccgtcaaaagattacatctgaaattaat
tcagagtgtactcaaaaaccatgtattgcgacgacgacgacagaagaaggcgaaaaggaa
gaatcgccatccacgttatctccagcagacgttgaatcctgcaatagtgaagttttaagc
aatcgattaaacgctaatgataatgattcatacatttctacaatatctaacaccactcgt
agcaattcgtcttcaactcaagttacgacatttactagtaacaataaatcaccatcagat
tcaccaagaaaacgagcattttctgaagatattcctcaagctttctcaaactcgtatttt
acaaagacgaaatcaataaaaacggaacctgaattcaccaaatattcagaagaatcttcc
accacaaaatccacaattactcaaggaattaaaatccatgaaaagattgcattatggact
ttacaaaagaaggagatatcgaaatctactctttcttgtgctgagatctcctctaacaaa
tcctccaccgactcaagtcacaaaccttttgtgaaaccaatcttaagaagagaagttacc
acgagttcaattagttctgttgaattaagtaaatgtaagttaaatgtggcgagagttgaa
aatagtagtaatggtgggaaaaagataaaggatatggctgccttttttgaagccaaaaag
ttttaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (353)   
   KEGG ORTHOLOGY (1)   
   RefGene (349)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (364)   

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