KEGG   Hydra vulgaris (swiftwater hydra): 101238085
Entry
101238085         CDS       T01080                                 
Name
(RefSeq) rho GTPase-activating protein 5
  KO
K13709  Rho GTPase-activating protein 5
Organism
hmg  Hydra vulgaris (swiftwater hydra)
Brite
KEGG Orthology (KO) [BR:hmg00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hmg04131]
    101238085
Membrane trafficking [BR:hmg04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    101238085
SSDB
Motif
Pfam: RhoGAP_pG1_pG2 RhoGAP RhoGAP-FF1 FF Ras
Other DBs
NCBI-GeneID: 101238085
NCBI-ProteinID: XP_047125033
Position
15:complement(41286614..41338737)
AA seq 1758 aa
MSSKKLEKGKTYMNVCVVGLSGYDTPTNCLYGVGKSCFCNRFIKSNEDEYYRDHFSIFST
SDFVGSVLNNDHFLYWGTVDKKFDDNIISFRLIEQTEFIDDASYLPLSKGGQIFPYVKRA
TVTKLQSPGKIMYINRDQVALQSEFPEIQMDPLTNGKIQVDGFICIYDVSRNLAKKPNHS
EIQEDVLSSLLINISKAKRPVVVVATKCDDTTEQLLYRAHQFVHSKKVVTPLVESSAENF
VNIDLGLHILYQLADTKIRGYRTKLISYQDGLNQRNELISKLKEEYLGIIKFSSSTSKLL
MSWKEFEKLNKENQVFKNFVNLCGTQSACKIFVEQAKRVKQHYEDKKLNEYLNKLPEALD
ELLPTIQSIEANEWKWEICQQAIKNHIFFDKWFLILPDKEVWNSSERLFSTGDGRIPFDV
LQSERSRACFDRHIKKLRESAHKMLLKNKFRKLLESKESIRPGTSWADASLLIDNEDSYK
SLDETERKILFETYLRDITLAAKLDFQELLFESATKFVKLSKDLRPSEVEMQNLYSYLKD
DYRYKNLENLGNGRDILLFNHIALMQSPNRCLSGPEKCMDRLMQQVVEMTTRRTPYNPYE
NERDSEDEQINILILGKGQLGEELKCKIKSESSSYDCIEYIVDGEIYGLNIKVHDSNQST
EELCSYVSDHKPQGYLAIFSTEDSLTYIKSCLEMIQKHDKTNNMSLIIMLANEGGLSDAE
ISNLRSSGQDLAIRMDCVFLDYPYTVSLMDDKIHDSQVQDALRRIIDVINKRVQSPHTPI
ESVNVNADIRVLLCAMCGDEYPVELILGPMMQHHVSYSNPEMQDTVMLEAMLGGAKRTIS
VTLSSYHRAHSMKRISYHGFILIYSATRKASLETLRAFASTLPEVPIQALAVTGSFSLAS
VIFHEETSALLLNNCPQFSTKQNDQFSFHKQAGAFMNFFNHTYAKRHDTELALQGIKRRP
NDPLPEVPSLNKISDHIYDGIYISIDPKAVTPNNTPYEKETKYHDGSDSDVSLAKKSNHE
ISTYSDDSIDDECHIPIEHDETGMYARVIKKKPILDQYDDDSSDDEEEYDDDEVKWTDNQ
AFEPNKKYEAPYASVPFLPKEYKSSLTDISKKCKTFDSFKSYNDSDYASIDQIKSQIYNN
DLDNISNVSSKSKESTGSIDNLNYPLIKTAWHDPTNKWETKTNVAAPLAKPDNDEPEDIK
LRNALEKHPELMFHPQQNTVSSTKPRFNYNKKNMSDGNLFASTHDHKNKSIFKSFIIKVT
PNPSPTNSDEEKKHNHSTPAKPMKKPKNFKRKKHNNGHTNSEHTNPVIVVQDNDNIRDRS
NTLPPDSPVTKHSKMTRTLDHQKNKNIKQKYNFVQENTHLNTSTDLGKTETQTLNRKKSK
TAGKSSKSTIEGLDLHENHDGSHNKLKKKRSSIRFLGPSKPKSKVPKPINLALDWETKQK
QKSSTYFGKPLKDIIPQDSLCPIFVTSVLKYIESTGMQSEGLYRISGNKHDIEAVQTKFE
QNINLNLQELGVSVHAVTGALKNFFKLLPEPLIPYEISSKIHEIMIIMDAAVRLEKLREL
AIKIPQPNQEVFKRFMCHLKRVSLYTKFNKMDVRNLQIIIYPTLLRPVFESLQNMSQNMN
MGLFIQTCIEQSDKIFDDDLHQKLNVNDNGTSNDNDSEGDYTEPSFSECVLSEPSVGKLM
NPVAEENDYKIIEVPTRIEKLSLQLELVPQYNEEKDNILNYSLHSKLVPLSKSNSVPNDQ
NSKDTKNINRKSIETAID
NT seq 5277 nt   +upstreamnt  +downstreamnt
atgtcaagcaaaaagttggaaaaaggaaaaacatatatgaatgtttgtgttgttggttta
tctggatatgatacaccaaccaattgtttatatggtgttgggaaatcatgtttttgcaat
cgttttattaagtcaaatgaagatgaatattatagagaccatttttctatatttagtact
tccgattttgttggatctgtgttaaataatgaccactttttatattggggtactgtagat
aaaaaatttgatgataatataatttcttttcgtttaattgagcagactgaatttatagat
gatgcaagttatttgcccttatcaaaaggtggtcaaatatttccttacgtgaagcgtgct
acagtcactaaacttcaatcaccaggaaaaataatgtacataaacagagatcaagtagca
ttacaatctgaatttcctgaaatacaaatggaccctttaactaatggtaaaatacaggtt
gatggtttcatttgcatatacgatgtaagtagaaaccttgctaaaaaaccaaatcattca
gaaattcaagaggatgttttgtcatcacttctaataaatatttcaaaagcaaaacgacct
gttgttgttgtggctacaaaatgtgacgatactaccgaacaactactatatagggcacat
cagtttgttcactcaaaaaaagttgttacccctttggttgagagttctgcagaaaatttt
gtaaatatagatcttggactacatatattatatcaacttgctgatacaaaaattcgtggc
tatagaactaagctaatatcttaccaagatggtcttaatcaaaggaacgaactaattagt
aagttaaaagaagagtatttaggtattattaaattttcttcatcaacttctaaactttta
atgagctggaaagaatttgaaaaattaaacaaagaaaatcaagtttttaaaaattttgtg
aatttatgtggaactcaaagtgcttgtaaaatatttgttgagcaagctaaaagagtaaag
cagcattatgaagataaaaagttgaatgaatatcttaacaagctccctgaagcacttgat
gagcttcttccaactattcagtcaatagaagctaatgaatggaaatgggaaatatgtcaa
caggctataaaaaatcatatattttttgataagtggtttttgattcttccggataaagaa
gtttggaattcttctgagcgtcttttttcaacaggtgatggtcgtattccatttgatgtt
ttacaatcagaaagatcaagagcatgttttgatagacatattaaaaaattaagggagtct
gctcataaaatgcttttaaaaaacaaatttagaaagttattagaatcaaaggaaagcatc
cgacctggtacaagttgggctgatgcatcattgttaattgataatgaagatagttacaag
tctttagatgaaactgagcgtaaaattttgtttgaaacctacctacgcgacattacctta
gctgcaaaacttgattttcaagagctgttatttgaatcagcaactaagtttgtaaaatta
agtaaagacttgcgtccctctgaagttgaaatgcaaaatctttatagctatttgaaagat
gattatcgatacaaaaacttggaaaatttaggtaatggaagggacatacttttgtttaat
catattgcattaatgcaaagtccaaatcgatgcttaagtggtccagaaaagtgtatggat
cggctgatgcagcaagttgtagagatgacaaccagaaggactccttataatccatatgaa
aatgaaagagactctgaagatgagcaaattaatattcttattcttggaaaaggccaactt
ggagaagaactgaaatgcaaaataaagtcagaaagttcatcctatgattgtattgagtat
atagttgatggtgaaatctatggtcttaatattaaagttcatgactcaaaccaaagcact
gaggagctctgttcttatgtttcagatcataagccacaaggttacttagctatattttct
acagaggactctttaacatatattaaaagttgcctcgagatgattcaaaagcacgataag
accaataacatgtcacttattattatgttagcaaatgaaggtggtttgagtgatgctgaa
atatcaaatttacgcagttcgggtcaggatttagccattcgtatggactgtgtttttctt
gattacccatacactgtatcattaatggatgataagatacacgactcacaagttcaagat
gctcttagaagaataattgatgtcatcaataaacgagttcagtcacctcatactccaatt
gagtctgttaatgtcaatgcagatatccgtgtcttgctatgcgcaatgtgtggagatgag
tatccggttgaacttattcttggaccaatgatgcaacatcatgttagttattcaaatcca
gagatgcaagatacagttatgttagaagctatgcttgggggtgcaaaaaggacaatatca
gtgacactttcatcgtatcatagagcacatagtatgaaacgaatatcatatcatggtttt
attttgatttactcagctacaagaaaagcttcgctagagactttaagagcattcgcttcg
accttacctgaagtaccaatacaagcacttgctgttacaggaagcttctctttggctagt
gttatatttcatgaggagacatcagctttacttctaaataattgtccacagttttcaacc
aaacaaaatgatcagttttcttttcataaacaagcaggtgcattcatgaatttctttaat
cacacatatgcaaagcggcatgatactgagttggctttacaaggcatcaagcgtagacca
aatgatccattgccagaggtgcctagtttgaataaaatttcagatcatatttatgatgga
atatatatttcaatagatccaaaagctgttactccaaataatacgccatatgaaaaagaa
actaagtaccatgatggcagtgattcagatgtatcattggcaaagaagtcaaatcatgaa
atttcaacatattctgatgatagcattgatgatgagtgtcacattccaattgagcatgat
gaaaccggcatgtatgctcgagttataaaaaaaaagcctatattagatcaatatgatgat
gattcatctgatgacgaagaagaatatgatgatgatgaagtgaagtggactgataatcaa
gcatttgaaccaaataaaaaatatgaggctccctatgcatctgttccttttcttccaaaa
gagtataagtcttcccttacagatatatctaaaaaatgtaaaacatttgatagttttaaa
agctataatgattcagactacgcttcaattgatcaaatcaaatctcaaatttacaacaat
gatttggataatataagcaatgtttcatctaaaagtaaagagtctactggatcaatcgat
aatttaaattatccattaattaaaacagcatggcatgatccaacaaataaatgggagaca
aaaacaaatgttgctgcacctttagcaaagccagataatgatgagcctgaagatatcaaa
ttgcgaaatgcattagaaaaacacccagaattaatgttccacccacaacaaaacactgtt
tcaagtacaaagccaagatttaattataataaaaagaatatgtctgatggtaatcttttt
gcatctacacatgatcataagaataaaagcatttttaaatcatttattataaaagttact
ccaaatccatcaccaacaaactcagatgaagaaaaaaaacataaccacagcactccagca
aaacctatgaaaaaaccgaaaaactttaaacgtaaaaagcataataatggacatactaat
tctgagcatactaatccagtaatagttgtccaagataatgataatattcgtgatagatcg
aatacacttccacctgacagtcctgtaacaaagcactcaaaaatgacgcgaacactagat
catcaaaaaaacaagaacataaagcaaaagtacaactttgtacaggaaaatacacacctg
aatacatccactgatctaggaaaaacagagacacaaacattaaaccgcaaaaaaagtaaa
actgctggtaaatcatctaaatcaactattgaagggttagaccttcacgaaaaccatgat
ggttcacacaataagctaaaaaaaaaaagaagttctatacgctttttgggaccatcaaaa
ccaaaatctaaagttcctaagcctatcaatttggctctggattgggagaccaagcagaaa
caaaagtccagcacttactttggaaaacctttaaaagatataatcccacaagatagtttg
tgcccaatttttgttaccagtgtcctcaagtatatagaaagtacaggtatgcaaagtgaa
ggtttgtacagaatcagtggtaacaagcatgatattgaagcagttcaaacaaaatttgaa
caaaatatcaatttaaatcttcaggaacttggtgtatcagtacatgctgttacgggagca
ttaaaaaatttttttaaattgctgccagaaccattgattccatatgaaatatcaagcaag
attcacgaaataatgattattatggatgctgctgttagattagaaaagttgagagaatta
gcaattaaaattccacagccaaatcaagaagtgtttaaaagatttatgtgtcatttaaag
agagtatcactatacactaagttcaacaaaatggacgtacgtaatttacagataatcatt
tatccaacattacttcgtcctgtttttgaatcactacaaaatatgagtcaaaatatgaat
atgggcttgtttatacaaacttgcattgaacagtcagacaaaatttttgacgatgacttg
catcagaagttgaatgtaaatgataatgggacaagtaatgataatgacagtgaaggagat
tatacagaaccttcgttttccgagtgtgttttaagtgagccatcagttggaaaacttatg
aatccagtagcagaagagaatgattataagataattgaagttcctacacggattgagaag
cttagtctacaattagagctagttccacaatacaatgaagaaaaagacaatattttaaat
tattctttgcattctaaactagtaccattaagtaaatcaaatagtgttcctaatgaccaa
aattctaaagatacaaaaaacattaatagaaaatctattgaaactgcaattgactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (72)   
   KEGG ORTHOLOGY (1)   
   RefGene (68)   
   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 (5)   
   Pfam (5)   
All databases (84)   

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