KEGG   Pelodiscus sinensis (Chinese soft-shelled turtle): 102456198
Entry
102456198         CDS       T02980                                 
Symbol
ARHGAP35
Name
(RefSeq) rho GTPase-activating protein 35
  KO
K05732  glucocorticoid receptor DNA-binding factor 1
Organism
pss  Pelodiscus sinensis (Chinese soft-shelled turtle)
Pathway
pss04510  Focal adhesion
pss04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:pss00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    102456198 (ARHGAP35)
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    102456198 (ARHGAP35)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pss04131]
    102456198 (ARHGAP35)
Membrane trafficking [BR:pss04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    102456198 (ARHGAP35)
SSDB
Motif
Pfam: RhoGAP_pG1_pG2 RhoGAP RhoGAP-FF1 Ras GTP_EFTU FF Cdh1_DBD_1 NOG1
Other DBs
NCBI-GeneID: 102456198
NCBI-ProteinID: XP_006119695
Ensembl: ENSPSIG00000007433
UniProt: K7FJE2
Position
Unknown
AA seq 1506 aa
MMMMARKQDVRIPTYNISVVGLSGTEKEKGQCGIGKSCLCNRFVRPSADDFHLDHTSVLS
TSDFGGRVVNNDHFLYWGEVVRSLEDCVECKMHIVEQTEFIDDQTFQPHRSTALQPYIKR
AAATKLASAEKLMYFCTDQLGLEQDFEQKQMPDGKLLIDGFLLCIDVSRGMNRNFDDQLK
FISNLYNQLAKTKKPIVVVLTKCDEGVERYIRDAHTFALSKKNLQVVETSARSNVNVDLA
FSTLVQLIDKSRGKTKIIPYFEALKQQSQQIAASKDKYEWLVSRIVKNHNETWLNVSRKM
QSSPEYQDYVYLEGTQKAKKLFLQHVHRLKQEHIERRRKMYLAALPLAFDALIPNLDEID
HLSCIKVETLLESKPDFLKWFVVLEETPWDTTSHIDNMENECIPFDLMETLPAEQLYEAH
LEKLRNERKRAEMRRAFKENLETSPFITPGKPWEEARSFIMNEEFYMWLEESVYMDIYSK
HQKQIIEKAKEEFQELLLEYSELFYELELDAKPSKEKMGVIQEVLIEEQRFKALQKLQAE
RDALILKHIHFVYHPTKETCPSCPVCIDSKIEHLISSKFIRPPERNQKNLLSDSNIDRIN
LVILGKDGLARELANEIRALCTNDDKYVIDGKMYELSLRPIEGNVRLPVNSFQTPTFQPH
GCLCLYNSKESLSYVVESIEKSRESTIGRRENHLVHLPLTLILVNKRGDTSGETLHSLIQ
QGQQIASKLQCVFLDPASAGIGYGRNINEKQISQVLKGLLDSKRNLNLVSSTSSIKDLAD
VDLRIVMCLLCGDPFNADDILLPILQSQTCRPSQCGSSNSVLLELPIGPHKRRIELSILS
YHSSFSIRKSRLVHGYIVFFSARRKASLAMLRAFLCEVQDIIPIQIVALTDGSIDILDND
LSREQLTEGQEIAQEIDGKFTTIPCSQPQHKLEIFHSFFKDVVEKKNIIEATHMYDNAAE
ACSTTEEVFNSPRAGSPLCNSNLQDSEEDPEPPSYSPFREDTSISTLPKDISKLSMELEE
NDGMSVFSVMKPNENKLNNKVPPPVKPKPPVHFDITKGDLSYLEQRHRDGQRKSVSSSNW
LPPDGFDPSDYAEPIDAVVKPRNEEENIYSVPHDSTQGKIITIRNINKTQSNGSGNGSDS
EMDTSSLERVRKVSIVSKPVLYRTRCARLDRFASYRTSFSVGSDDELGPIRKKEEDQTTQ
GYKGDNAVIPYESADGEDPRRRNILRSLRRTTKKPKSKPRPSITKTTWESNYFGVPLSTV
VTPEKPIPIFIERCIEYIEATGLSTEGIYRVSGNKSEMESLQRQFDQDHNLDLAEKDFTV
NTVAGAMKSFFSELPDPLVPYNMQIELVEAHKINDREQKLHALKEVLKKFPKENYEVFKY
VISHLNKVSHNNRVNLMTSENLSICFWPTLMRPDFSTMDALTATRTYQTIIELFIQQCFF
FFYNRPISEPLSATPSSPSAVPANTPFLSSTPAMTQPSPPQTPPPSPQSPLQPLLPPQLQ
AEQHTL
NT seq 4521 nt   +upstreamnt  +downstreamnt
atgatgatgatggcaagaaagcaagatgtccgcattcccacctacaacattagtgtggtg
ggattgtctggaacagagaaggagaaggggcagtgtggcattgggaagtcctgcctctgc
aatcgttttgtgcggcctagtgcagatgactttcatttggaccatacttcagttctcagc
accagtgactttggaggcagggttgtcaataatgatcactttctttactggggggaggtt
gtgcgttccctggaggattgtgtggaatgtaaaatgcatattgtggaacagactgaattt
attgatgaccagacttttcagccacaccgtagcacggccctgcagccctatatcaaaaga
gctgctgcaaccaaacttgcatcagctgaaaagctcatgtacttttgcactgatcagctt
gggctggagcaggacttcgaacaaaaacaaatgccagatggaaaactgctgattgatggt
tttcttctgtgcatcgatgttagtagaggtatgaacaggaactttgatgatcaacttaag
tttatttcaaatctttacaatcaactagcaaaaacaaaaaagcccattgtggtggtcctg
acaaagtgtgatgaaggagtggagcggtacattagagatgcacatacttttgccttaagc
aaaaagaacctccaggttgtggagacatctgctagatccaatgtgaacgttgacctggct
ttcagcactttagtgcagctgattgataaaagtagggggaagactaaaattatcccctac
tttgaagctttgaaacagcagagccaacagatagctgcttcaaaagataagtatgaatgg
ctggttagccgcattgtcaaaaatcacaatgaaacatggttgaatgtcagccgaaagatg
cagtcctctccagaatatcaggactatgtgtatctggaaggaacacagaaagccaagaag
ctgttcctacaacatgtccatcgtctcaagcaggagcatatagaacgtagaagaaagatg
tatcttgctgctcttcctctagcatttgatgctcttattcctaatttggatgaaatagat
cacctgagctgcattaaagtagagacgttattggagtctaagccagatttcttaaaatgg
tttgttgttcttgaagagactccttgggatactactagccacatagataacatggaaaat
gaatgcattccttttgacctgatggagactctgcctgcagaacaactttatgaagctcat
ttagaaaagttgaggaatgagaggaaaagagcagaaatgagaagggcttttaaagaaaat
ctggagacttcccctttcataacacctggaaaaccatgggaggaagctcgtagttttatt
atgaatgaggaattttacatgtggctagaggaatcagtctatatggatatctacagcaaa
caccaaaaacaaattatagaaaaagcaaaggaggagtttcaggaactgcttctggagtat
tcagaattgttttatgagctggagcttgatgctaaacctagcaaagagaaaatgggtgtc
attcaagaggttttaattgaagagcaaagatttaaagctttacaaaagctgcaagctgag
cgagatgcccttattttgaagcacattcattttgtgtatcacccaactaaggaaacttgt
cctagctgcccagtttgtatagactctaaaattgagcacttgataagttccaagttcata
agaccacccgagcgcaatcagaaaaacttgctttccgattccaatatagataggatcaat
ctagttattcttggcaaagatggtctagcacgtgaactagcaaatgagattcgagctctg
tgtacaaatgatgataaatatgtgatagatggtaaaatgtatgaactttccttgagacca
attgagggtaatgtccgacttcctgttaattcttttcagacaccaacatttcagccacat
ggctgtctctgcctttacaattcaaaggaatctttatcttatgtagtggaaagtattgaa
aagagtagagagtcaaccattggcagaagggaaaatcacttggttcatcttcctctgaca
ctaatattggttaacaagagaggggacaccagtggagaaacactacatagcttaatacaa
caaggtcaacagattgccagtaaactacagtgtgtctttcttgaccccgcatctgctggc
attggatatggacggaacattaatgaaaagcaaattagtcaagttttgaaaggattactg
gactcaaagcgtaacttaaatcttgtaagttctacatctagcattaaagatttagcagat
gttgaccttcgaattgttatgtgtttgttgtgtggagatccttttaatgcagatgacatt
cttttacctatccttcagtcccaaacctgcagaccttcccagtgtggcagtagtaactca
gttctacttgaactaccaataggaccacacaaaagacggatagaactgtctattctttca
taccattcctcattcagcattaggaaaagccgattagtccatgggtacattgtgtttttt
tcagcgagacgcaaggcgtcgttggctatgttacgtgcctttctttgtgaagtgcaggat
attatccctattcagattgtggcactcacagatggctcaatagacattctagacaatgac
ttaagtcgagaacagctgacggagggacaggagattgcccaagaaattgatggaaagttt
acaacgataccctgtagccagcctcaacacaaacttgagatctttcactcattttttaaa
gatgtggtggagaagaaaaatataattgaagccactcatatgtatgataatgctgctgaa
gcatgcagcacgacagaagaagtgttcaattcacctcgggctggctcacctctttgtaat
tcaaaccttcaggattcagaagaagaccctgagccgccatcctacagcccatttagagag
gacacatccatttccactttgcccaaagatatttctaaactttcaatggaactggaggag
aatgatggtatgtctgtcttttctgttatgaaacctaatgaaaacaagctgaacaacaaa
gtacctcctccagtgaaaccaaagccccctgtacactttgatattacaaagggggatctg
tcttatttggagcaaagacatagagatggacagaggaagtctgtgtcgtctagtaattgg
ctgcctccagatggttttgacccttctgattatgcagaacctatagatgctgtggtcaaa
ccaaggaatgaggaggaaaatatatattctgtgcctcatgacagcacccaaggcaaaatc
atcaccattcgtaatattaacaaaactcagtctaatggcagtggtaatggttccgacagt
gaaatggacacgagctctctggaacgtgtgcgaaaggtgtctattgttagtaaacctgta
ttgtatcggacaagatgtgcaagacttgacagatttgccagttacagaaccagtttcagt
gtaggaagtgatgatgagttggggcccattagaaagaaagaggaagatcagacaacccaa
ggatataaaggagataatgctgttattccgtatgaaagtgcagatggagaagatccaagg
agaaggaacattttacgaagcttgagaaggacgacaaagaaaccaaagtcaaagccccgg
ccatccatcacaaagactacgtgggaaagtaactattttggggtgcctttgtccactgta
gtgactccagaaaagcctattcccatctttatcgagcgatgtattgagtacattgaagca
acagggttgagtactgaaggcatctatcgtgtgagtggaaacaagtctgagatggaaagt
cttcagagacagtttgatcaagatcacaatctagatctggcagagaaggacttcacagtg
aacactgtggctggtgccatgaaaagcttcttctccgaattgcccgatcccctggtacca
tacaatatgcagattgagctggtggaggcccacaaaattaatgacagagagcagaagcta
catgcgctcaaagaggtgctgaagaaatttcccaaggagaactatgaggtcttcaaatat
gtcatctctcatttgaacaaagtcagtcacaacaacagagtgaatctaatgacaagtgag
aacctctctatctgcttttggcccaccttgatgagacctgacttcagcactatggacgct
ctgactgcaactcgcacctatcagacaatcattgaactcttcattcagcagtgcttcttc
tttttctacaatcggccaattagcgaacccctcagcgctacacccagttctccgtcagcc
gttcctgccaacacacctttcttatccagcacacctgcgatgactcagccgtccccgcca
cagactcctcctccgtccccgcagtctcccctccagcctcttctcccaccccagcttcaa
gcggagcagcacacactgtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (39)   

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