KEGG   Rhinopithecus bieti (black snub-nosed monkey): 108535051
Entry
108535051         CDS       T04641                                 
Symbol
DNMBP
Name
(RefSeq) dynamin-binding protein isoform X1
  KO
K20705  dynamin-binding protein
Organism
rbb  Rhinopithecus bieti (black snub-nosed monkey)
Brite
KEGG Orthology (KO) [BR:rbb00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rbb04131]
    108535051 (DNMBP)
Membrane trafficking [BR:rbb04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    108535051 (DNMBP)
SSDB
Motif
Pfam: BAR SH3_9 SH3_1 SH3_2 RhoGEF SH3_3
Other DBs
NCBI-GeneID: 108535051
NCBI-ProteinID: XP_017736212
UniProt: A0A2K6L7V0
Position
Unknown
AA seq 1574 aa
MEAGSVVRAIFDFCPSVSEELPLFVGDVIEVLAVVDEFWLLGKKEDVTGQFPSSFVEIVT
IPSLKEGERLFVCICEFTSQELDSLPLHRGDLVILDGIPTAGWLQGRSCWGARGFFPSSC
VRELFLSSQSRQWHSQSALFQIPEYSMGQARALMGLSAQLDEELDFREGDVITIIGVPEP
GWFEGELEGRRGIFPEGFVELLGPLRTVDESVSSGNPDDCIVNGEVDTAIGEEEIGPDEE
EPGTYGVALYRFQALEPNELDFEVGDKIRILATLEDGWLEGSLKGRTGIFPYRFVKLYPD
TQVEETVALPQEGSLSRIPETSLDCLENSLGVEEQRHETSDHEAEEPDCIISEAPTSPLG
HLTSEYEADRNCYQDEGTAAGPRRSPGVEWEMPLATDSPTSDPTEAVNGISSQPQVPFHP
NLQRSQYYSTAGGSHRHSEQHPDLLPLEARNRDCASLPPKRMYSQLKTLQKPVLPLYRGS
SLSASGVVKPSQSSPQLHDIASYAKKHHTSSVYSVSERSEMKPGPQAQGLVMEAATHSQG
DGSTDLDSKLTQQLIEFEKSLTGPATEPDKILRHFSITDFNSEKDIVRGSSKLITEQELP
ERRKALRPPPPRPCTPVSTSPHLLVDQNLKPAPPLVVRPSRPAPLPPSVQQRMNAVSPKL
LSRHHPTCETLEKEGHGHTGRNLDQTSPCPLVLVRIEEMEQDLDMYSRAQEELNLMLEEK
QDESSRAETLEDLKFCESNIESLNMELQQLREMTLLSSQSSLVAPSGSVSTENPEQRMLE
KRAKVIEELLQTERDYIRDLEMCIERIMVPLQQAQVPNIDFEGLFGNMQMVIKVSKQLLA
ALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLTDLKSL
YNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEINVN
INEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKDEVF
EETEKNFRMQERLIKSFIRDLSLYLQHIRESACVKVVAAVSMWDVCMERGHRDLEQFERV
HRYISDQLFTNFKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEKLKD
KKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQLKP
LLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSARKPL
VGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDPMGS
QNRWLVDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSGSTL
TFNPSSMAVSFTSGSCQKQPQDVSSPLKECDQGTLSASLNPGNSESGPSGCPSDPDSTSQ
PRSGDAADVARDVNQPAATQRSYRNFRHPEMVGYSVPGRNGQGQDLVKGCARTAQAPEDR
SAEPESSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILQFKDVTGNTEWWLAEVNGKK
GYVPSNYIRKTEYT
NT seq 4725 nt   +upstreamnt  +downstreamnt
atggaggccggctcagtggttcgagccatttttgacttctgccctagcgtgtcagaagaa
ctgccgctctttgtgggagatgttattgaggtgctggcagtggtggatgaattttggctt
ctaggaaagaaggaggatgttacaggacagttccccagcagttttgtggaaattgtgacc
attcccagtctaaaagaaggagagaggctgtttgtatgcatttgtgaattcacatcccaa
gaattggatagtcttcccctccatcgaggtgacctggtgattctcgatggcattcccact
gcaggctggctgcagggccgaagctgctggggtgcacggggcttcttcccgtcttcgtgt
gtccgtgagctcttcctctcctcacagagccggcagtggcactcccagagtgccctgttt
cagattccggaatattccatgggacaagcccgggccctgatggggctttctgcacagctg
gatgaagagctggacttcagggaaggggatgtgatcaccattattggagttcctgaacca
ggctggtttgaaggggagttagagggccgaagaggcatttttccagaaggttttgtagag
ctgttggggcccctcaggactgtggatgagtcggtaagttctggaaatccagatgactgc
attgttaatggtgaagtagataccgctataggagaagaagagatagggccggatgaggaa
gagccagggacctacggggttgccctctacagattccaagccctggagccgaacgagctg
gattttgaggtcggagataaaatccgaattctggcgaccttggaagatggctggctggaa
ggatccctgaagggcaggacaggcatctttccttaccggtttgtgaaattatatcctgat
acacaggttgaggaaaccgtggccctgcctcaggaaggcagcctttccaggatcccggaa
acttctttggattgtttggagaactccttaggagtggaggaacaaagacatgaaaccagt
gaccatgaggctgaggagcctgactgcattatttctgaagcacccacttcccccctgggt
catctgacttcagagtatgaagcagacagaaactgttatcaggatgagggcactgctgca
gggccccggagaagcccaggcgtggagtgggaaatgcctcttgccacagactctcccacc
tctgaccctacagaggcagtcaatggtatttcctcccaacctcaggtcccttttcatccc
aacttgcagagaagccagtattactctacagcgggagggagccaccggcactcagaacag
caccctgaccttcttcctctagaagcaaggaatagagactgcgccagtctacctcccaaa
agaatgtattcccagctaaaaactcttcagaagccagtgctccctctttacaggggctct
tctctttcagcctcaggggtagtcaaacccagccaatcgagtcctcagctccacgacata
gctagttatgctaaaaagcaccacacgtccagcgtttactctgtctcagagagatcagag
atgaagcctggtccgcaagcccaggggcttgttatggaagcagcaacacattcacaggga
gacggcagcactgacctggactcgaagctgacgcaacagctgatcgagtttgagaagagc
ttgacagggcctgccacagagccagataaaattttacgccacttttcaatcacagacttt
aactctgagaaggatattgttcgaggttcctcaaagttaatcaccgagcaggaactgcca
gaaaggagaaaggccctaaggccaccgccacctcgtccctgtactccagtatccacttct
ccccatttgctagttgaccagaacctaaaacctgcaccacccttggtggtgcgaccctct
cgcccagctcccctgcctccctcagtacagcagagaatgaatgcggtatcccctaagctc
ctatctcgacaccatcctacctgtgagaccttagaaaaggagggtcacggacatacggga
aggaatctggaccagacctccccatgccccttagtgctggtgaggattgaggaaatggag
caggacttggatatgtacagtagagctcaagaagagctaaacctcatgctggaggagaag
caggatgaatcatcaagggcagagaccctcgaggatctcaagttctgtgaaagtaacatc
gaaagtttgaatatggaactccagcaactaagagaaatgacgcttctctcctcccagtct
tcactggtggccccttctgggtctgtgtctaccgaaaatccagagcagaggatgctggag
aagagagccaaggtcatagaagaacttcttcagacagaaagagactacattcgggatctg
gaaatgtgcattgagaggatcatggtacccctgcaacaggcacaggtaccaaacattgat
tttgagggactttttggaaatatgcagatggtgattaaggtctcgaagcaattattggct
gctctggaaatcagcgatgctgtaggacctgtgtttcttggtcaccgggatgagcttgag
ggaacatacaagatttactgccagaatcatgatgaggccattgcgctccttgaaatctac
gagaaggatgagaagatccagaagcatcttcaggactccttaacagatctgaagagccta
tacaacgaatggggatgcacaaattacattaacctgggctccttcctcatcaaaccagta
cagagagtaatgcgttacccactgttgctaatggagttgctgaattccaccccagaatcc
cacccagataaagtgcctttaacaaatgcagtgcttgcggtcaaggaaatcaatgttaac
atcaatgaatataaacggcgaaaggacctggtcctcaagtaccgtaagggtgatgaagat
agccttatggagaaaatttccaaactgaacatccactctatcatcaagaaatccaaccga
gttagcagtcacctgaagcatctcactggctttgctcctcagataaaagatgaagtattt
gaagaaacagagaaaaacttccgaatgcaagaaagattgattaagtcttttatccgagac
ctgtctctctacctccagcatatccgggagtcggcgtgtgtgaaagtggtggctgccgtg
agcatgtgggatgtgtgcatggagagaggacaccgggacctggagcagtttgagagggtg
catcgctatatcagtgaccagctcttcacaaactttaaggagaggacagagcggcttgtc
atctcccccttaaatcagttactgagcatgtttacagggccccataagctggtacagaaa
cgctttgacaagctcctggacttctataactgtacagaacgggcagagaagctaaaggac
aagaagaccctggaggagctgcagtcggcccggaacaactacgaggccctgaatgcgcag
ctgctggatgagctgcccaagttccaccagtacgcccagggcctcttcaccaactgtgtc
cacggctacgctgaagcccactgtgacttcgtgcaccaggctctggagcaattaaagcca
ctgctttcgttactcaaagtggccggcagggagggaaaccttattgccatcttccacgaa
gaacacagcagagttctgcagcaactccaggttttcaccttcttcccggagtctcttcca
gctaccaagaagccatttgagaggaaaaccattgaccgccagtctgctcgaaagccactc
gtgggcctgccaagttacatgctacagtcagaagaactccgggcctccctcctggccagg
tatccccctgaaaaactcttccaggcagaacggaacttcaatgctgctcaagacttggat
gtgtcacttctggaaggtgacctggtgggtgtgattaagaaaaaagaccccatgggcagt
cagaaccgctggttggttgacaatggagtcaccaaaggcttcgtgtacagctccttccta
aagccctacaatcctcgccgcagccactccgatgcctccgtgggcagccactcctccaca
gaatctgagcacggcagctcctcccccaggttcccacgccagaacagcggcagcaccctg
accttcaaccccagcagcatggctgtatcctttacctcggggtcttgccagaagcagcct
caagatgtatcttctccattgaaggaatgtgaccaaggaactctcagtgcatccctgaat
ccgggtaattcagagagtggtccttccggatgcccttcagacccagactctacctcccag
ccaaggtcaggggacgctgcagatgtagctagagatgtaaaccaacctgctgccacccag
aggagctaccggaacttcaggcatccagaaatggttggctactctgtaccaggacgaaac
gggcaaggtcaagacctcgtaaaaggatgtgcaagaacagcccaggctccggaagacaga
agtgcagagccagaaagcagtgaggcagaaggcaaccaggtctattttgctgtctacacc
ttcaaggcacgaaacccaaatgagctgagtgtgtcagctaatcagaaactcaagatcctc
cagtttaaagatgtcacaggaaatacagagtggtggttagctgaggttaacgggaagaag
ggctacgttccctccaattatatccgcaaaaccgagtacacctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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