KEGG T01011: 100498526

Xenopus tropicalis (tropical clawed frog): 100498526

Entry

100498526         CDS       T01011

Symbol

dnmbp

Name

(RefSeq) dynamin-binding protein isoform X1

K20705

dynamin-binding protein

Organism

xtr Xenopus tropicalis (tropical clawed frog)

Brite

KEGG Orthology (KO) [BR:xtr00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xtr04131]
    100498526 (dnmbp)
Membrane trafficking [BR:xtr04131]
Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    100498526 (dnmbp)

SSDB

Motif

Pfam:

SH3_9 SH3_1 BAR SH3_2 RhoGEF SH3_3

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

Xenbase:

UniProt:

Position

7:complement(35482231..35550885)

AA seq 1545 aa
MEVGSVVRAIFDFCPSVSEELTLFAGDVIEVLTVIDEFWLLGTKEGITGQFPVSFVEELS
IPSLKHGEKLYVCTSEFTSHEPGALCLQRGDLLVLEGTLTSSWLQGRSCWGSKGFFPLSC
VQEFCLSSRSRQLCQNSNLELPSYAIGQARAILGLSAQLEEELDFREGDIITITGVPESG
WFEGELNGRRGIFPEGFVELLNPLRVSDVRIIHSTYDDFKHDKLAEVAQFPVRGKCNKEN
HRETEDQDGTFAVALYKFEAMEQRELDFEVGDRIRIIKTLEDGWLEGELYGKRGIFPHRF
VKLESPEKNSFYKTPEGTKNSNTSRDLDFSFTDNHSGSDPHYWDVHMEDTSSVSTAESQV
QIADNDISVNEYETIRSKSPKPQLPPRPQSKVYSSPANLVQDANKGKLITAQLPNSGQGS
NGSHEKWSSKRTVSLISPDEAVHSQKSSDEVKNRNNRKSSLQYQDIALWVEDQRHKSKMQ
SNSKNKQEGPSTYSWSSHAERPQSGTRSVNSGSELIDLDSKLSEQLSQFEKSLSSPTANG
NKHVSRHFSILDYSSETDIIRGSSQLSKIQKSPEKRKILRPPPPRPTLRYNSVSNPSVRG
RPQKSADTQSTYPPFPLKPSRPAPLPPPGNQRNTPSPKPLPRVSQQSENLTAPENHDTSL
EEQCDKARASPCPFLQLKIDDVERELDVYRKTREELALMLEEEQDELVRTETLENLEFCD
SNIEGLQAELQHLKDMTLLSSQPEGAEQTLSTGSTTENSEQRMLEKRSKVIEELLQTEQD
YLRDLETCVEHIMGPLQAKQMASVDFDVLFGNIQSVIDISKKFLTALGSSDSVGTVFLDH
ASDLENVYKEYCQNHEETIALLEAYDKDEKFQKNLLECMETVKNLYQEWGRTNYINLGSF
LIKPVQRIMRYPLLLMELLGATPDSHPDKAPLREAVQSVKDINGNINEYKRRKDLVLKYR
KGDENSLIDKISKLNIHSIIKKSNRVSSHIKQLTGFAPQIKDEAFEETEKNFRMQERLIK
SFIRDLSVYLQHVRESACVKVLAAMSMWDLYSDKGTSDLEKFHKAHRYISEKLFTDFKQR
TEKLVISPLNQLLNMFAGPHKLVQKRFDKLLDFHNCTERAEKLKDKKTQEELQSARNNYE
ALNAQLLDELPKFHNFAKELFASCMRGYASAHCEFVKLALEELKPLLTLLGVGATEGNLI
AVFQEEHSKVLQQLQVFTFFPENLPPSKKPFERKTIERQSARKTIPSPAKYIPQLDEHRV
AVLARYPPEKLFQADRIYNAAQDLDVSLQEGDLVGVIKQQDPMGSQNRWLIDNGVTKGFV
YCSFLKPYNPRQSHSDASVGSQSSTESGYGGSSPNFSRQNSNNTLTFNPGNSTVAFTAGS
IAKHSMDSTSTSSGQEDSPVCLPDGNLSKKSSETEVPRHPRTSEKVAKTSTDPESNNHRR
QTENENSVGDKEQTFESRKAIRKKTASPAHSDCEQDVCELEGNQVYYAVYTFKSRSPNEL
SVSANQRVNILEFRDMNGNGEWWLAEVEGRRGYVPSNYIRKTEYT

NT seq 4638 nt +upstreamnt +downstreamnt
atggaggtgggatcggtggtccgagcgatatttgatttctgccccagtgtttctgaggaa
ctaacactgtttgctggggatgtcattgaagttctaactgtaatagatgagttctggctt
ctgggcaccaaagaaggaatcactggccagtttcccgtgagctttgtagaagaactgtcc
atcccgagtctcaagcatggagagaagctctatgtctgcaccagtgaatttacctcccat
gaaccaggagcgctgtgcttgcaaagaggcgatctactggttctggagggaacattgaca
tccagttggttacaaggacgcagttgttgggggtccaaaggatttttcccattatcatgt
gtacaggaattctgtctgtcatccaggagccgccagctttgtcagaactctaatcttgag
ctcccaagttatgctataggccaggcaagagccattttgggactttctgctcagctggaa
gaggagctggattttagagaaggagatattattacaatcactggagtgccagagtctgga
tggtttgagggtgaattgaatgggcgaagaggaatctttccagaaggctttgtagaattg
ctgaaccctttgagggtttctgatgttagaattatacatagtacctatgatgactttaaa
catgacaagctagcagaagtagcccagttccctgtacgtggaaaatgcaacaaggaaaac
caccgggagactgaagatcaagatggcacttttgcagttgctctctataaatttgaggct
atggaacagagagagcttgactttgaagtaggtgataggattagaataattaagacatta
gaagatggctggcttgaaggggagttgtatggaaagaggggtatttttcctcacagattt
gtcaaattggagagcccagaaaaaaactcattttacaagacaccagaaggaaccaaaaac
agcaacacctcacgtgatcttgacttctcttttacagacaaccacagtggttctgatccc
cattactgggatgttcacatggaagatacctcaagtgtctcaactgctgaatctcaggtt
caaatagcagataatgacatttctgtaaatgaatatgaaactatacgtagcaaatctcct
aagccacagctacctcctcgtccgcagagtaaggtatatagcagccctgcaaatcttgtt
caagatgctaacaaaggtaaattaattactgcacagttgcctaacagtggacagggatct
aatggttcacatgagaagtggtcttccaaaaggactgtctctttaatctcacccgatgag
gcagtgcattctcaaaagagttcagatgaggtcaagaacagaaataacagaaaaagtagc
cttcagtaccaggatatagcgctttgggtagaggatcagcgccacaaatctaagatgcaa
tctaactccaaaaataagcaggaaggtccttctacatattcatggtcttcacatgcagag
aggccacaaagtggaacacgtagtgtaaacagtggaagtgaattaattgacctagactct
aaattatctgagcaactttctcagtttgaaaaaagcctatccagccctacagcaaatggc
aacaagcatgtgtcaaggcatttttcaatactggattatagttctgaaacagacattatt
agaggctcatctcagctctccaaaatccaaaaatcaccagaaaaaagaaaaatattaaga
cccccaccccctcggccaacccttagatataattcagtttcaaatccatcagttagaggt
aggccacaaaaaagtgcagatacacagagcacatatcctcctttcccactcaaaccatcc
aggccagctccactgcctccaccaggcaaccaaagaaatacaccatctcctaaaccatta
ccacgagtgagccaacaatctgagaacttaactgcaccagaaaaccatgacacttctttg
gaagagcaatgtgacaaagcccgtgcctcaccatgcccattcctgcaactgaagattgac
gatgtggaaagagagttggatgtgtacagaaagactcgtgaagagttggccttaatgctt
gaagaagagcaggatgaacttgtgaggacagaaacacttgaaaacttggaattttgtgac
tcaaacatagaaggtctacaagcagaacttcagcaccttaaagacatgaccttgctttcg
tctcagccagaaggtgcagaacagactctatccactggatctaccacagagaactcagaa
cagagaatgctggagaagagatccaaggtgattgaggagctgttacagacggagcaagat
tacctgagggacctggagacatgtgtggagcacatcatgggacccttacaggcaaagcag
atggccagtgtggattttgatgttctctttggaaacatccaaagtgtgattgacatttct
aagaaattcctaacagctcttggaagttctgactctgttgggacagttttccttgaccat
gcctccgacctagagaacgtctacaaagagtattgccagaatcatgaagagactattgca
ctgctggaagcttatgacaaagatgagaaattccagaagaacttgttggaatgcatggag
actgtcaagaatctttaccaagaatggggccgaacaaactacattaacctgggatccttc
ctcatcaaaccagtgcagaggattatgcgttaccctctgctcctcatggagcttcttggc
gcaacccctgattcccaccctgacaaagcccctttgagagaagcagtgcagtcagtgaag
gatatcaatggcaatatcaatgagtacaagcgcaggaaggacttggttctaaaataccgc
aaaggtgatgagaatagtttgattgacaaaatctccaagcttaatattcactcaatcatt
aagaagtccaatcgggtcagcagtcatatcaaacaactcacaggatttgcaccgcagatc
aaggatgaagcatttgaggagactgagaaaaacttcagaatgcaggaacggctaatcaaa
agcttcattcgggatctctctgtgtatctgcagcatgtcagggaatctgcctgtgtgaaa
gtgctggccgctatgagtatgtgggatctgtattcagacaaaggaaccagtgatctggag
aagttccacaaagcccatcgttatatcagcgagaagcttttcactgattttaaacaaaga
acagaaaagttggtcatttcacccctgaatcagcttcttaatatgtttgccgggccacat
aaactggtacagaagcgctttgacaaactgctggactttcacaattgcactgagcgagca
gagaagctgaaggacaagaagacgcaggaagagctccagtctgccaggaataactatgaa
gcgctaaacgctcagctcctggatgagctgccgaaattccacaactttgccaaggaactt
tttgccagttgcatgcggggctatgccagtgcacactgtgagtttgtgaagctggctttg
gaggagctgaaaccactattaacgctgctgggagttggagccacagaagggaacctgatt
gctgttttccaggaggagcacagcaaggtcctgcagcaacttcaggtctttacctttttc
ccagaaaaccttccaccttccaagaaacctttcgagcgaaagaccattgagcggcagtca
gcaagaaaaaccatcccaagcccggctaagtacatcccacagctagatgaacaccgggtt
gcagttctggccaggtacccacccgagaaactcttccaagcagatcggatctataatgct
gctcaggatttggatgtttctttacaggaaggggatcttgttggggtcattaaacagcaa
gatccaatgggtagtcagaaccgctggctcattgacaatggggtcaccaaaggttttgtc
tactgctcattcctgaagccctacaaccctcggcagagtcattctgatgcgtctgttggg
agccagtcttctacagaatcggggtacggaggttcctcacccaacttttcaaggcagaat
agcaacaacaccctgacatttaacccaggcaattcaacagtggccttcaccgcaggatcc
attgcaaaacacagcatggattccacatccacgagcagtggtcaggaggactctccagtc
tgtctgcctgatggaaatctctccaaaaagtcaagtgaaacagaggtgcccagacaccca
cggaccagtgagaaggtggcaaaaactagtacagaccctgaatcaaataatcacaggagg
cagacagaaaatgaaaatagcgttggagacaaagaacagacgtttgaaagccgtaaagca
attagaaagaaaaccgcttcccctgctcatagcgactgtgaacaagatgtgtgtgaacta
gaagggaaccaagtgtattatgcagtatatacatttaaatcccgctctccaaatgaactt
tcagtgtcagccaatcaaagagttaatatcctggagttcagagacatgaatggcaatgga
gagtggtggttggcagaagtggaaggaaggcggggctacgtgccatccaactacatccgt
aaaacagaatatacgtga

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (19)   

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