KEGG T01001: 23268

Homo sapiens (human): 23268

Entry

23268 CDS T01001

Gene name

DNMBP, ARHGEF36, TUBA

Definition

dynamin binding protein

Organism

hsa Homo sapiens (human)

Class

SSDB

Motif

Pfam:

BAR SH3_9 SH3_1 SH3_2 RhoGEF SH3_3

Other DBs

NCBI-GI:

NCBI-GeneID:

OMIM:

HGNC:

HPRD:

Ensembl:

Vega:

UniProt:

Structure

PDB:

4GLM 1UHC 1UG1

Position

10q24.2

AA seq 1577 aa
MEAGSVVRAIFDFCPSVSEELPLFVGDIIEVLAVVDEFWLLGKKEDVTGQFPSSFVEIVT
IPSLKEGERLFVCICEFTSQELDNLPLHRGDLVILDGIPTAGWLQGRSCWGARGFFPSSC
VRELCLSSQSRQWHSQSALFQIPEYSMGQARALMGLSAQLDEELDFREGDVITIIGVPEP
GWFEGELEGRRGIFPEGFVELLGPLRTVDESVSSGNQDDCIVNGEVDTPVGEEEIGPDED
EEEPGTYGVALYRFQALEPNELDFEVGDKIRILATLEDGWLEGSLKGRTGIFPYRFVKLC
PDTRVEETMALPQEGSLARIPETSLDCLENTLGVEEQRHETSDHEAEEPDCIISEAPTSP
LGHLTSEYDTDRNSYQDEDTAGGPPRSPGVEWEMPLATDSPTSDPTEVVNGISSQPQVPF
HPNLQKSQYYSTVGGSHPHSEQYPDLLPLEARTRDYASLPPKRMYSQLKTLQKPVLPLYR
GSSVSASRVVKPRQSSPQLHNLASYTKKHHTSSVYSISERLEMKPGPQAQGLVMEAATHS
QGDGSTDLDSKLTQQLIEFEKSLAGPGTEPDKILRHFSIMDFNSEKDIVRGSSKLITEQE
LPERRKALRPPPPRPCTPVSTSPHLLVDQNLKPAPPLVVRPSRPAPLPPSAQQRTNAVSP
KLLSRHRPTCETLEKEGPGHMGRSLDQTSPCPLVLVRIEEMERDLDMYSRAQEELNLMLE
EKQDESSRAETLEDLKFCESNIESLNMELQQLREMTLLSSQSSSLVAPSGSVSAENPEQR
MLEKRAKVIEELLQTERDYIRDLEMCIERIMVPMQQAQVPNIDFEGLFGNMQMVIKVSKQ
LLAALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLADL
KSLYNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEI
NVNINEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKD
EVFEETEKNFRMQERLIKSFIRDLSLYLQHIRESACVKVVAAVSMWDVCMERGHRDLEQF
ERVHRYISDQLFTNFKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEK
LKDKKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQ
LKPLLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSAR
KPLLGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDP
MGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSG
STLTFNPSSMAVSFTSGSCQKQPQDASPPPKECDQGTLSASLNPSNSESSPSRCPSDPDS
TSQPRSGDSADVARDVKQPTATPRSYRNFRHPEIVGYSVPGRNGQSQDLVKGCARTAQAP
EDRSTEPDGSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILEFKDVTGNTEWWLAEVN
GKKGYVPSNYIRKTEYT

NT seq 4734 nt +upstreamnt +downstreamnt
atggaggctggctcagtggttcgagccatttttgacttctgccctagcgtatcagaagaa
ctgccgctctttgtgggagatattattgaggtgctggcagtggtggatgaattttggctt
ctaggaaagaaggaggatgttacaggacaattccccagcagttttgtggaaattgtgacc
attcccagtctaaaagagggagagaggctgtttgtgtgcatttgtgaattcacatcccaa
gagttggataatcttcccctccatcgaggtgacctggtgattctcgatggcattcccact
gcaggctggctgcagggccgaagctgctggggcgcacggggcttcttcccatcttcatgt
gtccgcgagctctgcctctcctcacagagccggcagtggcactcccagagcgccctgttt
cagattccggaatattccatgggacaagcccgggccctaatggggctttctgctcagctg
gatgaagagctggacttcagggaaggggatgtgatcaccattattggagttcctgaacca
ggctggtttgaaggggagttagagggccgaagaggcatttttccagaaggttttgtagag
ctgttggggcccctgaggactgtggatgagtcagtaagttctggaaatcaagatgactgc
attgttaatggtgaagtagatacccctgtaggagaagaagagatagggccggatgaggat
gaggaggagccagggacctatggggtcgccctgtacagattccaagccctggagccaaat
gagctggatttcgaggtcggggataaaatccgaattctggcgaccttggaagatggctgg
ctggaaggatccctgaagggcaggacaggcatctttccttaccggtttgtgaaattatgt
cctgacacacgggtggaggaaaccatggctctgccccaggaaggcagccttgccaggatc
ccggaaacttctttggattgtttggagaacaccttaggagtagaggaacaaagacatgaa
accagtgaccatgaggccgaggagcctgactgcattatttctgaagcacccacttctccc
ctcggtcatctgacttcagagtatgacacagacagaaactcttatcaggacgaggacacc
gcaggagggcccccgagaagcccaggcgtggagtgggaaatgcctcttgccacagactct
cccacatctgaccctacagaagtagtcaatggtatttcctcccaacctcaggtccctttt
catcccaacttgcagaaaagccagtattattctacagtgggagggagccacccgcactca
gaacagtaccccgaccttcttcccctagaagcaaggactagagactatgccagcctacct
cccaaaagaatgtattcccagctaaaaactcttcagaagccagtgctccctctttacagg
ggctcttctgtttcagcttcaagggtagtcaaacccagacaatcaagtcctcagctccac
aacctagcaagttatactaaaaagcaccacacgtccagtgtttactccatctcagagaga
ttggagatgaagcctggtccgcaagcccaagggcttgttatggaagcagcaacacattca
cagggagacggcagcactgacctggactcgaagctgacacaacagctgatcgagtttgag
aagagcttggcagggcccggcacagagccagataaaattttacgccacttttcaatcatg
gactttaactctgagaaggatattgtccgaggttcctcaaagttaatcaccgagcaggag
ctgccggaaaggagaaaggccctaaggccaccgccacctcgtccctgtactccggtatcc
acttctccccatttgctggttgaccagaacctaaaacctgcaccacccttggtggtgcga
ccctctcgcccagctcccctgcctccctcagcacagcagagaacgaatgcggtatccccc
aagctcctatctcgacaccgtcctacctgtgagaccttagaaaaggagggccctggtcat
atgggaaggagtctggaccagacctccccatgccccttagtgctggtgaggattgaggaa
atggagcgggacttggatatgtacagtagagctcaagaagagctaaacctcatgctggag
gagaagcaggatgaatcatcaagagcagagaccctcgaggatctcaagttctgtgaaagt
aacattgaaagtttgaatatggaactccagcaactaagagaaatgacgctcctctcctcc
cagtcttcatcactggtggccccttctgggtctgtgtctgccgaaaatccagagcagagg
atgctggagaagagagccaaggtcatagaagaacttcttcagacagaaagagactacatt
cgggatctggaaatgtgtattgagcggatcatggtacccatgcagcaggcacaggtacca
aacattgattttgagggactttttggaaatatgcagatggtgattaaggtctcgaagcaa
ttattggctgctctggaaatcagcgatgctgtaggacctgtgtttcttggtcaccgggat
gagcttgagggaacatacaagatttactgccagaatcatgatgaggccattgcgctgctt
gaaatctacgagaaggatgagaagatccagaagcatcttcaggactccttggcagatctg
aagagcctatacaacgaatggggatgcacaaattatattaacctgggctccttcctcatc
aaaccagtacagagagtaatgcgttacccgctgttgctaatggagttgctgaattccacc
ccagaatcccacccagataaagtgcctttaaccaatgcagtccttgcggtcaaggaaatc
aacgttaacattaatgaatataaacggcgaaaggacctggtcctcaagtaccgtaagggt
gatgaagatagccttatggagaaaatttccaaactgaacatccactccatcatcaagaaa
tccaaccgagttagcagtcacctgaagcatctcactggctttgctcctcagataaaagat
gaagtatttgaagaaacagaaaaaaacttccgaatgcaagaaagattgattaagtctttt
atccgagacctgtctctctacctccagcacatccgggagtccgcatgtgtgaaagtggtg
gctgctgtgagcatgtgggatgtgtgcatggagagaggacaccgggacctggagcagttt
gagagggtgcatcgctacatcagtgaccagctcttcacaaactttaaggagaggacagag
cggcttgtcatctcccccttaaatcagttactgagcatgtttacagggccccataagctg
gtacagaaacgctttgacaagctcctggacttctataactgtacagaacgggcagaaaag
ctaaaggacaagaagaccctggaggagctgcagtcggcccggaacaactatgaggccctg
aatgcacagctgctggatgagctgcccaagttccaccagtacgcccagggcctcttcacc
aactgtgtccacggctatgctgaagcccactgtgactttgtgcaccaggctctggagcaa
ttaaagccactgctttcgttactcaaagtggctggcagagagggaaaccttattgccatc
ttccacgaagagcacagcagagttctgcagcaactccaggtttttaccttcttcccggag
tctcttccagctaccaagaagccatttgagaggaaaaccattgaccgccagtctgctcga
aagccactcctgggcctgccaagttacatgctacagtcagaagaactccgggcctccctc
ctggccaggtatccccctgaaaaactcttccaggcagaacggaacttcaatgctgctcaa
gacttggatgtctcacttttggaaggtgacctggtgggtgtgattaagaaaaaagacccc
atgggcagccagaaccgctggctgattgacaatggagtcaccaaaggcttcgtgtacagc
tctttcctaaagccctacaatcctcgccgcagccactccgatgcctccgtgggtagccac
tcctccacagagtctgagcacggcagctcctcccccaggttcccacgccagaacagcggc
agcaccctgaccttcaaccccagcagcatggctgtatcctttacctcggggtcttgccag
aagcagcctcaagatgcatctcctccgccaaaagaatgtgaccaaggaactctcagtgca
tccctaaatccgagtaattcagagagtagtccttccagatgcccttcagacccagactcc
acctcccagccaaggtcaggggactctgcagatgtagctagagatgtaaagcaacccact
gccacgccgaggagctaccggaacttcaggcatccagaaatagttggctactccgtacca
ggacgaaatgggcaaagtcaagacctcgtcaaaggatgtgcaagaacagcccaggctccg
gaagacagaagtacagagccagatggcagtgaggcagaaggcaaccaggtctattttgct
gtctacaccttcaaggcacgaaacccaaatgagctgagcgtgtcagccaatcagaaactc
aagatcctcgagtttaaagatgttacaggaaatacagagtggtggttagctgaggttaac
gggaagaagggctacgttccctccaattatatccgcaaaaccgagtacacctga

All links

Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (13)   
   NCBI-Gene (1)   
   NCBI-GI (6)   
   UniGene (1)   
   HGNC (1)   
   HPRD (1)   
   ENSEMBL-HSA (1)   
   OC (1)   
   VEGA (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (15)   
   RefSeq(nuc) (1)   
   GenBank (7)   
   EMBL (7)   
3D Structure (3)   
   PDB (3)   
Protein domain (6)   
   Pfam (6)   
All databases (41)   

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