KEGG   Nothobranchius furzeri (turquoise killifish): 107387873
Entry
107387873         CDS       T05163                                 
Symbol
dnmbp
Name
(RefSeq) dynamin-binding protein isoform X1
  KO
K20705  dynamin-binding protein
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nfu04131]
    107387873 (dnmbp)
Membrane trafficking [BR:nfu04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    107387873 (dnmbp)
SSDB
Motif
Pfam: SH3_9 SH3_1 SH3_2 RhoGEF BAR Stap_Strp_tox_C
Other DBs
NCBI-GeneID: 107387873
NCBI-ProteinID: XP_015818601
UniProt: A0A1A8UBK8
Position
sgr12:26494626..26557174
AA seq 1691 aa
MEPGSVVRAVFEFLPSVSEELPLFAGDVIEVISVVDEFWLLGNKDGVTGQFPSTFVEEVT
IPSTKPGDILYVCINDFSSAESGTLSLKRGDVVVGEAGESKDLGEAWQRGCNAWGVRGLF
PTSCVKELFLSGRSRQLSERSAQAQALELPPYALGQARALMSLHAQLNEELDFREGDLII
ITGLPEPGWFQGELDDRRGIFPEGFVELLAPLRSPQEPFDCQYLNRDPQQLIYEDSYDAG
EGTEEEVMEEGEVFLGEEEQKEAAVEEEYEDMDGIYGVALYEFRAMEPGELDFDVGDRIR
IVNTLEDGWLEGVLRGQQGIFPHRFVKIEDDGQKTTEESVEPEDRKGNGCTEQHSDHECS
SRSERDPEWKVHEDHTVWDLDFFERTEEQRLQYEHKSGEGHADQWEQRSLPPRPIRPSHR
PPERPRSTPPARPRLPPRPSRPANRPRQQAGLKSSGNQSNYTNGNVQSIQPRRSHSVFLH
GSQPGWSKEKTYSQKPSIERISPSNRPPSLGQALLNVVGHKQRLIRHASVGDADMRQRVE
AQPRYQQRTRGTNGILPTSITLEALATSASDLEAKLSQQLFEFEKSLTTSCSDTNESSGV
SKDDLSSTVLNQQTHISRHFSILEYSDENDIIRGTSHSPVPYSKCSSLDRRRNLRPPPPR
PRDLRPPAPASYKPARPAPRPPPRCSRQNATRPSYSHHANSPIFYTPDEPAPEAHSEVQA
ESVDNTATQEHELQGQVNAEKELEKDIELESEIQMEEEERYQLLLRLQDVEHDMEEYART
AEELRVMLQEEEDETARLQVLENLEFCNYTLETLALEQQQLQEMKLLSSQPKPLDPTPTS
DTTPTAGTGNEDPELRMLEKRSKVIEELLQTERDYIRDLEMCVDEVIVPLQEKQVNVDFE
GLFGNIISVIDLSQQLYNTLEKTDSIGSVFLDNKAELEAVYKLYCQNHDESISLLESYEK
DENIQCHIQDCLERLRSIYREWGKANYINLGSFLIKPVQRVMRYPLLLTELLGATPESHH
DRPQLTQAVQAVKEINVNINEYKRRKDLVVKYRKGEENSFIDKISKLSMHSIIKKSNRVS
SHIKHLTGISLQIKSEEFDDAEKKFRLQERLIKSFIRDISLYLQHIRESASVNVLAAISL
SDIYTERSVLDPERFQRAHRSISDKQFTQFKEHTEKLVIKPLSQLLVMFAGPHKLIQKRF
DKLLDYDNCKERADRLKDRRTQGELQVTRNNYEALNAQLLDELKKFNSVAEEMLKDSVSA
FAQAQKDFMKMTLGELRPLIQFSNKVGSEGNLITQFQEEYGHVLRLLQSFSFCPENLPPS
TTNMKKTFEKKTLEKQNSKKQLQGLPNHSLQTDEHRAELLVRFGPGKLYQAERNFNAAQD
LDVSIQEGDLVGVIKQQDPLGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDVSIESQS
SNESGYGGSSPVFSRQNSNSTLTFNQETATVSFSTSQSQSQSSPHPSLDSASSRRTHHRD
APSSESTQQSSNSSPRIHSNRRDFSEQTHRNPPIWRDSEPSQRHTDSHREPYDSRYDSGN
RETSDFSERMDSSSSLKNTHLKRYGHTDKGSSSPQWRNGDNKSQRKPTCTREEYHKPEPE
QDSELDCQQIYYALYSFNARCANELSITANQRLRIIEFKDMNGNSEWWLGEADGGKRGYV
PSNYIRKSEYT
NT seq 5076 nt   +upstreamnt  +downstreamnt
atggagccagggtcggtggtgcgtgctgtgttcgagttcctccccagcgtctccgaggag
ctcccactttttgctggtgatgtcatcgaggtgatcagtgttgtggatgagttctggttg
cttggtaacaaagatggggtcacaggtcagtttcccagcaccttcgtggaggaggttacc
atccccagcaccaagccaggagacatactctacgtgtgcatcaatgacttcagctctgct
gagtctgggactctgtccctaaaaagaggtgatgtggtagtgggagaggcaggagagtcc
aaggacctcggggaagcctggcagcgtggatgcaatgcctggggagtccgtggtctcttt
cctacttcgtgtgtaaaggagctgttcctctctggccgctccaggcagctgtctgagcgt
tcggctcaggcccaggctttggagcttccgccttacgctttaggccaagcccgagcactt
atgagccttcatgcacagctcaatgaagagctggactttcgagagggggacctgatcatc
atcacagggctgcctgagccaggctggttccagggagagctggatgaccgaagaggcatc
ttcccagagggatttgtggaactcctggctcctctccggtctcctcaggagccttttgac
tgtcagtatttgaatcgtgacccccagcagttaatctacgaggactcttatgatgcagga
gaagggaccgaagaggaagttatggaagaaggtgaagtctttcttggagaagaagaacag
aaggaagctgcagtagaggaagagtacgaggatatggatggaatctatggagttgcactt
tatgagtttcgggccatggagccaggtgagttggactttgatgtgggagatcgcattcgt
attgtaaacactctggaagacggctggttggagggggtgctgcgggggcagcaaggtatt
tttcctcatcgttttgttaaaattgaggatgatgggcagaaaactacagaggaaagtgtt
gaacctgaagacagaaaggggaatggctgtactgaacaacactctgaccatgaatgttct
agcaggtcagagagggatcctgaatggaaagtacatgaggaccatactgtgtgggatttg
gacttctttgagagaactgaagagcaaaggttgcaatatgaacataaaagtggtgagggt
cacgctgatcaatgggaacagaggtctctgcctcctagacctatccgcccatctcataga
ccgcctgagagacctagatccactcctcctgcaaggccaagactcccacctcggcccagt
cggcctgcaaatcggcccaggcaacaagctggtctgaaatccagtggaaatcagtccaac
tataccaatggaaatgttcaatcaatacagcctagacgatctcacagtgtttttcttcat
ggctctcagcctggttggtcaaaagaaaagacctattcccagaaaccatcaatagaaagg
atctctcctagtaataggccacctagtcttggccaggctttactgaatgttgtaggccac
aagcaaaggctaattcgccatgctagtgttggtgatgccgatatgagacagagagttgaa
gcacaaccacgttaccagcagaggactcggggaactaatgggatactaccaacatccatt
accttagaagccctggcaacatcagcaagtgacctggaagcaaagctgtctcagcagctt
tttgaatttgagaaaagcttgacaacttcttgtagtgacactaatgagagttctggtgtt
tcgaaggatgatttatcctccactgtccttaaccagcagacacacatctcccgccacttt
tctatacttgaatacagcgatgaaaatgatataattcgcgggacttcgcattctcctgta
ccctattctaagtgttcatctttggacaggcgtagaaaccttcgccctccacctcctcgt
cctcgagacctgcgcccccctgccccggcttcatacaaaccagctcgtcctgctccacgt
cccccaccacgctgttcaagacaaaatgccactcgtccatcctacagccaccacgccaat
agccctatcttctacactcctgatgaaccggcaccagaagctcactcagaggttcaagct
gaatctgttgacaacacggccactcaggaacatgaacttcagggacaagtaaatgcagaa
aaagagctggaaaaggacattgagttggaaagtgagatacagatggaagaggaggaaagg
taccaactgttgctacggctacaagacgtggagcatgacatggaggagtatgcacgaaca
gcagaggaactcagagtgatgctacaggaggaggaagatgagacggcccgtctacaagtc
ttggagaatctggagttctgtaactacacactagagacactggccctggagcagcagcag
ttgcaagagatgaagctgttgtcgtctcagcccaaacccctggaccccaccccgacttca
gacaccactcccacagccggcacgggcaacgaggaccctgagctgaggatgctggagaag
aggtcaaaggtcatcgaggagctgctgcagactgagagggactacatcagagacctggaa
atgtgtgtggatgaggtcattgtgcctctgcaggagaagcaggtgaatgtggactttgaa
ggactttttggaaacatcatctctgtgatcgacttgtcccagcagctgtacaacaccctg
gagaaaaccgactctataggaagcgtctttctggacaacaaagctgagctggaggcggtg
tacaagctctactgccagaaccacgacgaatccatctctctgctggagagctacgagaaa
gatgagaacattcagtgccacattcaggattgtctagagagactgaggtccatatatcgt
gagtggggtaaagcgaactacatcaacctgggctcttttctgatcaagcctgtgcagcgg
gtgatgcggtacccgctgctgctgacagagctgctgggggccacacctgagagccaccac
gaccggccccagctgactcaggccgtgcaggccgtcaaggagatcaacgtcaacatcaac
gagtacaagcgcaggaaggatcttgtggtgaagtacagaaaaggagaagaaaactcgttt
attgacaagatctctaaactcagcatgcactccatcatcaaaaagtccaaccgagtcagc
agccacatcaagcacctcacagggatttcactccagattaaaagcgaggaatttgatgat
gctgagaagaagttcaggctgcaggagcgactgatcaagtcgtttatcagagacatttct
ttgtatctacaacacatcagggaatcagcatctgtgaatgtcttggcagccatcagcctg
agtgacatctacacagaacggagcgttttggatccggagcgcttccagagagctcatcgc
agtatcagtgacaaacagttcacacagtttaaggagcacacagagaagctagtcatcaag
ccgctctcccagcttctcgtcatgttcgccggaccccacaaactcatccagaagcgcttc
gacaagctgctggactacgacaactgcaaggagcgtgccgatcgcctgaaggaccggcgc
acccagggcgagctgcaggtgacgcgcaacaactacgaggcgctgaacgctcagctcctg
gacgagttaaagaagttcaacagtgtggcggaggagatgctgaaggacagcgtgagcgcc
tttgctcaggcccagaaggactttatgaagatgacgctcggagaactcagacctctaatt
cagttttctaacaaagttggctcagagggaaacctgatcacccagtttcaagaggagtac
ggtcacgtccttcgtcttctccagagcttcagcttctgtccagagaacctccctccttcc
accacaaacatgaaaaagacgtttgagaagaaaacgctggagaaacagaactctaagaag
cagctgcagggacttcccaaccacagtttgcagacggatgagcaccgagctgaacttctg
gttcgctttggcccagggaagctttaccaggctgagaggaactttaacgccgctcaggat
ctcgatgtttccatacaagagggagacctcgtgggtgtgataaagcagcaagacccgttg
ggtagccagaaccgctggctaatcgataacggagtcaccaagggcttcgtgtacagctct
ttcctcaagccctacaacccacgtaggagccactcggacgtctccatcgagagccagtcg
tccaacgaatcaggatatggtggctcctcccccgttttctcccgccagaacagcaacagc
actctgaccttcaaccaggagacggccaccgtcagcttttccacatctcagtcccaaagc
cagtcctcgccacacccgtctctcgactcagcctcgtctcgcaggactcaccaccgagat
gcacccagctctgaatctacccaacagagctcaaactcctccccccgaattcactcaaat
cgcagagacttctcagaacaaactcacaggaatcctcccatttggagagactctgagcca
tcccaacggcacacggacagtcacagagagccgtacgactccaggtatgacagcggaaac
agagagacgtcggacttctctgagagaatggactcgtcgtcgtcactaaaaaacactcat
ctgaagaggtatggacacacggataagggctccagctcacctcagtggaggaatggagat
aacaaaagccagagaaagcctacctgcaccagagaggagtaccacaagccagaaccagaa
caggacagcgaactggactgtcaacagatttattatgcgctgtactcctttaacgcccgt
tgtgctaacgagttgagcatcacagccaatcagaggctgcggataattgagtttaaggac
atgaacgggaacagcgagtggtggctcggggaggccgatggtggcaagcgaggatacgtg
ccttccaactacatccgcaaatctgagtacacatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (82)   
   KEGG ORTHOLOGY (1)   
   RefGene (78)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (6)   
   Pfam (6)   
All databases (102)   

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