KEGG   Homo sapiens (human): 9881
Entry
9881              CDS       T01001                                 
Symbol
TRANK1, LBA1
Name
(RefSeq) tetratricopeptide repeat and ankyrin repeat containing 1
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: Ank_2 UvrD_C UvrD_C_2 Ank UvrD-helicase TPR_2 TPR_11 Clathrin TPR_17
Other DBs
NCBI-GeneID: 9881
NCBI-ProteinID: NP_055646
OMIM: 619316
HGNC: 29011
Ensembl: ENSG00000168016
UniProt: O15050
Position
3:complement(36826819..36945744)
AA seq 2925 aa
MWDPRAARVPPRDLAVLLCNKSNAFFSLGKWNEAFVAAKECLQWDPTYVKGYYRAGYSLL
RLHQPYEAARMFFEGLRLVQRSQDQAPVADFLVGVFTTMSSDSIVLQSFLPCFDHIFTTG
FPTEVWQSVIEKLAKKGLWHSFLLLSAKKDRLPRNIHVPELSLKSLFEKYVFIGLYEKME
QVPKLVQWLISIGASVETIGPYPLHALMRLCIQARENHLFRWLMDHKPEWKGRINQKDGD
GCTVLHVVAAHSPGYLVKRQTEDVQMLLRFGADPTLLDRQSRSVVDVLKRNKNFKAIEKI
NSHLEKLATCSKDLSGFSNGDGPTSENDIFRKVLEQLVKYMNSGNRLLHKNFLKQEVVQR
FLRLLSTLQEIPPDLVCDINQDCATTVFKFLLEKQRWPEVLLLLTRKVSGEPPLGDCLIK
DCNFSDLDICTIIPHLSTWDQRKKQLLGCLIDSGALPDGLQESQERPVVTCLKHEDFELA
FLLLTKGADPRAISLTEGDTPLHAALHIFLEIKADIGFSFLSHLLDLFWSNPTEFDYLNP
NVQDSNGNTLMHILFQKGMLKRVKKLLDLLVKFDINFNLKNKEGKDARHRIKKNDSLLLA
WNKALMENRRRSRQDSAAHLGKLSKSTAPGHTSQLKSQGSFKSVPCGATARTLPEGSAVP
DSWETLPGTQVTRKEPGALRPCSLRDCLMQDITVLIQQVEVDPSFPEDCLQSSEPLEAGA
GKEGKKDDKPTLGAGAPDCSEVGEGHAQVGLGALQLVPDDNRGKEGNDDQDDWSTQEIEA
CLQDFDNMTWEIECTSEMLKKLSSKVMTKVIKKKIILAIQQLGNGEWTQGLQKRLKHLKG
SIQLFEAKLDKGARMLWELAIDFSPRCSENPEKIIATEQNTCAMEKSGRIYTEIIRIWDI
VLDHCKLADSIKAICNAYNRGLSCVLRKKLKGINKGQVSANMKIQKRIPRCYVEDTEAEK
GREHVNPEYFPPASAVETEYNIMKFHSFSTNMAFNILNDTTATVEYPFRVGELEYAVIDL
NPRPLEPIILIGRSGTGKTTCCLYRLWKKFHVYWEKAEQAGSPLLAKQVWLKRRLEVEPG
KESPGGEEEEEEEDEEEEDSIEVETVESIDEQEYEACAGGAGVEPAGDGQAAEVCAPEHP
HQLEHLHQIFVTKNHVLCQEVQRNFIELSKSTKATSHYKPLDPNIHKLQDLRDENFPLFV
TSKQLLLLLDASLPKPFFLRNEDGSLKRTIIGWSAQEESTIPSWQEDEEEAEVDGDYSEE
DKAVEMRTGDSDPRVYVTFEVFKNEIWPKMTKGRTAYNPALIWKEIKSFLKGSFEALSCP
HGRLTEEVYKKLGRKRCPNFKEDRSEIYSLFSLYQQIRSQKGYFDEEDVLYNISRRLSKL
RVLPWSIHELYGDEIQDFTQAELALLMKCINDPNSMFLTGDTAQSIMKGVAFRFSDLRSL
FHYASRNTIDKQCAVRKPKKIHQLYQNYRSHSGILNLASGVVDLLQFYFPESFDRLPRDS
GLFDGPKPTVLESCSVSDLAILLRGNKRKTQPIEFGAHQVILVANETAKEKIPEELGLAL
VLTIYEAKGLEFDDVLLYNFFTDSEAYKEWKIISSFTPTSTDSREENRPLVEVPLDKPGS
SQGRSLMVNPEMYKLLNGELKQLYTAITRARVNLWIFDENREKRAPAFKYFIRRDFVQVV
KTDENKDFDDSMFVKTSTPAEWIAQGDYYAKHQCWKVAAKCYQKGGAFEKEKLALAHDTA
LSMKSKKVSPKEKQLEYLELAKTYLECKEPTLSLKCLSYAKEFQLSAQLCERLGKIRDAA
YFYKRSQCYKDAFRCFEQIQEFDLALKMYCQEELFEEAAIAVEKYEEMLKTKTLPISKLS
YSASQFYLEAAAKYLSANKMKEMMAVLSKLDIEDQLVFLKSRKRLAEAADLLNREGRREE
AALLMKQHGCLLEAARLTADKDFQASCLLGAARLNVARDSDIEHTKDILREALDICYQTG
QLSGIAEAHFLQGVILRDFQKLRDAFFKFDTLNHSAGVVEALYEAASQCEAEPEKILGLA
PGGLEILLSLVRALKRVTNNAEKEMVKSCFEFFGISQVDAKYCQIAQNDPGPILRIIFDL
DLNLREKKTKDHFLIMTDQVKLALNKHLLGRLCQITRSLLGKTYRGVCMRFIVGLKCEDE
NCEHFHRPLRRCEAKCLVQSKMNLVAINGLLLEAKKVFPKILAEELKEIDYILSTDMYGL
CKSILDVLFPKHFHQRVLSENPMACKEILKPNYKSFRFYRFALKEYIHFLFENESARNRR
ESTDLWLSAMQAFLLSSNYPEEFEKLLHQEEDNYNRELKALESEKDERGRGRGSRIKGIE
GKFGMLAPNRDDENMDKTHLCFIRLLENCIDQFYVYRNPEDYKRLFFRFMNVLIKRCKEP
LIPSIGNTVALLEFQFIHCGVVLARLWKNVILCLPKSYIALLHYWEFLFSKKDKELGDVF
SIIQEYKPKDVTRAIQDFRFHLSYLAKVLCGYENVNFNVLLDAFSEIDYVVSGEAERTLV
LCLVMLVNAEEILQPYCKPLLYRHFREIESRLQLMSMDCPGQVPERLLKVVKRVLVAVNV
KSVAEALQDLLFERDEEYLMDCDWRWDPVHTKGSIVRGLYYEEVRLNRLLCLDPVDYFAE
PECEFGQDEMDELALEDRDHVLATILSQKQRKASIQRKLRRACLVVSLCISWRRRVGTQM
ERVREEAREPRAGNFKKADVDRTQCDLCGVKFTRGPENYFSPSKAFEGAASEVAVLSRAE
LEREECQERNSESYEQHIHLEHHQRQQVAYQKYSEFFHEKVDPAIDEGKLVVQDIEQSVW
IHSHVGSKEHSHMLQKVQEHIKRVSDMVEDLYRRKAWAGAEEAMTRLVNILILSVRDARD
WLMKTETRLKKEGIVQEDDYENEVEDFGELRPRRRSRKCGKQRKY
NT seq 8778 nt   +upstreamnt  +downstreamnt
atgtgggacccgcgggcagctagggttcccccgagggacttggctgtgctgctgtgcaac
aaatcaaatgcatttttcagccttgggaagtggaatgaggcatttgttgctgccaaggaa
tgtctccaatgggatccaacctacgtgaagggatactaccgagctggttattccttgctg
aggttgcaccagccttacgaagccgctcgcatgttttttgagggtctgcgacttgtgcag
agaagccaagaccaggcaccggttgctgatttccttgttggagtcttcaccactatgagc
agtgactccattgttttgcaaagtttcttgccttgctttgatcatattttcacaactgga
ttcccaacagaagtgtggcaatctgtaatagaaaagttggcaaagaaaggattatggcat
tcatttctgcttctgtcagcaaaaaaagaccgattaccaagaaatattcatgtcccagag
ttatcactgaaaagtctctttgagaaatacgttttcattggactttatgagaagatggaa
caagtgcccaagttagtccagtggctcatctccattggtgcaagtgttgagactatagga
ccgtatccccttcatgccctcatgcgactctgtatccaagccagagaaaaccatcttttc
cggtggttaatggatcacaagcccgagtggaaaggccgcattaaccagaaggatggggat
ggctgcactgtcctgcacgtcgtcgctgcccactccccaggatacctcgttaagcgacaa
acagaggatgtgcagatgctcctgcgctttggggcagatcccactttgctggatcgacag
tctcggtctgttgtggatgtcctgaagaggaataagaacttcaaagccatcgagaaaatc
aacagtcacttagaaaagctagctacgtgttctaaggacctatcaggattcagcaatggt
gatggacccactagtgaaaacgacattttcaggaaggtcttggagcagctggtgaagtat
atgaactcaggaaaccggttattgcataaaaactttctgaagcaggaagtagttcagagg
ttcttgcgtctcctttctactctgcaagaaattcctcctgacctggtctgtgatattaat
caagactgtgccaccaccgtcttcaaattcttattggaaaaacagagatggcctgaggtg
cttctgctgctgacccgcaaagtaagtggagaaccaccgcttggggattgcctcatcaaa
gactgcaacttctcagacctcgacatctgtaccatcatcccccatctcagcacctgggac
cagcggaagaaacagcttctgggctgcctgatagacagtggagccttgcctgatggtctt
caggagagccaggagaggccagttgtcacgtgcctgaaacatgaggacttcgagttggct
ttccttctcttgaccaagggcgcagacccccgtgctatttctctcacggaaggtgatact
cctttgcatgcagcactccacatctttctagagattaaagctgacattggttttagcttc
ctcagccatctgttggatctgttttggtccaaccccactgaattcgactacctcaacccc
aatgtccaggacagcaatgggaacacgctgatgcacatcctcttccagaagggcatgcta
aagcgcgtgaagaagctgttagacctgctggtgaagtttgacatcaacttcaatctgaag
aacaaagagggcaaagatgcacggcaccggattaagaagaacgactctctgctcttggcc
tggaacaaagctctgatggagaacaggaggaggagccggcaggactctgctgcccacctg
gggaagctctcaaagtccactgcccctggtcacacatctcagctcaagtcccagggttca
ttcaagtcagtgccatgtggtgccactgccagaacactgcctgaaggaagtgcagtccct
gacagctgggagactctcccaggtacccaggtgaccaggaaggagcctggagctctcagg
ccctgctcgctgagagactgccttatgcaggacatcacagttttgattcagcaggttgaa
gtggatccgtctttcccagaggactgtcttcagagctctgagcctctggaggcaggagct
ggcaaagaaggaaagaaagatgacaagccgactctgggtgcaggggcccctgactgtagt
gaggtgggggaaggacatgctcaggtgggccttggggccttgcagcttgtgcctgatgat
aacagggggaaggagggcaatgatgatcaggatgactggagcacgcaggagattgaggcc
tgcctccaggacttcgataacatgacctgggagatcgagtgcacttcagaaatgctgaag
aagctgtctagtaaggtaatgaccaaggtcatcaagaagaaaatcatccttgccattcag
cagctgggaaatggcgagtggacccagggcctgcagaagcgactgaagcacctgaaagga
agcatccagctcttcgaagctaagctggacaaaggagcccggatgctctgggagctcgcc
attgacttctcccctcgatgcagtgagaaccctgagaagatcattgccacggagcagaac
acgtgtgcaatggagaaatcagggcggatctacacggaaatcatccggatttgggacatc
gtcttagatcactgcaaactggctgattccatcaaggccatctgcaatgcctacaaccgg
ggcttgtcctgtgtcctgcggaagaagctgaaaggtatcaataaaggccaagtgtcagct
aacatgaaaattcaaaagcgtatacctcgctgctatgtggaggacacagaggccgagaag
ggcagggagcatgtcaatcctgagtactttcccccagccagtgcagtggagacagaatat
aacatcatgaagttccacagcttcagcaccaacatggcctttaacatcctcaatgacacg
acagccacagtggagtaccccttccgggtgggtgagcttgagtacgcggtgatcgacctc
aatcccaggccactggagcccatcatccttattgggcgaagtggcactgggaagacaacc
tgctgcttgtacagattgtggaagaaattccacgtttactgggaaaaagctgagcaggca
ggaagcccattgctggccaaacaggtctggctgaagagaaggttggaagtggaacccgga
aaagagagtccaggtggggaggaagaggaggaggaagaggacgaggaagaggaagattct
attgaagtggaaacagtagaaagcatagatgagcaggagtatgaagcctgcgcaggagga
gccggtgtggagccagcaggggacggccaagctgcagaagtatgtgcaccagaacatccc
caccagctggagcatttacatcagatctttgtgaccaagaaccatgtgctgtgccaggag
gtacaaaggaatttcattgagctttccaagtccaccaaggccactagtcattacaaacca
ctggaccccaacattcacaaactccaggacctgagggacgagaactttcctctgtttgtc
acttccaagcagctgcttcttctgcttgatgcttctctgcccaaaccattttttctgaga
aacgaagatggaagcttgaaaagaaccatcataggatggtctgcacaggaagagtcaacc
attcctagttggcaagaggatgaagaggaggctgaggtggatggggactacagtgaggag
gataaagctgtagaaatgcgtacgggtgacagtgacccccgggtgtacgtgacgtttgag
gtgttcaaaaatgaaatatggcccaaaatgaccaaagggaggactgcctacaaccctgca
ctgatttggaaagaaataaaatcttttctaaagggttcttttgaggccctcagctgtccc
catgggagactcactgaagaagtatataagaaattagggaggaaacggtgccccaatttc
aaggaagaccggagtgagatctacagcctcttcagtctgtatcagcaaatcaggtcccag
aaaggttattttgatgaagaggatgttctgtacaacatatcccggaggctgtcgaagctc
agggtgctcccatggtccatccacgagctctatggtgatgagattcaagactttacccag
gccgagctggcgctgctgatgaaatgcatcaatgaccccaactctatgttcctcacgggg
gacacggcccagagcatcatgaagggcgtggccttccgcttcagcgatctgcgctctctg
ttccattatgccagcagaaacaccatagacaagcagtgtgctgtccggaagcccaagaag
atccaccagctgtaccagaattacaggtcccactcaggaatcctcaatctggcatctgga
gtggtggatttacttcagttctatttcccagaatcttttgatcgccttccaagggattct
ggcctctttgatggtcctaagccaactgttctggagtcttgtagtgtaagcgacttggca
attttgctacgagggaataaaaggaaaactcagcccattgaatttggagcccaccaggta
atccttgtggccaatgaaacggcaaaggagaaaattccagaagagctggggttagcactt
gtgctaacaatttatgaagcaaaaggcttagaatttgatgatgtcctcctttacaacttt
tttactgattctgaggcttataaggaatggaagatcatttcctcattcacacctacctca
actgactccagagaggaaaaccggccattggttgaagtacccctggacaaaccaggctct
tctcagggtcgatctctcatggtgaatccagaaatgtacaagctcctcaacggagagctg
aagcagctgtacaccgccatcacacgggctcgggtcaacctctggatctttgatgaaaac
cgagagaaacgggctcccgcattcaaatatttcattagaagagattttgtccaagttgta
aagacagatgaaaataaagactttgatgatagcatgttcgttaagacctcaactcctgcg
gagtggattgcacagggagattactacgccaagcaccagtgctggaaggttgcagccaag
tgttaccagaaaggaggtgcatttgagaaggagaagttggccctggcccatgacactgcc
ctgagcatgaaatccaagaaagtcagccccaaggaaaagcagttggaatatttggaattg
gctaagacctatttggagtgcaaagagccaacactgtcccttaagtgtctgagctatgcc
aaggagttccagctctctgcccagctgtgcgagaggctgggaaagataagagatgctgcc
tatttctataagcgaagccagtgctacaaagacgctttcagatgctttgagcagattcag
gaatttgatctagcactcaaaatgtactgccaagaggagctttttgaagaagctgctatt
gcagtggaaaagtatgaagaaatgctaaagactaagacccttcccatttccaagctctcc
tattctgccagtcagttttacttggaagctgcagcaaagtatctgagtgcaaataagatg
aaggaaatgatggctgtcctctcaaagctagacatagaagaccagctggtgttcttgaag
tctcggaaacgcttagcagaagctgcagacctgctgaacagggaaggtaggagagaagag
gctgccctgctgatgaagcaacatggctgcctcctggaggctgccaggctcactgccgac
aaggacttccaggcctcatgtctgctgggggccgcccgcctcaatgtggccagggattcc
gacatagaacacaccaaggacattctgagagaagcacttgatatctgctatcaaactggc
cagttgtctggcattgcggaggcccacttcctgcaaggggtaatcctgagagactttcag
aagctcagggatgccttcttcaagtttgacacgctcaaccactcagctggagtggtggaa
gcactctacgaagcagccagccagtgtgaggccgagcctgagaagattctgggcctggct
ccagggggcttggaaatcctcctcagtctggtcagggctctcaaaagagtgaccaacaat
gctgagaaggaaatggtcaaatcttgctttgagttttttgggatttcccaggtggatgcc
aagtattgccagatagctcagaatgaccctgggcccatattaagaataatttttgacctg
gatttgaacttgagagagaaaaaaacaaaagatcattttttgataatgactgaccaagtg
aaattagccctaaacaaacaccttttgggcaggctgtgtcagatcacacggagcctgctt
gggaagacctaccgaggagtctgcatgaggtttattgtaggcttaaaatgtgaggatgaa
aactgtgaacattttcacaggcctctgcggcgttgtgaagccaagtgtttagttcagtcg
aaaatgaacttggtggcaatcaacgggttgcttttggaagccaaaaaagtattccctaaa
atcttagcagaagaacttaaagaaattgattatattttgtctacagatatgtatggcctt
tgcaagtccattctggatgtccttttccctaagcatttccatcagagagtgttgtcagaa
aaccccatggcatgcaaagaaatcctcaaaccaaattacaaatccttccggttctacaga
tttgctttgaaggagtacatccactttctgtttgaaaatgaaagcgcacgcaaccgccgg
gaatccacagacctgtggctgagtgccatgcaagctttccttctctcttccaactacccg
gaggagtttgaaaagctgctccaccaggaggaggacaactacaacagggaactcaaagct
ctagagtctgaaaaggatgaaaggggcagggggagaggcagcaggataaaaggaatagaa
gggaaatttggcatgctggcacccaacagggatgatgaaaatatggacaagacccacctg
tgcttcatccggcttctggagaattgcattgatcaattctacgtgtacaggaacccagaa
gactacaagaggctctttttccgtttcatgaatgtcctcatcaagaggtgcaaagaacca
ctcatccccagcattggaaacacagtagccctcctggagttccagttcatccactgtggg
gtggtgctggcccgcctctggaagaatgtcattctatgcctccccaagagctacattgca
ctcttgcactactgggagttcctgtttagcaagaaggacaaggagcttggggatgtgttc
tccatcattcaggaatacaaacccaaggacgtgacaagagccattcaggatttccggttc
catctctcctacctcgccaaggtgctatgtggctatgagaatgtgaacttcaacgtcctg
cttgatgccttcagtgaaatagactatgtggtctcgggtgaggctgagcggacactggtg
ctgtgcttggtgatgctagtgaatgctgaggagatcctgcagccatactgcaagcctctc
ctgtatcgccacttccgggagattgagtcaaggctgcagctcatgagcatggactgccct
ggccaggttcccgagaggctcctgaaggtggtgaagcgggtcttggtggcagtcaatgtg
aagtctgtggctgaggcactgcaggacctgctctttgagcgggatgaagagtacctaatg
gactgtgactggcggtgggaccctgtgcacaccaaagggtccatagtccgtggcctctat
tatgaggaggtcagactaaaccgcctgctctgtttggaccctgtggactactttgctgaa
cctgagtgtgagtttggccaggatgagatggatgaactggcattagaagaccgagaccac
gtcctggccaccattctttcccaaaagcaacggaaggcctccatacagcggaagttgagg
agggcatgcctggtggtgtctctgtgcatcagttggaggagaagagtgggcacccagatg
gagcgtgtcagggaggaggccagggagcccagggctgggaacttcaaaaaggcagacgtg
gacaggacccagtgtgacctatgtggagtgaagtttacccgtggcccagagaactatttc
agccccagcaaagcgtttgagggggcagcttccgaggtggcagtcctttccagggctgag
ctggaaagggaggagtgtcaggagaggaacagcgagtcttacgagcagcatatccatcta
gaacaccaccagaggcagcaagtggcctaccagaaatactcagaatttttccacgagaag
gtggacccggccattgatgaaggcaagctggtggtgcaggacatcgagcaaagtgtatgg
atccacagtcacgtgggctccaaggagcacagccacatgctgcagaaggtccaggagcac
atcaagagggtttcggatatggtggaggacctctacaggcggaaggcctgggctggcgcg
gaggaggcgatgactcggctggtcaacattctgatcctgtcagtcagggatgcacgagac
tggttgatgaaaacagagacccgcttaaagaaggaaggtattgttcaggaagatgattat
gaaaatgaagttgaagactttggtgagcttcggcctagaaggcgttctcggaaatgtgga
aagcagagaaaatactaa

  All links  
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (23)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (21)   
DNA sequence (45)   
   RefSeq(nuc) (23)   
   GenBank (11)   
   EMBL (11)   
Protein domain (9)   
   Pfam (9)   
All databases (119)   

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