KEGG   Homo sapiens (human): 65065
Entry
65065             CDS       T01001                                 
Symbol
NBEAL1, A530083I02Rik, ALS2CR16, ALS2CR17
Name
(RefSeq) neurobeachin like 1
  KO
K23286  neurobeachin-like protein 1/2
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hsa04131]
    65065 (NBEAL1)
Membrane trafficking [BR:hsa04131]
 Endosome - Lysosome transport
  Others
   Others
    65065 (NBEAL1)
SSDB
Motif
Pfam: DUF4800 Beach NBCH_WD40 DUF4704 PH_BEACH WD40 Laminin_G_3
Other DBs
NCBI-GeneID: 65065
NCBI-ProteinID: NP_001107604
OMIM: 609816
HGNC: 20681
Ensembl: ENSG00000144426
UniProt: Q6ZS30
Position
2:203014608..203225194
AA seq 2694 aa
MASRERLFELWMLYCTKKDPDYLKLWLDTFVSSYEQFLDVDFEKLPTRVDDMPPGISLLP
DNILQVLRIQLLQCVQKMADGLEEQQQALSILLVKFFIILCRNLSNVEEIGTCSYINYVI
TMTTLYIQQLKSKKKEKEMADQTCIEEFVIHALAFCESLYDPYRNWRHRISGRILSTVEK
SRQKYKPASLTVEFVPFFYQCFQESEHLKESLKCCLLHLFGAIVAGGQRNALQAISPATM
EVLMRVLADCDSWEDGDPEEVGRKAELTLKCLTEVVHILLSSNSDQRQVETSTILENYFK
LLNSDHSALPNQRRSRQWENRFIALQIKMLNTITAMLDCTDRPVLQAIFLNSNCFEHLIR
LLQNCKVFQGQLDCLAISTIQALTAVMNKSPAAKEVFKERIGYTHMLEVLKSLGQPPLEL
LKELMNMAVEGDHTSVGILGISNVQPLLLLIQWLPELQSHDLQIFISDWLKRICCINRQS
RTTCVNANMGIRIIETLDLHSSLHQTCAENLIAIHGSLGSQSVSSEEIRRLLRLLRVDES
ESVHPYVTPVTRAILTMARKLSLESALQYFNLSHSMAGISVPPIQKWPGSAFSFSAWFCL
DQDQLTLGIANKGGKRKQLYSFFTGSGMGFEAFITHSGMLVVAVCTKREYATVMLPDHSF
CDSLWHNITVVHMPGKRPFGQSFVYIYDNGQQKVSAPLRFPAMNEPFTSCCIGSAGQRTT
TPPPSQIPDPPFSSPITPHRTSFGGILSSASWGGTIEKSKLITKLISAGTQDSEWGCPTS
LEGQLGSVIIFYEPLQPPQVKALYLAGPNCLSPWKCQESDMADLPGNILLYYTAKACKNS
ICLDLSTNCLHGRLTGNKVVNWDIKDIINCIGGLNVLFPLLEQISHFSEGQIPEEKNEST
VPESVTPVEGDWLVWTSTKASESRLERNLVATFILIVKHFIQRHPINQGNLIHSHGVATL
GALLQKVPSTLMDVNVLMAVQLLIEQVSLEKNMQLLQQMYQYLLFDFRIWNRGDFPFRIG
HIQYLSTIIKDSRRVFRKKYGVQFLLDTLRIYYGNGCKYNELSLDDIRTIRTSLYGLIKY
FLCKGGSHEEIQSIMGYIAATNEEEQLFGILDVLFSLLRTSPTRGQLFLLLFEPGNADIL
YALLLNQKYSDRLREIIFKIMEQMLKCTNVYERSKQHIRLREVGYSGLGLLLNEALVNTS
LIKNLTHQIINTDPVINFKDLLSVVYISHRAHINVRVAICRKVLQILQFQPDAAHQISQQ
VGWQDTLVRLFLKAKFENGNTLHKHSRAVLMKDNDKNMSTEDTKKNSDEKTDEEKITSFA
SANVSSDQWSLEDRHSLDSNTPLFPEDSSVGELSFKSENQEEFWHSNPSHLSLDLSGIDS
CEMSDSGSQVPDSLPSTPSPVESTKSFSVHSDRESSITNDMGFSDDFSLLESQERCEEEL
LQLLTHILNYVMCKGLEKSDDDTWIERGQVFSALSKPGISSELLRPSDEIKLTLLQKMLE
WAISENREAKTNPVTAENAFRLVLIIQDFLQSEGLVNSNMWTEKLLEDMMLLFDCLSVCY
SESPVWVKLSQIQIQLLLGFIGRGNLQVCAMASAKLNTLLQTKVIENQDEACYILGKLEH
VLSQSIKEQTEIYSFLIPLVRTLVSKIYELLFMNLHLPSLPFTNGSSSFFEDFQEYCNSN
EWQVYIEKYIVPYMKQYEAHTFYDGHENMALYWKDCYEALMVNMHKRDREGGESKLKFQE
LFVEPFNRKARQENLRYNNMLKQLSSQQLATLRRWKAIQLYLTCERGPWAKRKQNPIHWK
LANVENYSRMRLKLVPNYNFKTHEEASALRDNLGIQHSQPSSDTLLLEVVKQVKVSDMVE
DKLDLPEEDITARVNVDEKEEQDQKEKLVLMEDCELITIIDVIPGRLEITTQHIYFYDGS
IEKEDGVGFDFKWPHSQIREIHLRRYNLRRSALEIFHVDQSNYFLNFKKEVRNKIYSRLL
SLHSPNSYYGSRSPQELFKASGLTQKWVNREISNFDYLIQINTMAGRTYNDLAQYPVFPW
ILQDYTSEELDLNNPAVFRDLSKPIGVVNEKNAKAMREKYENFEDPMGTIDKFHYGTHYS
NSAGVMHYLIRVEPFTTLHIQLQSGRFDCADRQFHSIPATWQALMDNPYDVKELIPEFFY
FPEFLENQNQFNLGRLQISKELVNDVILPKWAKSAEDFIYKHRKALESEYVSAHLHEWID
LIFGYKQRGPAAVEALNVFYYCSYEGAVDLDALTDEKERKALEGMINNFGQTPCQLLKEP
HPPRLSAEEAVQKPTKIDTSTLNLFQHLPELKSFFIEGISDGIPLLKATIPKNQYRSFMS
QGSPELLITISMNYVIGTHGWLPYDRNISNYFTFIKDQTVTNPKTQRSINGSFAPGLEIT
SKLFVVSHDAKLLFSAGYWDNSIQVMSLTKGKIISHIIRHMDIVTCLATDYCGIHLISGS
RDTTCMIWQITQQGGVPVGLASKPFQILYGHTNEVLSVGISTELDMAVSGSRDGTVIIHT
IQKGQYMRTLRPPCESSLFLTIPNLAISWEGHIVVYSSTEEKTTLKDKNALHLFSINGKY
LGSQILKEQVSDICIIGEHIVTGSIQGFLSIRDLHSLNLSINPLAMRLPIHCVCVTKEYS
HILVGLEDGKLIVVGVGKPAEMRSGQLSRKFWGSSKRLSQISAGETEYNTQDSK
NT seq 8085 nt   +upstreamnt  +downstreamnt
atggcatccagagagaggctctttgaactttggatgctttattgtacaaagaaagatcca
gattacctgaagctgtggttggacacttttgtttctagctatgaacaatttttagacgtt
gactttgaaaagctgcctaccagggtagatgatatgcctccaggaatatctctgcttcct
gataatattctgcaggttctgaggatccagcttctacagtgtgttcagaaaatggcagat
gggttagaggaacaacagcaagccttgtcaattttgcttgtcaagttcttcattattctt
tgcagaaatctatcaaatgtggaagaaattgggacttgctcgtacattaattatgtcatc
accatgacaacactctatattcagcaattaaaaagcaaaaaaaaagagaaggaaatggca
gatcagacatgtattgaagaatttgtgatccacgcattggcattttgtgaaagcttatat
gatccatatcggaattggagacatagaatttcaggacgaatccttagtactgtggaaaag
agcagacagaaatataaaccagcttctctcacagtggaattcgtccctttcttttatcaa
tgttttcaggaaagtgaacatctcaaggaaagtcttaaatgttgcttattgcatctcttt
ggagccattgtagccggtgggcagaggaatgctttgcaagcaatttctccagccactatg
gaagttcttatgcgagtattggcagattgtgattcctgggaggatggagatcctgaagaa
gtgggtaggaaggcagaactaactctgaagtgccttacagaagtggtacatatccttctc
agtagcaactctgatcagcgtcaagtggaaaccagtactattctggagaactattttaaa
ttgctaaattcagatcattcagctttacctaatcaaaggaggtccagacagtgggaaaac
cgatttattgctctacagatcaaaatgctgaataccatcacagccatgttagattgtaca
gatagacctgttcttcaggccatttttcttaacagcaattgctttgaacatctcatacga
ctgctacagaactgcaaggtgtttcagggacaattggattgtttggccatatcaaccatt
caggctttgaccgcagtaatgaacaaatctccagctgctaaggaagtatttaaagaaaga
attggttatacacatatgcttgaagtattaaaatccctgggtcagccaccactggaatta
cttaaagaacttatgaatatggctgtagagggtgaccacacttcagttgggattttgggc
attagtaatgtccaacctctcttgcttcttatccagtggcttccagaactacaatcccat
gacctgcaaatcttcatctctgattggctgaaaagaatttgttgtattaatagacagagt
cgaactacttgtgtcaatgcaaacatggggattagaatcattgaaacccttgacttgcat
tcttccctccatcaaacttgtgctgagaacttgattgcaatccatggttccttggggagt
cagtcagtgagctcagaagaaatccgtcgactactgagattgctgagagtggatgaatct
gagtctgttcacccttatgtcactcccgtgactcgagcaatcctgacaatggcccgaaaa
ctaagtctagagagtgccctccagtatttcaatttgtcacatagtatggcaggaatttct
gtgcctcccatacagaaatggccagggtctgccttttctttcagtgcttggttttgctta
gaccaggatcagttgactcttggcattgctaacaaaggagggaaaaggaaacaattgtac
agtttttttacaggaagtggcatgggttttgaagcctttattacccattcaggtatgttg
gtcgtggcagtgtgcacaaaaagagaatatgcaacggttatgcttcctgaccacagtttc
tgtgattccctctggcacaacataactgttgtccacatgcctggaaaaaggccttttggt
cagagcttcgtctatatctatgacaatggacaacagaaggtttctgcccctctcagattt
cctgccatgaatgaaccctttacttcctgttgcattggttcagctgggcaaagaaccacc
actcctccaccatcccaaatcccagatccacctttctcttctcccattacccctcatcgg
acatcatttggtggaattctgtcatcagcctcctggggaggaacaattgaaaaatcaaaa
ttgattaccaaattgatatcagctggaacccaagacagtgaatgggggtgtcccacatct
ctggagggtcagctaggatctgttatcatcttttatgaaccactacaacctcctcaggtg
aaggcattatatttagcaggtccaaattgtttaagcccttggaagtgtcaagagtctgac
atggccgacctgcctggtaacatccttctttactacacagcaaaggcctgcaaaaattca
atctgtcttgatttatctactaattgtttgcatggaagattaacaggaaacaaagtagtg
aactgggacattaaggatatcataaactgcataggtgggttaaatgtactctttccttta
ttggaacaaatcagccactttagtgaaggacagattcctgaagaaaagaatgaaagcaca
gttcctgaatcagtaacacctgttgaaggagattggctcgtatggacttccacaaaggcc
tcagagtcaagactagagagaaacctagttgcaacatttatcttaattgtgaaacatttt
attcagagacatcctatcaaccagggcaatcttattcactcccatggagttgcaactctt
ggtgctttacttcagaaggtgccaagcaccttgatggatgttaatgtgttgatggcagtt
cagttactaattgaacaagtatcattagagaaaaatatgcagctcctgcaacaaatgtat
caatatttactctttgactttcgtatttggaaccgtggagattttccctttcgaatcggt
cacatacagtatctttcaaccatcattaaagacagcaggagagttttccgaaagaagtat
ggtgtgcagtttctcctagatacacttaggatttattatgggaatggttgtaaatataat
gaactatctctagatgatattcgaacaataaggacttctttgtatggactaattaaatat
tttctgtgcaaaggtggatctcatgaagagatacaaagtattatggggtacatagctgct
actaatgaagaagaacagctctttggaattttggacgtgctcttcagtctcctacgtacc
agcccaaccagaggtcagcttttcttactgctttttgaaccaggaaatgctgacatactg
tacgcattgctcttaaatcagaagtactctgacagactaagagaaatcatttttaagatt
atggaacaaatgttgaaatgcacgaacgtttatgagcgtagtaaacaacatattcgactc
agagaagttggctactcgggactgggactccttcttaatgaagcacttgttaatacttct
cttattaaaaacctcacccatcaaatcataaatacagatcctgttattaatttcaaagat
ctactatctgtggtatatatatctcacagagcacatataaatgttagagtggccatctgc
agaaaggttttgcaaattttgcagttccagccagatgcagcacatcaaatatcacagcaa
gtgggttggcaagacaccttagttaggctttttttaaaagcaaaatttgaaaacggaaat
actcttcataagcacagtagagctgttttaatgaaagacaatgataaaaatatgtcaact
gaagataccaagaagaactctgatgaaaaaacagatgaggaaaaaatcacctcttttgcc
tcagctaatgtgtcttcggatcagtggagtttggaggatagacactctttagactcaaac
acaccattatttccagaagatagctctgtgggagaattgtctttcaaatcagagaatcaa
gaggaattctggcatagtaacccttcacatttgagtttagacctcagtggaattgactca
tgtgaaatgagtgatagtggaagtcaagtgccagacagtctgcctagcacaccatcccca
gtagagtctactaaatcgttttctgtgcactctgacagagaaagcagcatcacaaatgat
atgggctttagtgatgacttctctttacttgaaagccaagagagatgtgaggaggagctt
cttcaattactgacacatattttgaattatgtaatgtgtaagggactagaaaagtctgat
gatgatacttggattgaacgaggacaagtgttttcagcactaagtaaaccaggaatatcc
agtgaactacttcgaccatcagatgaaataaaactaactttgctacaaaagatgttagaa
tgggcaatctcagaaaacagagaagcaaaaactaatccagtaactgctgaaaacgccttc
cgactagtgctgatcatacaggactttcttcagtcagagggactagttaattcaaacatg
tggaccgagaagcttttagaggatatgatgctgctctttgactgtctgtcagtctgctat
tctgaaagtccagtatgggtaaaactctctcaaattcagatccagttgcttctaggattc
attggaaggggtaatttgcaggtttgtgcaatggcatcagctaagctaaatacccttctt
cagaccaaagtgattgaaaatcaggatgaagcatgttacattttagggaagctggaacat
gttctaagtcaatcaatcaaggaacagactgaaatctactcatttctgattccccttgtt
cgtaccctggtttccaaaatttatgagcttctcttcatgaacttgcacctaccttcttta
ccttttaccaatggtagctcctcattttttgaagattttcaagaatattgtaattcaaat
gaatggcaagtttacattgaaaaatatattgtaccttatatgaagcagtatgaagctcat
acattttacgatggtcatgagaacatggcactttattggaaggattgttatgaagcttta
atggtaaatatgcataaacgagaccgggaaggaggggaaagcaagctcaaatttcaggag
ctgtttgtggagccatttaatcgaaaagcacgccaagagaacctgaggtataataatatg
cttaaacaacttagcagtcaacagttagccactcttagacgctggaaagcaatacagctc
tatcttacatgtgaaaggggaccttgggctaaaaggaaacagaatccaattcactggaag
ctagctaatgtagagaattattcccgcatgagacttaagctggtaccgaattataatttc
aaaacccatgaggaagctagtgccttgagagataatctgggtatccaacactcacagcct
tccagtgatacattgcttttggaagtagtgaaacaagtaaaagttagtgatatggtggag
gataaattagaccttcctgaagaggatataacagctagagtaaatgttgatgagaaagaa
gaacaggatcaaaaagaaaaattggtattgatggaagactgtgaactcattacaataatt
gatgtaattcctggcagattagaaatcactactcaacacatttacttctatgatggcagc
attgaaaaagaagatggagtaggctttgatttcaagtggcctcattctcaaattcgagag
attcatctccggcgttacaatttaagaagatcagcccttgagatttttcatgttgaccaa
tccaactactttctcaatttcaaaaaagaggttagaaacaaaatatatagccgactgttg
tcacttcattccccaaatagttattatggaagcagatcaccacaggagttattcaaagca
tcaggattgacacagaaatgggtaaacagagagatatcaaattttgactacctcattcaa
ataaatacaatggcaggacgaacctataatgaccttgcacagtatcctgtgtttccctgg
attttacaagattatacttcggaagagttggaccttaataaccctgctgtatttcgagat
ctttccaaaccaattggggtagttaatgaaaaaaacgccaaagctatgagagaaaaatat
gaaaattttgaggatcctatgggaactattgataagtttcactatggtactcactattca
aattctgcgggggtcatgcactatctcattcgtgtagaaccgttcaccaccctccacatc
caacttcagagtggaaggtttgactgtgcagatcgacagttccattctattcctgctacc
tggcaagctcttatggataatccatatgatgttaaagaacttattcctgaattcttctat
ttcccagagtttttggaaaatcaaaatcaatttaacttgggtcgtctacagatttccaaa
gaattagtaaatgatgtcattctcccgaaatgggctaaatcagctgaagatttcatctat
aaacataggaaagctttggagtctgaatatgtttcagctcatcttcatgaatggatagat
ctgatctttggctataaacagaggggaccagctgcagtagaggcactcaacgttttctat
tattgtagttatgaaggagctgtggatctggatgccttaacagatgagaaagaaagaaaa
gccttagaagggatgattaataattttgggcaaacaccctgtcaattattaaaggaacca
caccctccaagattatcagcagaagaagcagtgcagaagccaaccaaaatagacacttca
accctaaacctgtttcaacaccttcctgaactcaagtcattttttatagaggggattagt
gatggtattccactattaaaggccaccatccccaaaaatcagtatcgttcttttatgtct
caaggcagccctgagttactgataacaataagcatgaattatgttattggaacccatgga
tggttgccttatgacagaaacatttctaattactttacattcatcaaggatcaaactgtg
acaaatccaaaaactcagcgcagtataaatggttcttttgctcccgggctagagatcact
tctaagctatttgtagtatcacatgatgcaaagttgctcttcagtgctggatactgggat
aatagcattcaagtgatgtcacttacaaaaggcaaaattatctcacacatcatccggcat
atggatattgtgacttgcttagctacagattactgtggaatacatttgatttctggttcc
agagatactacatgtatgatatggcaaataacacaacagggaggtgttcctgtgggctta
gcatctaaaccttttcagattctttatggacacaccaacgaggtactgagtgtcggcatc
agcactgagctagacatggcagtgtcaggatcaagggatggaacggtgattatacatacc
attcagaaaggtcagtacatgaggactttacgaccaccttgtgagagttctctgttcctg
accattcctaatttggctatatcttgggaaggacatattgttgtctactccagcactgaa
gaaaagaccaccctcaaggataagaatgcattacatctgttttctataaatggcaagtat
ctagggtctcaaatcctgaaggaacaagtatcagatatatgtataatcggagaacacatt
gtcacaggcagcatacaaggattcctgtctataagagatctccacagcttgaatctcagc
atcaacccattagccatgcgactgcctatccattgtgtttgtgtcaccaaagaatacagc
catattcttgtaggtttagaagatggcaaattgattgtagtgggtgttggcaagcctgct
gagatgcgttcaggtcagctttctcgaaaattttggggatcgagcaagcggctcagccag
atttcagctggagaaactgaatataatactcaagattccaagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (83)   
   KEGG ORTHOLOGY (1)   
   RefGene (76)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
   PHAROS (1)   
Protein sequence (24)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (22)   
DNA sequence (65)   
   RefSeq(nuc) (25)   
   GenBank (20)   
   EMBL (20)   
Protein domain (7)   
   Pfam (7)   
All databases (183)   

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