KEGG T01001: 286749

Homo sapiens (human): 286749

Entry

286749            CDS       T01001

Symbol

STON1-GTF2A1L, ALF, GTF2A1L, GTF2A1LF, SALF

Name

(RefSeq) STON1-GTF2A1L protein isoform 2

K20067

stonin

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]
    286749 (STON1-GTF2A1L)
Membrane trafficking [BR:hsa04131]
Endocytosis
  Clathrin-mediated endocytosis
   Others
    286749 (STON1-GTF2A1L)

SSDB

Motif

Pfam:

TFIIA Adap_comp_sub

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

HGNC:

UniProt:

Position

2:48529925..48776519

AA seq 1158 aa
MCSTNPGKWVTFDDDPAVQSSQKSKNFPLENQGVCRPNGLKLNLPGLREFPSGSSSTSST
PLSSPIVDFYFSPGPPSNSPLSTPTKDFPGFPGIPKAGTHVLYPIPESSSDSPLAISGGE
SSLLPTRPTCLSHALLPSDHSCTHPTPKVGLPDEVNPQQAESLGFQSDDLPQFQYFREDC
AFSSPFWKDEGSDSHFTLDPPGSKKMFSSRNKEMPIDQKSLNKCSLNYICEKLEHLQSAE
NQDSLRSLSMHCLCAEENASSFVPHTLFRSQPKSGWSFMLRIPEKKNMMSSRQWGPIFLK
VLPGGILQMYYEQGLEKPFKEIQLDPYCRLSEPKVENFSVAGKIHTVKIEHVSYTEKRKY
HSKTEVVHEPDIEQMLKLGSTSYHDFLDFLTTVEEELMKLPAVSKPKKNYEEQEISLEIV
DNFWGKVTKEGKFVESAVITQIYCLCFVNGNLECFLTLNDLELPKRDESYYEKDSEKKGI
DILDYHFHKCVNVQEFEQSRIIKFVPLDACRFELMRFKTLYNGDNLPFSLKSVVVVQGAY
VELQAFVNMASLAQRSSYAGSLRSCDNIRIHFPVPSQWIKALWTMNLQRQKSLKAKMNRR
ACLGSLQELESEPVIQVTVGSAKYESAYQAVVWKIDRLPDKNSSLDHPHCLSYKLELGSD
QEIPSDWYPFATVQFSVPDTCASRTEVRSLGVESDVQPQKHVQQRACYNIQPKLYRSVIE
DVIEGVRNLFAEEGIEEQVLKDLKQLWETKVLQSKATEDFFRNSIQSPLFTLQLPHSLHQ
TLQSSTASLVIPAGRTLPSFTTAELGTSNSSANFTFPGYPIHVPAGVTLQTVSGHLYKVN
VPIMVTETSGRAGILQHPIQQVFQQLGQPSVIQTSVPQLNPWSLQATTEKSQRIETVLQQ
PAILPSGPVDRKHLENATSDILVSPGNEHKIVPEALLCHQESSHYISLPGVVFSPQVSQT
NSNVESVLSGSASMAQNLHDESLSTSPHGALHQHVTDIQLHILKNRMYGCDSVKQPRNIE
EPSNIPVSEKDSNSQVDLSIRVTDDDIGEIIQVDGSGDTSSNEEIGSTRDADENEFLGNI
DGGDLKVPEEEADSISNEDSATNSSDNEDPQVNIVEEDPLNSGDDVSEQDVPDLFDTDNV
IVCQYDKQGDTRVRHGQQ

NT seq 3477 nt +upstreamnt +downstreamnt
atgtgctccacaaatccaggcaaatgggtcacctttgatgatgatcctgctgttcaatct
tctcaaaagtcaaagaattttcctctggagaatcaaggtgtctgtagaccaaatggactg
aagctgaaccttcctggcctcagggaatttcccagtggatcttcctccaccagcagcact
cctctctcctcccccattgtagatttttatttcagtccaggacctccaagtaactctcct
ctttctacacctaccaaagacttcccaggttttcctggcatccccaaagcagggactcat
gtgctttatcctattccagaatcatcttcagacagcccactcgcaatatcaggaggagaa
tcttccttactgcctaccagaccaacatgtttatcccatgccttgttacccagtgaccac
tcatgtacacatccaactcccaaagtaggtcttccagatgaagttaatcctcaacaggct
gaaagcctaggattccaaagtgatgatctcccccagtttcagtattttcgagaggactgt
gctttttcaagtccattttggaaagatgaaggcagtgattcccatttcacccttgaccca
ccaggaagcaaaaagatgttctcatcaagaaacaaggagatgcctattgaccaaaaaagc
ctaaataagtgttcactcaactatatctgtgagaagcttgaacatctccagtcagctgag
aaccaagactcacttagaagtttgtctatgcactgtctatgtgctgaagaaaatgcctct
tcctttgtcccccacacactcttcaggagtcagccaaaatccggatggtctttcatgctg
agaattcctgagaagaagaatatgatgtcttcccggcaatggggaccaatttttctgaaa
gttttgcctggaggaattttgcagatgtattatgaacagggattagaaaaaccatttaaa
gagatacagcttgatccatattgtaggctttctgaacccaaggttgagaacttcagtgta
gcaggaaaaatccacactgtgaagattgaacatgtgtcttacacagaaaaaaggaaatac
cattctaagacagaagtagttcatgaacctgacatagagcagatgctgaagttggggtcc
acatcgtaccatgacttccttgactttctgactactgtggaggaggagctgatgaagttg
ccagctgtttcaaaaccaaaaaagaactacgaggagcaagaaatttccttggaaattgtg
gacaacttttggggtaaagtcacaaaagaaggaaaatttgttgaaagtgctgtgataact
caaatttattgcctctgctttgtgaatgggaacctggaatgctttttaaccttgaatgac
cttgagttgccgaagcgagatgaatcctattatgagaaggactcagaaaaaaaggggatt
gatattcttgactaccattttcataagtgtgtgaatgtacaagaatttgagcaatcaaga
atcattaagtttgtacctctggatgcctgccggtttgagctgatgcgtttcaagactttg
tataatggggataatcttcccttttccttgaagtctgtagtggttgtccagggagcatac
gtggaacttcaggcttttgtcaacatggcctcattggcgcagaggtcatcctatgctggt
tccttaaggtcctgtgacaatataaggatacactttcctgtcccatcgcagtggatcaag
gccctttggaccatgaacctccagaggcagaagtctctgaaagctaaaatgaaccgccga
gcatgtctggggagtttacaggaacttgaatctgaacctgtcattcaagtcactgtgggg
tcagcaaaatatgagagtgcctaccaggcagtggtatggaagatagatcggcttccagac
aaaaattcaagtctagatcatccccattgtctgtcatacaaattagagcttggatcagac
caagaaattccctctgattggtatccatttgctactgttcagttttccgtgcctgacacc
tgtgcctcaaggacagaggtcaggtctctgggagtggagagtgatgtccagccacagaaa
catgttcagcagcgagcttgctacaacatccagcctaaactctacagatctgtaattgaa
gatgtaattgaaggagttcggaatctatttgctgaagaaggtatagaggaacaagtttta
aaagacttgaagcagctctgggaaaccaaggttttgcagtctaaagcaacagaagacttc
ttcagaaatagcatccaatcacctctgtttactcttcagttgccgcacagcttgcaccaa
acattgcaatcgtcaacagcatcattagttattcctgctggtagaactcttccaagtttt
accacagcagaactgggcacttcaaactccagtgcaaactttacttttcctggttatccc
attcatgtaccagcaggtgtgacactacagactgtatctggtcacctttataaagtcaat
gtaccaattatggtgacagagacttctggaagagcaggtattcttcagcatccaattcag
caagtatttcaacagcttggccagccttcagtaatacaaactagtgttccacaattgaat
ccatggtctcttcaagcaactactgaaaaatcacagagaattgaaaccgtgctacagcaa
cccgcaattctaccttctgggccagtagataggaaacacttagaaaatgccaccagtgat
atacttgtatctcctggaaatgagcataaaatcgtgcctgaagctttgttgtgtcatcag
gaaagttctcactatatcagtcttccaggtgttgtattttctccacaggtctctcaaaca
aattctaatgtggagtcagtgctcagtggttcagctagcatggctcaaaatctgcatgat
gagtccctctccacaagccctcatggggctctccaccagcacgtgactgatattcagctt
catattcttaaaaataggatgtatggatgtgattctgtaaagcaaccaagaaatatagag
gaacccagcaacatacctgtatcagagaaggattctaattctcaggtggatttaagcatt
cgggttactgatgatgatattggtgaaataattcaagtagatggaagcggtgatacatct
tccaatgaagaaataggaagtacaagagatgcagatgagaatgaatttctagggaatatt
gacgggggagatctgaaggtacctgaagaagaagctgacagtatttcaaatgaggattca
gccacaaacagtagtgataatgaagaccctcaagtaaacattgtagaagaggacccttta
aattctggagatgatgttagtgaacaggatgtgccagacctgtttgacacggataatgtt
attgtctgtcagtatgataagcagggagataccagggttcgtcatgggcagcaatga

All links

Gene (26)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (17)   
   RefSeq(nuc) (3)   
   GenBank (7)   
   EMBL (7)   
Protein domain (2)   
   Pfam (2)   
All databases (51)   

Download RDF

DBGET integrated database retrieval system