KEGG   Homo sapiens (human): 205717
Entry
205717            CDS       T01001                                 
Symbol
USF3, KIAA2018
Name
(RefSeq) upstream transcription factor family member 3
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: HLH
Other DBs
NCBI-GeneID: 205717
NCBI-ProteinID: NP_001009899
OMIM: 617568
HGNC: 30494
Ensembl: ENSG00000176542
UniProt: Q68DE3
Position
3:complement(113648385..113696642)
AA seq 2245 aa
MPEMTENETPTKKQHRKKNRETHNAVERHRKKKINAGINRIGELIPCSPALKQSKNMILD
QAFKYITELKRQNDELLLNGGNNEQAEEIKKLRKQLEEIQKENGRYIELLKANDICLYDD
PTIHWKGNLKNSKVSVVIPSDQVQKKIIVYSNGNQPGGNSQGTAVQGITFNVSHNLQKQT
ANVVPVQRTCNLVTPVSISGVYPSENKPWHQTTVPALATNQPVPLCLPAAISAQSILELP
TSESESNVLGATSGSLIAVSIESEPHQHHSLHTCLNDQNSSENKNGQENPKVLKKMTPCV
TNIPHSSSATATKVHHGNKSCLSIQDFRGDFQNTFVVSVTTTVCSQPPRTAGDSSPMSIS
KSADLTSTATVVASSAPGVGKATIPISTLSGNPLDNGWTLSCSLPSSSVSTSDLKNINSL
TRISSAGNTQTTWTTLQLAGNTIQPLSQTPSSAVTPVLNESGTSPTTSNHSRYVATDINL
NNSFPADGQPVEQVVVTLPSCPSLPMQPLIAQPQVKSQPPKNILPLNSAMQVIQMAQPVG
SAVNSAPTNQNVIILQPPSTTPCPTVMRAEVSNQTVGQQIVIIQAANQNPLPLLPAPPPG
SVRLPINGANTVIGSNNSVQNVPTPQTFGGKHLVHILPRPSSLSASNSTQTFSVTMSNQQ
PQTISLNGQLFALQPVMSSSGTTNQTPMQIIQPTTSEDPNTNVALNTFGALASLNQSISQ
MAGQSCVQLSISQPANSQTAANSQTTTANCVSLTTTAAPPVTTDSSATLASTYNLVSTSS
MNTVACLPNMKSKRLNKKPGGRKHLAANKSACPLNSVRDVSKLDCPNTEGSAEPPCNDGL
LESFPAVLPSVSVSQANSVSVSASHSLGVLSSESLIPESVSKSKSAEKSSPPSQESVTSE
HFAMAAAKSKDSTPNLQQETSQDKPPSSLALSDAAKPCASANVLIPSPSDPHILVSQVPG
LSSTTSTTSTDCVSEVEIIAEPCRVEQDSSDTMQTTGLLKGQGLTTLLSDLAKKKNPQKS
SLSDQMDHPDFSSENPKIVDSSVNLHPKQELLLMNNDDRDPPQHHSCLPDQEVINGSLIN
GRQADSPMSTSSGSSRSFSVASMLPETTREDVTSNATTNTCDSCTFVEQTDIVALAARAI
FDQENLEKGRVGLQADIREVASKPSEASLLEGDPPFKSQIPKESGTGQAEATPNEFNSQG
SIEATMERPLEKPSCSLGIKTSNASLQDSTSQPPSITSLSVNNLIHQSSISHPLASCAGL
SPTSEQTTVPATVNLTVSSSSYGSQPPGPSLMTEYSQEQLNTMTSTIPNSQIQEPLLKPS
HESRKDSAKRAVQDDLLLSSAKRQKHCQPAPLRLESMSLMSRTPDTISDQTQMMVSQIPP
NSSNSVVPVSNPAHGDGLTRLFPPSNNFVTPALRQTEVQCGSQPSVAEQQQTQASQHLQA
LQQHVPAQGVSHLHSNHLYIKQQQQQQQQQQQQQQQQQAGQLRERHHLYQMQHHVPHAES
SVHSQPHNVHQQRTLQQEVQMQKKRNLVQGTQTSQLSLQPKHHGTDQSRSKTGQPHPHHQ
QMQQQMQQHFGSSQTEKSCENPSTSRNHHNHPQNHLNQDIMHQQQDVGSRQQGSGVSSEH
VSGHNPMQRLLTSRGLEQQMVSQPSIVTRSSDMTCTPHRPERNRVSSYSAEALIGKTSSN
SEQRMGISIQGSRVSDQLEMRSYLDVPRNKSLAIHNMQGRVDHTVASDIRLSDCQTFKPS
GASQQPQSNFEVQSSRNNEIGNPVSSLRSMQSQAFRISQNTGPPPIDRQKRLSYPPVQSI
PTGNGIPSRDSENTCHQSFMQSLLAPHLSDQVIGSQRSLSEHQRNTQCGPSSAIEYNCPP
THENVHIRRESESQNRESCDMSLGAINTRNSTLNIPFSSSSSSGDIQGRNTSPNVSVQKS
NPMRITESHATKGHMNPPVTTNMHGVARPALPHPSVSHGNGDQGPAVRQANSSVPQRSRH
PLQDSSGSKIRQPERNRSGNQRQSTVFDPSLPHLPLSTGGSMILGRQQPATEKRGSIVRF
MPDSPQVPNDNSGPDQHTLSQNFGFSFIPEGGMNPPINANASFIPQVTQPSATRTPALIP
VDPQNTLPSFYPPYSPAHPTLSNDISIPYFPNQMFSNPSTEKVNSGSLNNRFGSILSPPR
PVGFAQPSFPLLPDMPPMHMTNSHLSNFNMTSLFPEIATALPDGSAMSPLLTIANSSASD
SSKQSSNRPAHNISHILGHDCSSAV
NT seq 6738 nt   +upstreamnt  +downstreamnt
atgccagaaatgacagagaatgagacgcctacaaaaaagcagcacagaaagaaaaaccgg
gagacacacaatgcagtggagaggcatagaaagaagaaaattaatgctgggataaacaga
ataggagagctgatcccatgttctcctgccctgaagcagagcaagaatatgatcctggac
caagcctttaaatatataacagaattgaaaaggcaaaatgatgaactcctgcttaatgga
ggaaacaatgaacaagctgaagaaataaaaaagctacggaaacaactggaagaaatccaa
aaagaaaatggccgatatattgaattactgaaagctaatgacatatgcttatatgatgac
ccgacaattcactggaaaggaaatcttaaaaactcaaaggtctctgttgttattcctagt
gaccaggttcaaaaaaaaattattgtttattccaacgggaatcagcctggtggaaacagc
cagggaacagctgttcaggggataacttttaatgttagtcataatttacaaaagcagacc
gccaatgtggtgccagtacagaggacttgcaatcttgtgactcctgtatctatttctgga
gtttacccttctgaaaacaagccatggcatcagaccacagttcctgcattggctaccaac
cagcctgttcctctttgtcttcctgctgccatttctgctcagagtattctcgagcttccc
acctctgaaagcgaatcaaatgtgcttggtgccactagtggctcactgattgctgtttca
attgaatctgagcctcaccaacatcattctttgcacacatgcctaaatgatcaaaattct
tctgaaaataagaatggacaagagaaccccaaagtattgaagaaaatgaccccttgtgtt
acaaacatcccccacagctcctcagcaactgccactaaagtgcaccatggaaacaagtcc
tgcctgagcatacaggacttcagaggtgattttcaaaacacttttgttgtttcagttacc
accacagtctgctcgcagcctcccagaactgcaggtgattcttctccaatgagcattagt
aagagtgcagacttgacaagtacagctacagtggtggcatcatctgcccctggagtaggg
aaggccaccattcctataagcactctttcgggaaaccctttggacaatggttggactctt
tcttgttctttgccttcttcaagtgttagtacttcagatttgaaaaacattaatagcctt
acacgaatctcttcagctggaaacacacagacaacgtggactactttgcaactggcagga
aacactattcagcccttaagccagacaccatcttctgctgtgactccagtattaaatgag
tctggtactagccccaccacaagcaaccacagtagatatgtggctacagacatcaacttg
aataattcctttccagcagatgggcagccagttgagcaagtagttgtaacattgccttct
tgtccatctttacctatgcagccactaattgcccagccacaagttaaatctcagcctccc
aaaaatatccttccactgaattcagcaatgcaagtgattcagatggctcagccagttggg
tcagctgttaattcagctccaactaatcaaaatgttataattcttcagccacctagcacc
accccatgcccaacagtgatgagggcagaagtttccaaccaaacagtaggtcaacagata
gtaatcatacaggctgctaatcagaatcctttgccactcctccctgctccacctcctggt
tctgttcgactccccatcaatggagccaatactgtaatagggtctaataattcagtgcaa
aatgttccaacaccacagacttttggaggaaagcatcttgtccacatattaccaagacct
tcatctttatcagcgtctaactcaacacaaactttttctgttaccatgtcaaaccaacag
cctcaaaccatttctttaaatggacagctctttgctttgcagcctgtgatgtcttcatca
ggaactacaaatcaaacccctatgcaaattattcaacccaccaccagcgaagatccaaat
accaatgttgccctgaatacatttggtgctttggccagcctcaatcaaagcatatcacag
atggctgggcaaagctgtgtacaattgtctattagccagcctgccaattctcaaactgct
gcaaatagtcaaaccactacagctaactgtgtttcattaacaacaactgcagcacctcct
gtgacaacagatagttcagccacactagctagtacttataatctagtgagtacttcctca
atgaacactgttgcttgtttgcctaacatgaaatctaaaaggttgaataagaagccaggt
ggcaggaaacacttagcagcaaacaagtcagcgtgtcccctgaattcagtcagagatgtg
agcaagttagactgccccaacactgaaggctcagcagagccaccctgtaatgatggactg
ctagaaagcttccctgctgtgttaccatctgtctctgtgtctcaggcaaatagtgtgagt
gtttctgcttcacattctttgggtgttctaagctctgaatcattaatacctgagtctgta
tcgaaatctaagtcagcagaaaagtccagcccaccctcccaagaatctgtaacaagtgaa
cattttgcaatggccgcagcaaaatccaaagattctacccctaatctacaacaagagaca
tctcaggataaaccaccaagtagtttagcattatcagatgctgccaaaccctgcgcttca
gccaatgtattgattccatctccaagtgatcctcacattttggtttctcaggttcctggt
ttgtcatctacaacaagcactacaagtactgactgtgtttctgaggtagaaatcattgct
gaaccttgcagagttgagcaagattcatcagatacaatgcaaaccacaggtctcttaaag
gggcaaggtttaactacattgctatctgatcttgctaaaaaaaaaaaccctcagaaatca
tctctttctgatcagatggatcatcctgacttttcttcagaaaatcctaaaatagttgat
tcaagtgtgaatttacatcccaaacaggaactattactgatgaacaatgatgatagagat
cctccacagcatcattcctgcctccctgatcaagaggttattaatggttctttgatcaac
ggtagacaggccgactctcccatgtcaaccagctctggcagtagtcgtagtttctcagtt
gcatccatgcttcctgaaacaacaagagaagatgtgaccagcaatgcaacaactaataca
tgtgacagctgtacctttgtagagcaaactgatatagtagctcttgcagcaagagctatt
tttgaccaggagaaccttgagaaggggagagttggcctccaggctgatataagggaagtt
gcttcaaagccttctgaagcatcattgttagagggagacccacccttcaaatcacagata
cctaaagagagtggcacaggacaggcagaagcaacaccaaatgaatttaattctcagggt
tcaattgaagcaactatggagaggccccttgagaaaccaagttgttctctaggaattaaa
acatcaaatgcatctttacaggattcaacttctcagccaccaagcatcaccagtttaagt
gtgaataatcttatccatcagagcagcatcagccatcctctggccagctgtgcgggttta
tccccaacttcagagcaaacaactgtgcctgcaacggttaatctgaccgtttcatctagc
tcctatggcagtcaacctcctggaccatctctgatgactgaatattcccaagaacagcta
aatactatgactagtaccataccaaattcacagattcaagagccactcttaaagccaagc
catgaaagccgtaaggattctgctaagcgtgctgtccaagatgaccttttactgtcttca
gctaaacgtcaaaagcactgtcagccagcccccctcaggcttgaaagtatgtccctgatg
agcagaactccagacaccatttctgaccaaactcaaatgatggtcagtcagatccctcct
aattcttcaaactcagttgtgcctgttagcaacccagctcatggagatggccttacacga
ttatttccacctagtaacaactttgtgactcctgcattgaggcaaactgaagttcagtgt
ggttctcagccttcagttgctgaacagcagcaaacccaggcaagtcagcatctacaggcc
ctgcagcagcatgttccagctcaaggtgtatctcaccttcatagtaaccatctctacata
aagcagcagcagcagcagcagcagcagcagcagcagcaacagcaacaacaacaagcaggg
cagttaagagagaggcatcacttatatcaaatgcagcatcatgtacctcatgcagagagc
tctgtccactctcagccccataatgtccaccaacagaggactctgcaacaggaagttcag
atgcagaaaaagaggaatcttgttcagggcacccagacctctcagctttccttacaacca
aagcaccatggaactgaccaatcccgatccaagactggccagccacatccccaccatcag
cagatgcagcaacaaatgcagcaacactttggaagctcccagacagagaagagctgtgaa
aacccttcaactagtcggaaccatcataaccatccccagaaccatctcaatcaagatatt
atgcaccaacagcaggatgttggaagcagacagcaaggttcaggggtttcatctgaacat
gtatctggccataatccaatgcagaggcttttgacatcaagaggcttagagcagcaaatg
gtgtcccaaccaagtattgtgactagatcttcagacatgacctgtactccacacaggcca
gagagaaatagagtttcaagttattctgctgaggcactcattggaaagacatcttctaat
tcagagcagagaatggggatatcaattcagggttccagagtttcagatcagcttgaaatg
agaagctatcttgatgttcccagaaataagagtttggctattcataatatgcagggtcgt
gtggaccatactgtggcctcagatatccgcctttctgattgtcagacgtttaaaccaagt
ggagctagtcaacagccccagagtaattttgaagtacaatcttcaagaaacaatgaaata
ggtaaccctgtatcatcattgcggagtatgcagtcccaggcttttcgaattagtcaaaac
actggccccccaccaattgaccgtcaaaagagattatcttacccaccagttcagagcatc
ccaacaggaaatggtattccatcaagggacagtgaaaatacttgtcaccaaagtttcatg
cagagcttacttgcccctcacctcagtgatcaggtcattgggagccagaggtcactctca
gaacatcagaggaatacacagtgtggtccatcctctgcaattgaatataattgtccccca
actcatgaaaatgtccatattagaagagagagtgagagtcagaatagggaaagttgtgac
atgtcgttaggtgcaattaacaccaggaacagcaccttgaatattcctttttcaagttcc
tcttcctcaggagatattcaaggtcgaaacacaagccccaatgtttctgtacagaaatcc
aatcccatgaggattactgagagtcatgccaccaagggccacatgaaccctccagtcaca
accaacatgcatggggttgcaaggccagcgttgccacatccatctgtgtctcatggaaat
ggcgatcaaggccctgctgtacgtcaagctaattcttcagttccccagagatcaaggcat
cccctgcaagacagcagtggttccaaaattcgtcagcctgaaaggaatcgttctggaaac
caaaggcaaagtactgtctttgatccaagtcttccccatcttcctctctctactggtggc
agtatgattcttggacgtcaacaacctgccacagagaagagaggaagtattgttcgtttc
atgcctgatagcccacaagtacctaatgataattcaggtcctgaccagcatacactatca
caaaattttggtttttcttttattcctgagggtggcatgaatccaccaataaatgctaat
gcttctttcattccacaggttactcagcctagtgccactcgaactccagccctcatcccg
gtagatccgcaaaatactctgccctccttctatcctccatactctcctgctcatcctaca
ctgtccaatgatatttcaatcccctattttcctaatcagatgttctcaaatcctagcaca
gagaaggtaaacagtggaagtttaaataaccgatttggatcaattttatctcctcccaga
cctgttgggtttgctcaaccaagttttcctcttctcccagatatgccaccaatgcacatg
accaactctcacttatccaattttaatatgacatctttgtttccagaaatagccacagcg
cttcctgatggctcagcaatgtcacctttgcttacaatagcaaattcctctgcctctgac
tcttccaagcagtcctcaaacagacctgcccataacataagccatattctaggtcatgat
tgcagttcagctgtttaa

  All links  
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (7)   
DNA sequence (16)   
   RefSeq(nuc) (8)   
   GenBank (4)   
   EMBL (4)   
Protein domain (1)   
   Pfam (1)   
All databases (58)   

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