KEGG   Homo sapiens (human): 727830
Entry
727830            CDS       T01001                                 
Symbol
SPATA31A3, FAM75A3
Name
(RefSeq) SPATA31 subfamily A member 3
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: FAM75 DUF4599
Other DBs
NCBI-GeneID: 727830
NCBI-ProteinID: NP_001076593
HGNC: 32003
Ensembl: ENSG00000275969
UniProt: Q5VYP0
Position
9:complement(66986304..66992550)
AA seq 1347 aa
MENLPFPLKLLSASSLNAPSSTPWVLDIFLTLVFALGFFFLLLPYLSYFRCDDPPSPSPG
KRKCPVGRRRRPRGRMKNHSLRAGRECRRGLEETSDLLSQLQSLLGPHLDKGDFGQLSGP
DPPGEVGERAPDGASQSSHEPMEDAAPILSLLASPDPQAKHPQDLASTPSPGPMTTSVSS
LSASQPPEPSLPLEHPSPEPPALFPHPPHTPDPLACSLPPPKGFTAPPLRDSTLITPSHC
DSVALPLGTVPQSLSPHEDLVASVPAISGLGGSNSHVSASSRWQETARTSCAFNSSVQQD
HLSRHPPETCQMEAGSLFLLSSDGQNVVGIQVTETAKVNIWEEKENVGSFTNRMTPEKHL
NSLRNLAKSLDAEQDTTNPKPFWNMGENSKQLPGPQKLSDPRLWQESFWKNYSQLFWGLP
SLHSESLVANAWVTDRSYTLQSPPFLFNEMSNVCPIQRETTMSPLLFQAQPLSHLGPECQ
PFISSTPQFRPTPMAQAEAQAHLQSSFPVLSPAFPSLIQNTGVACPASQNKVQALSLPET
QHPEWPLLRRQLEGRLALPSRVQKSQDVFSVSTPNLPQESLTSILPENFPVSPELRRQLE
QHIKKWIIQHWGNLGRIQESLDLMQLQDESPGTSQAKGKPSPWQSSMSTGESSKEAQKVK
FQLERDPCPHLGQILGETPQNLSRDMKSFPRKVLGVTSEELERNLRKPLRSDSGSDLLRC
TERTHIENILKAHMGRNLGQTNEGLIPVRVRRSWLAVNQALPVSNTHVKTSNLAAPKSGK
ACVNTAQVLSFLEPCTQQGLGAHIVRFWAKHRWGLPLRVLKPIQCFKLEKVSSLSLTQLA
GPSSATCESGAGSEVEVDMFLRKPPMASLRKQVLTKASDHMPESLLASSPAWKQFQRAPR
GIPSWNDHEPLKPPPAGQEGRWPSKPLTYSLTGSTQQSRSLGAQSSKAGETREAVPQCRV
PLETCMLANLQATSEDVHGFEAPGTSKSSLHPRVSVSQDPRKLCLMEEVVSEFEPGMATK
SETQPQVCAAVVLLPDGQASVVPHASENLVSQVPQGHLQSMPTGNMRASQELHDLMAARR
SKLVHEEPRKPNCQGSCKSQRPMFPPIHKSEKFRKPNLEKHEERLEGLRTPQLTPVRKTE
DTHQDEGVQLLPSKKQPPSVSPFGENIKQIFQWIFSKKKSKPAPVTAESQKTVKNRSCVY
SSSAEAQGLMTAVGQMLDEKMSLCHARHASKVNQHKQKFQAPVCGFPCNHRHLFYSEHGR
ILSYAASSQQATLKSQGCPNRDRQIRNQQPLKSVRCNNEQWGLRHPQILHPKKAVSPVSP
PQHWPKTSGASSHHHHCPRHCLLWEGI
NT seq 4044 nt   +upstreamnt  +downstreamnt
atggagaatcttccctttcctttaaaattacttagtgcctcatcgctaaacgcccccagt
tccacaccatgggtgttggatatcttcctcactttggtgtttgccctggggttcttcttc
ctattactcccctacttatcttacttccgttgtgatgacccaccctcaccatcgcctggg
aagagaaagtgtccagtagggcggaggcggaggcccagaggcaggatgaaaaaccacagt
ctgagagctggtagagagtgccggagaggcctggaggagacttcggacctgctttcacaa
ctgcagagcctcctggggccacaccttgacaaaggtgactttggtcagctctccggtcca
gaccccccaggtgaggtgggcgaaagagcacctgatggagcctcccagtcctctcatgag
cctatggaagatgctgctcccattctctccctgttagcttccccggatcctcaagccaag
catcctcaggatctggcctccaccccatcaccaggcccaatgaccacctcagtctcctcc
ctaagtgcctcccagccaccagaaccttcccttcccctagaacacccctcacccgagcca
cctgcacttttccctcacccaccacacacccctgatcctctggcctgctctctgcctcct
ccaaaaggcttcactgctcctcccctgcgggactccacactgataactccatctcactgt
gactcagtggcacttccactgggcaccgtccctcaaagcttgtctccacatgaggatttg
gtggcttctgtcccagccatctcaggccttggtggctcaaacagtcatgtttctgcctcc
tcccggtggcaggagactgccagaacctcgtgcgcctttaactcatcagtccagcaagat
catctttcccgccacccaccagagacctgtcagatggaagctggtagcctgtttttgctc
agctctgatggccagaatgtcgtggggatacaagtcacagaaacagccaaggtcaacatt
tgggaagaaaaagaaaatgttggatcatttacaaatcgaatgaccccagaaaagcactta
aattctttgcggaatttggctaaatcattggatgctgagcaggacaccacaaacccaaaa
cccttctggaacatgggagagaactcgaaacagctgcccggacctcagaagctctcagat
cctaggctctggcaggaaagtttttggaagaattatagccagcttttctggggcctcccc
tctctgcacagcgagtccctggtggctaacgcctgggtaactgacaggtcttatacttta
cagtctcctcctttcttgttcaatgaaatgtccaatgtctgcccaattcaaagggagact
acaatgtccccactgcttttccaggcccagcccctgtcccatctggggcccgagtgccaa
ccctttatttcatccacaccccaattccggcccacacctatggctcaggccgaggctcag
gcccatcttcaatcttctttcccagtcctatctcctgcttttccatccctgattcagaac
actggagtagcttgccctgcatcgcagaataaagtgcaagctctctccctacctgaaact
cagcaccctgaatggcctttgttgaggagacaactagaaggtaggttggctttaccctct
agggtccaaaaatctcaggacgtctttagtgtctccactcctaaccttccccaggaaagt
ttgacatccattctgcctgagaactttccagtcagtcctgaactccggagacaactggag
caacacataaaaaagtggatcatccaacactggggcaacctgggaaggatccaagagtct
ctggatctgatgcagcttcaggacgaatcaccagggacaagtcaggccaagggcaaaccc
agtccctggcagtcctccatgtccacaggtgaaagcagcaaggaggcacagaaggtgaag
ttccagctagagagggacccgtgcccacatctggggcaaattctgggtgagaccccacaa
aatctatccagggatatgaaaagcttcccacggaaggttctgggggtgacttctgaggag
ttggaaaggaacttgaggaagcccttgaggagtgactcgggaagtgatttattaagatgc
acagagaggactcatatagaaaacatcctgaaagcccacatgggcaggaacttgggccag
accaacgagggcttgatccccgtgcgtgtgcgtcgatcctggcttgctgtcaaccaggct
cttcccgtgtccaacacccatgtgaaaaccagcaatctagcagccccgaaaagtgggaaa
gcctgtgtgaacacagcccaggtgctttccttcctcgagccgtgtactcagcaggggttg
ggagcccatattgtgaggttttgggccaaacacaggtggggtctacccctcagggtcctc
aagcccattcagtgctttaaactggaaaaggtttcatccttgtcccttacacagcttgct
ggtccctcctcagccacctgtgaatctggggctggctcagaagttgaggtggacatgttc
cttagaaagccaccaatggcaagtctgagaaagcaggtgctgaccaaagcatctgatcac
atgccagagagtcttctggcctcctcacctgcatggaagcagttccagagggcaccgcga
ggaatcccatcttggaatgatcatgaacccttgaagcctcctccagctggacaggagggc
aggtggccatctaagcccctcacgtacagcctcacaggcagcacccagcagagcaggagc
ttaggagcccaatcttcaaaggctggagagacaagggaggcagtgccacaatgcagagtc
cccttggaaacctgtatgctggcaaacctccaagccacaagtgaggatgtgcatggtttc
gaggctccagggaccagcaaaagctctctacaccctagagtgtctgtctcccaagatcca
agaaagctgtgtcttatggaggaggttgttagtgaatttgagcctggaatggccacaaag
tcagagacccagcctcaagtttgtgccgctgttgtgctccttccagatgggcaagcatct
gttgtgccccacgcttcagagaatttggtttctcaagtgccccagggccatctccagagc
atgcctactgggaacatgcgggcttcccaggagctacatgacctcatggcagccagaagg
agcaaactggtgcacgaggagcccagaaaaccaaactgtcaaggctcatgcaagagccaa
aggccaatgtttccccctattcacaagagtgagaagtttaggaagcccaacttagaaaaa
catgaagaaaggcttgaaggattgaggactcctcaacttaccccagtcaggaaaacagaa
gacacccatcaggatgaaggcgtccagctactgccatcaaagaaacagcctccttcagta
agcccctttggagaaaacatcaagcaaatttttcagtggattttttcaaagaaaaaaagc
aagccagcaccagtcactgctgagagccaaaaaacagtaaaaaacagatcatgtgtgtac
agcagcagtgctgaagctcagggtctcatgacggcagttggacaaatgctggacgagaaa
atgtcactttgccatgcgcgccatgcctcgaaggtaaatcagcacaaacagaagtttcaa
gccccagtctgtgggtttccctgcaaccacaggcacctcttctactcagaacacggcaga
atactgagctatgcagccagcagtcaacaagccactctcaagagccagggttgtcccaac
agagacagacaaatcagaaatcaacagcccttgaaaagtgtgcggtgcaacaatgagcaa
tggggcctgcgacatccccaaatcttgcaccccaagaaagctgtatccccagtcagtccc
cctcagcactggccgaagacatccggtgcctctagccaccatcaccactgtccaaggcac
tgtcttctttgggaaggtatctga

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Genome (1)   
   KEGG GENOME (1)   
Gene (52)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (65)   

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