KEGG   Sus scrofa (pig): 100523347
Entry
100523347         CDS       T01009                                 
Symbol
UACA
Name
(RefSeq) uveal autoantigen with coiled-coil domains and ankyrin repeats isoform X3
Organism
ssc  Sus scrofa (pig)
SSDB
Motif
Pfam: Ank_2 Ank Ank_4 Ank_3 Ank_5 Lebercilin TACC_C TPR_MLP1_2 FliJ
Other DBs
NCBI-GeneID: 100523347
NCBI-ProteinID: XP_003121815
Ensembl: ENSSSCG00000004973
UniProt: A0A8D1HNV5 A0A287A4D9
Position
1:complement(168353655..168453175)
AA seq 1403 aa
MMNCWFSCAPKNRHAADWNKYDDRLMKAAERGDVEKVSSILAKKGVNPGKLDVEGRSAFH
VVASKGNLECLNAILIHGVDITIGDTAGRNALHLAAKYGHALCLQKLLQYNCPTEHVDLQ
GRTALHDAAMADCPSSIQLLCDHGASVNAKDVDGRTPLVLATQMCRPTICQLLIDRGADI
NSRDKQNRTALMLGCEYGCKDAVEVLMKNGADVTLLDALGHDCFYYARIGDNLDILTLLK
TASENTNRGRELWKKGPSLQQRNLTQMLDEVNMKSSQREHQNIQDLEIENEDLKERLRKI
QQEQRILLDKVNGLQLQLNEEVMVADDLKSEKEKLKSLLATKEKQQEESLRTIEALKNRF
KYFESDHLGSGGHFSNRKEDMLLTQGQMYMTDSQCTSLGMPAHMQSRSMLRPLELSLPNQ
TSYSENEILKKELEAMRTFCESAKQDRLKLQNELAHKVAECKALALECERVKEDSDEQIK
QLEDALKDVQKRMYESEGKVKQMQTHFLALKEHLTSEASTGNHRLMEELKDQLRDMKVKY
EGASAEVGKLRNQIKQNEMLVEEFKRDEGKLMEEKKQLQKELGMCDVEREQRVRKVTEME
GQLKDLSAKLALSISAEKFESMKSLLSSEVNEKARKLAEMEGEYERSLSEIRSLKRELEN
SKAKLAQHVKPEEHEQLKSRLEQKSGELGKKITELTSKNQMLQKEIEKVHLDNKLLNQQV
HNLTTEMKNHYVPLKVSEEMKKSHDVVVNDLNKKLSDVTHKYTEKKLEMEKLVMENASLS
KNVSRLETVFVPPEKHEKEIMALKSSIAELKKQLAELNKKCDEDQEKIYSLVSENTNLKK
AMSNQYVPVKTHEEIKTALSSTLDKANRELVDVKKKCENINQEFVKMKDENETLKRSLEN
TQNQVKAEYISLREHEEKMSAVRKSMKKVQDSSAEVLANYKKGQEEIVTLHAEIEAQKRE
LDTIQECIKLKYAPIISFEECERKFKATEKELKEQLSEQTQKCNVTEEEVKKCKQENDKL
KKEIFTLQKDLKDKNVLVENSHEMERAFSRKTEELNRQLKDLLQKYTEVKGEKEKLAEEN
AKQSSEILAAQTLLQKQHMPLEQVEALKKSLNSTIETLKEELKTKQRCYEKEQQTVTQLR
QMLENQKNSSVPLAEHLQIKEAFEKEVGIIKASLREKEEESQNKTEEVSRLQSEIQNTKQ
TLKKLETREVVDLSKYKATKSDLETQISNLNEKLANLNRKYEEVCEEVLHAKKKELSAKD
EKELLHFSIEQEIKDQQERCDKSLTTITELQRRIQESAKQIEAKDNKITELLNDVERLKQ
ALNGLSQLTYSSGSPSKRQSQLIESLQHQVKSLQQQLADADRQHQEVIAIYRTHLLSAAQ
GHMDEDVQAALLQIIQMRQGLVC
NT seq 4212 nt   +upstreamnt  +downstreamnt
atgatgaactgttggttttcttgtgctcctaagaacagacatgcagcagattggaacaaa
tatgatgaccgattgatgaaagcagcagaaaggggagatgtggaaaaagtgtcctcaatc
cttgcaaaaaaaggtgtgaatcccggcaaactagatgtggaaggcagatctgcctttcat
gttgtggcctcaaagggcaatctggagtgtctgaatgccatcctcatacatggagttgat
attacgatcggtgacactgcagggaggaatgctcttcatctggctgcaaagtatggacat
gcattgtgtctacaaaaacttctacagtacaattgtcccactgaacatgtagacctgcag
ggaagaactgcacttcatgatgcagccatggcagactgtccttctagcatacagctgctt
tgtgaccatggggcctcagtgaatgccaaagatgtagatgggcggacgccacttgttctg
gctactcagatgtgtaggccaacaatatgtcaactgctgatagatagaggggcagacatt
aattccagagacaaacaaaacaggactgctctcatgctaggttgcgagtatggctgcaaa
gacgcagtagaagtcttaatgaaaaatggcgctgatgtaaccttgctggatgcccttggt
catgattgtttttactatgcaagaattggcgacaatctggatattctgaccttactgaag
actgcatcagaaaataccaacagagggagagaactttggaagaaaggaccatctttacaa
cagcgaaatttgacacagatgttagatgaagtaaatatgaagtcaagtcagagggagcat
cagaacattcaggatctagaaattgaaaatgaggatctgaaagagaggttgagaaaaatt
cagcaagaacaaagaatattattggataaagtcaatggcttacaactacagctgaatgag
gaggtaatggttgctgatgatctgaaaagtgagaaagaaaagctgaagtcccttttggca
actaaagaaaagcaacaagaggaaagcctaagaactattgaagctctgaaaaatagattc
aagtattttgagagtgatcatttaggatcaggaggtcattttagtaaccgaaaagaagat
atgcttcttacacaaggtcagatgtacatgacagactcacagtgtacttccttaggcatg
ccagcccatatgcagagcagatctatgttaagacccctggagctatccttacccaatcaa
acctcatattcggaaaatgagattttgaaaaaagagttagaagcaatgagaactttctgt
gagtcagcaaaacaagacaggctcaagctccaaaatgagctggcgcacaaggtagctgag
tgtaaagcattagcattggaatgtgaaagggttaaggaagactcagatgagcagataaag
caactggaagacgccttgaaagatgtgcagaagagaatgtatgagtcagaaggtaaagta
aagcaaatgcagacacactttcttgccctgaaagaacacctaacaagcgaagcatctacc
gggaaccacagactgatggaggagctgaaggatcagctcagagacatgaaagtgaagtat
gaaggtgcatctgcggaagtggggaaattaagaaaccaaatcaaacaaaatgagatgtta
gtcgaagagtttaagagggatgagggcaagctgatggaagagaagaagcaactgcagaag
gagttgggcatgtgtgatgtggagcgagagcagagagtaaggaaggtcactgagatggaa
ggccagttaaaggacttgtcagccaagctggccctttccatctcagcagagaagtttgaa
agcatgaagagcttgttatccagtgaagtaaatgagaaggctagaaaattagcagagatg
gaaggagagtatgagagatcacttagcgagattaggtcattaaagagagaacttgagaat
tcgaaggccaaactggctcagcatgtcaaaccagaggaacatgagcagctcaagagcaga
ttagagcaaaaatcaggagaacttgggaagaaaatcactgagttaacatcgaaaaatcag
atgttacaaaaggaaattgaaaaggtccatctggataataaactcctcaatcaacaagta
cataacttaacaaccgaaatgaaaaatcattatgttcctttaaaagtaagtgaagaaatg
aaaaagtcacatgatgtagttgttaatgatttgaataaaaagctttcagatgtgacacac
aaatatacagaaaagaagttggaaatggagaaattggtgatggaaaatgccagtttaagt
aagaatgttagccgcctggaaactgtgtttgtacctcctgagaaacacgaaaaagagata
atggctctgaaatccagtattgctgaacttaagaaacagctagctgaacttaataaaaaa
tgtgatgaagatcaagagaaaatatattcgcttgtgtctgagaacactaacttgaaaaag
gcgatgagtaatcagtatgtgccagtgaagacccacgaggagattaaaactgcattgagt
agcacgttggataaagccaacagagaattagtagatgtgaagaagaagtgtgaaaacata
aatcaggaatttgtgaaaatgaaagatgagaatgagacattaaagagaagcctggagaat
actcagaaccaagtgaaagctgagtacatcagtctaagagagcacgaggaaaagatgagt
gctgtgaggaagagcatgaagaaggtccaggacagcagtgctgaagtattagctaactac
aaaaaaggccaggaggagatcgtgactctgcatgctgagatcgaagcccagaaaagggaa
ctcgacacaatacaagaatgcatcaagctaaaatatgctccgattatcagctttgaagag
tgtgagagaaaatttaaagccaccgagaaagaattaaaagaacagttatctgagcagaca
caaaagtgcaatgtcactgaagaagaggtcaagaaatgcaagcaagagaatgacaagtta
aagaaggagatcttcactcttcagaaggacttaaaggacaagaatgttctggttgagaat
tctcatgaaatggaaagagcattcagcagaaaaacagaagagctgaacagacagttaaaa
gacctactgcagaagtacacagaggtaaagggtgagaaagagaagctagcggaggaaaat
gccaagcaatcttctgagatccttgcagcgcagactcttttgcagaaacagcacatgccg
ctggaacaggttgaggccctgaaaaagtctcttaatagcacaattgagacgctcaaggaa
gaactgaagactaagcaaaggtgttatgagaaagagcagcagacagtgacccagctgcgc
cagatgctggagaatcagaagaactcgtctgtgcccctggcagagcatttgcaaattaag
gaagcatttgagaaagaagttggaatcataaaagctagcttgagagaaaaggaagaagaa
agccaaaacaaaaccgaagaggtctccagactccagtctgagattcagaatactaagcaa
acattaaaaaaactagagactagggaggtggttgatctgtctaaatataaagcaacaaaa
agtgatttggagacacagatttccaacttaaatgaaaaattggccaatctgaataggaag
tatgaggaagtatgtgaggaggttttgcatgccaaaaagaaggagctgtctgcaaaagat
gagaaggaattgctccatttcagcattgaacaagaaatcaaggatcagcaagaacgatgc
gataagtccttaacaacaatcacagagttacagagaagaatacaggaatccgccaaacaa
attgaagcgaaagataataagataactgaactgcttaacgatgtggaaagactgaaacag
gcgctcaatggcctttcccagctcacctactcgagcgggagtcccagcaagaggcagagt
cagctgattgagagtctgcagcaccaggtcaagtccctgcaacagcagctggctgatgct
gacagacagcaccaagaagtaattgcaatttatcggacacaccttcttagtgctgcacag
ggtcacatggatgaagatgtgcaggcggccttactccagatcatacagatgcggcagggg
cttgtgtgctag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (50)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (2)   
   RefSeq(pep) (8)   
DNA sequence (10)   
   RefSeq(nuc) (8)   
   GenBank (1)   
   EMBL (1)   
Protein domain (9)   
   Pfam (9)   
All databases (80)   

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