Salmo trutta (river trout): 115170207
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Entry
115170207 CDS
T08542
Name
(RefSeq) ankyrin repeat domain-containing protein 12-like isoform X1
KO
K21436
ankyrin repeat domain-containing protein 11/12
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
stru03036
]
115170207
Chromosome and associated proteins [BR:
stru03036
]
Eukaryotic type
Histone modification proteins
HDAC complexes
Other HDAC associated proteins
115170207
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Ank
Ank_2
Ank_5
Ank_4
Ank_3
ANK_LRRK2
Motif
Other DBs
NCBI-GeneID:
115170207
NCBI-ProteinID:
XP_029582456
Ensembl:
ENSSTUG00000019764
UniProt:
A0A673ZK43
LinkDB
All DBs
Position
31:complement(41269645..41317599)
Genome browser
AA seq
2121 aa
AA seq
DB search
MAAAPPAQCTMAKPGTDRDGAMVVKKNKDKISPFTKTLKLDRSKLLGVKEGTPPKSSMKR
KLSFTMSTPRNEERHSDTDESVPDQSTESWVESEGRLVTPCRMYSADKDGPDKKKVKKES
GGSKKAPVNLLFGYPLSERKQMALLMQMTARDNSPDSTPSKPSQAPSVQKKLPSSTASRA
RDKVNKRNERGETPLHMAAIRGDAKQVKELISLGADVNIKDFAGWTPLHEACNLGFYDVA
KVLIAAGAEVNTQGLDDDTPLHDASSSGHTEIVKLLLTHGGNAFQANKRGERPVDVADSQ
ALELLLKGEVPLSDPEDSPSESEGPPSVNPSSVDVDDDNLDDSDVEKDSDGKQSTVKASS
SMSGLDEYEFKDEEDLSKALNDRHILRRELREKERNHLVKQSNKGDGSGSVKSSKKTKTL
SRVHYCSSDSSSDEMEMPSERRSSPTCSNGSEGHKASDASRTKKENLGSLTTSEQKDKSS
KVKKKNKNQSKNKENQEDEKENSKALVFSVATVSVSETHMDKNSRGLCGDEDSFKISFSP
KDDSSVHLFHLSATVKSPKLNYGLADKHPSSNPLKQENAKMTCVSIAEGPCPLDDVKYIH
YNPESEFCTESSSSKGCKHKEKSKHQQKDVAVDCSVGGGSSPHNKERSVAHGVNSSDGGG
ALRKTDKDGKVVKKHKLKHKEKNNHCREYEADRERNRHRQKEGGRKDGHRNQEFDREFWK
ENFFNDDEPLPPGKTESETEKEDGSPVKEERGTKDKYPSSSSKETRLREVQEKDKDKVVK
KEGKETSAVCKEKGGKDGKPSEREERTDCLSSNSIRTTSLPEETQHNTTSVKDEPKDKPV
TGNTSTADLDRLDTSEKDQRDKSDRRPSVKERETEKTDKKNPDKEKKVKMEHLEKSENSQ
NSMDRWREKERMASGSSHSSPGDKNHKESEKLRALSTTKKHEESKDKKSKEKPDKRSERE
RQEREYRDKDRIGWDNKLKPPSEKYTDQSKLDRAKEKDKDCDKKKREKSKDGSSSSSSSN
LKLPLEEKKGYVSECGKTTPAKLLKEEVPKTPEKDRDRRDRESRDFDRHRDRDKDRHKSD
KDRSKEGSKACKTKSNETETDRDNRSKAKASPATREEKRPKEKRLVNEDLRQTSFERMLS
LKDQEIEQWHRKHLEKIKQKERERMKQRPSSTTTDPGKLKSKAKTMSLSSGEQCSSKELL
RSKSSEGSSDAHDRDKPIKEITSSRTMSLDGKTLSSLSGKLMAGIENSLSRSPRPESERS
GLMSRSVSMFSMASSEDSCQATVLTPRPVEYDSDMTLEASQDSQPLFLPSSLLSQSRSPA
VHDKDYNGLPESAQGNRTPLQSRHTSPYLIAILDEDTNSATAGKHFETLSKACVVPAAQQ
NEEPSSVQLPSETCADPEESQSQRGPTQMLPNLLNARTYADLNTESEGNIAPRTDADLNA
ESEGNTAPSVHLPPQASNTRDPLVKDSSTLQQASVQQLATPEQRGFSSTSDPLLIRDVQC
IPVETSTATPECSTKYLPSEDTTPLVTLSSLSCQLPFSSTEPTSSLSASQSWETLPNTSM
VTSQQMKTEIGGDLVLDPKDTTPVESGASSADNRAAVESLDSVLGASRPGWMDNPVASTS
STLTPPSVSTDESMQSAGRTNESQEDMDTDASVQDCKQSRFSSDVVDSSDLQPEKNDHSS
QHTPSTVLRWPCLEHKSEETSDAPDNTLEKSRGPEVMSTGRTSCRSSSEGSYMITIPEVK
SEPCPEPMEVASTSEERSEGQTLSGASGQCSNLQQGSQTDQSGSSGSYSSSGVSASSSPQ
SGDRDSDSSGAKAKVRSVTIEDGQDVQQTHPRKRKMPRMSTSNQAGGSTHQGKEKPQPSL
AAIVDSLKLEEIQPYQTERANPYYEFLHIRKKIEEKRKVLLSVIPQPPQYYDEYMTFTGS
YLLDGNPFGKLCIPTITPPPSLPDQLKEMFKQQEVVRMKLRLQHSIEREKLIVSNEQEVL
RVHYRAARTLANQTLPFSACTVLLDAEVYNMPQDAQASGMMSRTVESGDQDGKTSVRDRF
NARQFMSWLQDVDDKFDKLKTCLLMRQQHEAAALNAVQRLHWQLKLQELDPVMYKSTSIF
EIPEFYIPLVEVNDDFDLTPI
NT seq
6366 nt
NT seq
+upstream
nt +downstream
nt
atggcggccgcaccaccagcacaatgcaccatggccaaacctgggacagaccgagatgga
gccatggtcgtgaagaagaacaaagataaaatttccccgttcaccaagactctgaagctg
gaccggagtaagttgttgggtgttaaggaaggaacaccgccaaagtcttccatgaaacgc
aaactgtccttcaccatgagcacccctcgcaacgaggagaggcactcagacacagatgag
tcagtcccagaccagtccactgagtcctgggtagagtctgaggggaggttagtgactccc
tgcaggatgtactcagcagataaagatggcccggataagaagaaagtcaagaaggagtct
ggggggagtaagaaggcccctgttaatcttctgtttggctacccgctgtcggaacggaag
cagatggccttactgatgcagatgaccgccagggacaacagcccagactcgacccctagc
aaaccgtcccaggctccctcggtgcagaagaagctccccagcagcacggcctccagagcg
agggacaaggtgaacaagaggaacgagcgtggagagacgccgctacacatggccgccata
cgaggggatgccaaacaggtcaaggagcttatcagcctcggggctgacgtcaacattaaa
gacttcgcaggctggacgccccttcacgaggcgtgtaaccttggtttctacgacgtggcc
aaggttctgattgcagccggtgcagaagtcaacactcaaggtctggatgatgacactccg
ctccacgatgcctccagcagtggacacactgaaattgtgaagctactgctgacacatgga
ggaaatgcgttccaggccaacaagcgaggggagcggcccgtcgacgtagccgattctcag
gcgctggagctcctcctaaaaggagaggtgcccctctcagacccagaggatagcccctca
gagtcagaaggccctccgtcggtgaacccctccagcgtcgacgttgacgacgacaacctg
gatgactcagacgtggaaaaggactccgacggaaagcagagcaccgtgaaggcctcatcc
tccatgtccggcctggatgagtatgagttcaaagatgaagaggacttgagtaaagccctg
aacgatcgacacatcctccggagagagctgagggagaaggaaagaaatcatttggtgaag
cagagcaataaaggggacgggagcggctcagtcaagtcctctaagaagacgaagacattg
tcccgtgttcactactgcagctcagatagttccagtgatgagatggagatgccgtcagag
agaaggagctctccgacctgctccaacggctctgagggacacaaggcgtcagacgccagc
aggactaagaaagagaacctcggcagcctcacaacttccgaacagaaagacaaaagcagc
aaagtcaagaaaaagaacaagaaccagagcaagaacaaggagaaccaggaggacgagaag
gagaacagcaaagctctggtgttttccgtagccaccgtgtctgtgtcggagacacacatg
gacaagaacagccgaggactctgtggggacgaggactcgttcaagatctccttcagtccc
aaggacgactcgtccgtccaccttttccacctgtccgccaccgtcaagtcccccaagctc
aactacggcctggctgacaagcatccgtcctccaacccgctcaaacaggagaacgccaag
atgacgtgcgtctcaattgccgaaggcccctgtccgctggatgatgtcaagtacatccac
tacaacccagagtctgagttctgcacggagagctccagtagtaaaggctgcaagcacaag
gagaagagcaagcaccagcagaaggacgtcgccgtagactgtagtgttggtggcggctcc
agtccgcataataaagaacgcagcgttgcccacggtgtgaacagctctgacggtggtggt
gccttacggaagaccgacaaagatggcaaagtggtcaaaaaacataaactaaaacacaaa
gagaagaacaaccactgcagggagtatgaggcggacagggagaggaaccgccaccggcag
aaggagggcggcaggaaggacggccacaggaaccaggagttcgacagggagttctggaaa
gagaacttcttcaatgatgacgaacctctgcctccagggaaaactgagagcgagaccgag
aaggaagacggctctcctgtgaaggaagagagggggacgaaagacaaatacccctctagc
agcagcaaggagacgaggctgagagaggtgcaagagaaggataaagacaaggtggtgaag
aaagaagggaaggaaacctctgctgtctgtaaagagaaaggaggaaaagatgggaagccc
agtgagcgtgaggagaggacagattgcctcagctccaactccatacggactacatctctt
cctgaggagacgcagcataacactacaagcgtgaaagatgaaccgaaggataaaccggta
acggggaacacgtctacggctgatctagaccggctggatacctctgagaaagaccaacgg
gacaaatctgacaggaggccttctgtaaaggaacgggagactgaaaagactgataaaaag
aatcccgataaggagaagaaggttaagatggagcacctggagaaatcagagaattcacaa
aattctatggatcgttggagggagaaggagaggatggcgtctggctcatctcattcgtcc
cctggtgacaagaaccacaaagagagtgaaaagctcagagccttgtccacaacaaaaaaa
cacgaagagagcaaggacaagaagagcaaagagaagccggataagaggagcgagagggag
aggcaggagagggagtacagagacaaagacaggataggctgggataacaaactaaaacca
ccttcagagaaatacactgatcaaagtaaattggatcgtgctaaggagaaagacaaagac
tgcgataagaagaaaagggaaaaatctaaagatggctcttcatcttcctccagctctaac
ctgaagctccccttggaggagaagaaaggctatgtgtctgaatgtggcaagaccacacca
gcaaaactgctaaaggaggaggtcccgaaaacgccagagaaagaccgagaccgaagagac
agagaatccagagactttgaccggcacagagatcgagacaaagatcgtcacaaaagcgac
aaggaccgttccaaggagggtagcaaggcctgtaagaccaaatccaacgagactgagact
gaccgagacaacaggtccaaagctaaagcctcgcctgccacccgggaagagaagcgcccc
aaggagaaacgtctggtcaatgaggacctgaggcagaccagcttcgaacgcatgctgagt
ctgaaggaccaggagattgaacagtggcaccggaagcatctagaaaagatcaaacagaag
gagagagagaggatgaaacaacgaccttcctctacgacaacagacccagggaagctcaaa
agcaaagccaagacgatgtccttgtcgtctggagaacagtgttcgagcaaagaactgctt
cgctccaagagctccgaaggctctagtgacgctcatgaccgagacaaacccataaaggag
atcaccagctccaggaccatgtccctggacgggaagacactctcctccctcagtgggaag
ttgatggctggtattgagaacagcttgagcaggtcacccaggccggagagcgagcggtcg
ggtctcatgtccaggtccgtgtccatgttctccatggccagttctgaggactcctgtcag
gcaaccgtgctgacgccgagacccgtagagtacgactcggatatgaccctggaagcctct
caggactctcagccgcttttcctcccgtcttccctcctctcacagtctagatcacctgcc
gttcacgacaaagactacaacggtcttccagaatcagcgcaaggtaacaggactccgctg
cagagccggcacacttccccctaccttatagctattctggacgaggacacaaactctgcg
acggcaggtaaacattttgaaactctgtccaaggcctgcgtggtgcctgctgctcaacaa
aatgaagagccttcaagtgttcagcttccttcagaaacctgtgcagatccagaggagagc
cagagtcaaaggggtcctactcagatgcttccaaatctccttaatgcaagaacatatgca
gatctcaacactgagagtgaaggtaacatcgctccaagaacagatgcagatctcaacgct
gagagtgaagggaacaccgctccaagtgtccatctcccacctcaagcgtccaacaccaga
gatcctcttgtaaaggactcctcaacacttcagcaggctagtgtccaacagctagctaca
ccagaacagagagggttttcttccacctctgatcctctcctaatacgggacgtccagtgt
atccccgtggagacctccactgcgacgcctgaatgtagcacgaagtacttgccctctgag
gacacgacgccactggtgacattatcttctctatcctgtcaactgccgttctccagcacc
gaacccacctcatctctctctgctagccagtcatgggaaacccttccaaacaccagtatg
gtgacctcacagcagatgaagacagagattggtggagatctggttcttgatcctaaagat
acaactcctgtagagagtggagccagcagcgctgacaacagagcagctgtagagagcctt
gacagtgtgttaggagcgtcaagaccaggatggatggacaacccagtagcctccaccagc
agcacactaacaccgcccagtgttagtacagatgagtccatgcagagtgctggtagaacc
aatgaatctcaagaggacatggacactgacgcaagcgttcaggactgtaagcaatccaga
ttctccagtgacgttgtcgattccagcgatcttcagccggaaaaaaacgatcattctagc
cagcatacaccatctactgtgttgcgatggccgtgccttgaacacaaatcggaagaaact
tctgatgcacctgacaacacattagagaagagcagaggtcctgaggtcatgtcaacagga
aggactagttgtcggtcttcgtcagagggcagttatatgatcaccatccctgaggtgaaa
tcggagccatgcccagagccaatggaagtggcttctacctctgaggagagatcagaagga
cagacactgtctggggcttctggacagtgtagtaacctccagcaaggctcccagacagac
cagagtggtagtagtggtagttacagcagcagtggagtctctgctagctcttcgccccag
tctggggacagagactctgactcctccggggctaaggccaaggtccgctccgtaaccatc
gaggacggccaggacgtccagcagacccaccccaggaagaggaaaatgcccagaatgtct
acctcaaaccaggccggaggcagcacacaccaggggaaggagaagcctcagccgtctctg
gcggccatcgttgactctctgaagctggaggagattcagccgtaccagacggagagggcc
aacccttactacgagttcctgcacatccgcaagaagatcgaggagaagcgtaaagtgctg
ctgagcgtcatcccccagccgccgcagtattacgacgaatacatgacgtttactggatcg
tacctgctagacgggaacccgttcggcaaactctgtattccaactatcactccccctccg
tctctaccggaccaactgaaggagatgtttaaacaacaggaagttgttcgtatgaagcta
cgcttgcaacacagcattgaacgggaaaagttaatcgtttccaacgaacaggaagtgtta
cgagttcactaccgggctgccagaacactagccaatcagacgctcccgtttagtgcgtgc
accgtgctattggacgccgaggtgtacaacatgccgcaggatgcccaggcaagtggcatg
atgtcacgtactgtagaatcaggtgaccaagatggcaagacgtctgtgagggatcgtttc
aacgcccgtcagtttatgtcctggttgcaagacgtggacgataagtttgataaactcaag
acgtgtcttctgatgaggcagcagcacgaggcagcagctcttaatgctgtccagcgtctc
cattggcagctgaaactccaggagctggatccagtcatgtacaagtccacctccatcttc
gagatacccgagttctacatccccttggtagaggtcaacgacgactttgacctcacgccc
atatga
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