KEGG   Astyanax mexicanus (Mexican tetra): 103023510
Entry
103023510         CDS       T05042                                 
Name
(RefSeq) poly [ADP-ribose] polymerase 14-like
Organism
amex  Astyanax mexicanus (Mexican tetra)
SSDB
Motif
Pfam: Macro PARP WWE KH_1
Other DBs
NCBI-GeneID: 103023510
NCBI-ProteinID: XP_022536774
Ensembl: ENSAMXG00000010104
Position
20:complement(11185608..11203716)
AA seq 1889 aa
MEEFPYPLTVEGPWPSTSTKTLSSKLQIYFQSRKKSQGGDCKVKVSEESGVVKVLFKSEE
IRDQVLAKGDHCVTIESNVVKLTVFKPGETVKKKEEPKAAARTGGEATAGLQQPDVFDET
KTDPQTKPPPKDSLKEPPQSCAVVLQNVSDKLPKDVLALLVENISGVSEDEFFIELIAEL
DVAVVTFNDPSVVDKFLLESRTNKKILQYGLKGRALEKTKSIKVENVHGTYVKDLLELYF
EKYVEVERTVMIPEEEAAIVTLRHHSDVEKILGMKHQIDRKQVNVYPYFTSLGTALYGKD
RPTWSLPKPFTEKIHPAIKEFLNKQGLISSICDQMSTYFCDVTMDRAEVQLSPLPSLLKQ
KDLTKTQIDSWKQNVTDGFRTIVSNYAVFEHAVMPPMWATVEKDVRSVVKDKAFMRMDGG
VLTIAGMAKDINLLKQILEEVLKKTSNQMERDKNTASDTMEMSSAMFSLLIQEGLQHSAK
AKYPELKFSHRKDTNQLVLQGLQLEIIDIKNWILERKMSMKQKTLRIEPSLLEFLRSVDC
DEMSGDLFTTKGISSVYKVENGDVVLMGSTDSALSQAEKRLQTMLTSRTLSLEDQAVLEK
REWRSLRNNLSDTYNSSKKKTVMIIPSRNGDTLVVSGFNEPVLEVSRNLEQFVNEHSRVE
KVIRVKSCAVVKFMIEKKSEVWKKFVESNEVKVHFDPRRPLIRLSGERGHVQPVMGNFQE
IAKSLHTDRMIINKAGAKKFFREQRAMFQMMIKENRFVVVLEEGHMLEEDEEDEDHYDGD
RQDDFAQLSCKVQLPDGVTITVRKADICQLKVDAVVNAANEDLKHIGGLALALLKAAGPS
LQDDSDRYVAVNGQVQPGNAITTGAGRLPCKYVVHAVGPRFSDTDKFTAVRRLRQAVRES
LNQAVENKCSSIAVPAISSGIFGFPLELCSETIAKELHAYVEDQKRQRGRRLTEIHLVDN
NANTVNAMAQAIRKEFADFKPEMTFPEHRGSYGAGSRGHGSSGKSYRGRNTQGQGYGGRG
AYGHDSTEPRNYEQHIHRTKEPSKFETQGRFPRQDSNHSSRPLEKQSTQEGLKINLRKGN
IQDATSDVIVNSIAEDVNLSTGAVTKALLDAAGPQLQSEANSYLTSFGLSKLNYGDIVDT
AGYNLNCRKVYHAVCPFWKGGSGSETETLKQIVENCLKKAEQERMTSVSFPALGTGNLRF
PKDLVSRILLGAIHDFSAKFTPRHLQEVTVVVHPSDNETVQCFIKSFRGGRPGPITNSAQ
AGQQSSTKKSHAKPSQSPGLFGVVSTSTLGVHKVQVGRVTLEVSSGDITKEKSDAIVNSS
NSTFSLKSGVSKAILDAAGPQVEQECAQAVKGSLQQKEHIMTSGGQLPCKHIIHVIGQNS
AAAINNVVYSVLKLCDENKFSSVAFPALGTGQGGISPSVVADAMIDAVVEFVKKKKAQHL
QSVKFLIFQASMVSDFHQSMLRRQQEGVEEDNTVIGWIKGKFDAMTNYFAGGNPEASINE
DVVMVGEEIEPAVFQLCGESQWDLRDAKELINGFLEREHTSLNLQDSAINNFSREDVEAL
NSLQRDLTVSIHLNKSGPERFITVEGLSKDVLKAERTIQDMIRKVDKNEARKRDAFIVSS
MVEWQYLDKKENKLKAFDYLTNYDLEEAFRQKLPGIRIKINNEMCDVDIAGKNATGKSGQ
IELKRVDRKEQTSEPLPSHWEDMTGSFVKRVQIQSGSQEYTDVEKEFRRTGLNNNILKIE
RVQNSTLWKNYMIQRSHLDDKNKHNNNERKLFHGTGADNIDKIDKHGFNRSYAGMHGAMY
GNGVYFAVDPVYSAQGYAKPDQLGHKRMYLARVLVGDYTAGKAGLLSPPAKSSGATDLYD
SVTDNQQNPTMFVIFHDVQAYPEYLVIFQ
NT seq 5670 nt   +upstreamnt  +downstreamnt
atggaggaatttccttatcccctaactgtggagggaccctggccctctacctccaccaaa
actctctcttccaaactccagatttactttcaaagcagaaagaaatctcagggcggagac
tgcaaggtgaaggtctctgaggaaagcggggtcgttaaggttttattcaaatcagaggaa
atccgagatcaggtgcttgccaaaggagatcactgtgtgactattgaaagtaatgtggtg
aagctgactgttttcaaacctggtgagactgtgaagaaaaaggaagaacctaaagcagca
gctagaacaggaggggaggcgactgctggccttcagcaaccagatgtctttgatgagact
aagacagaccctcaaaccaaaccacctcccaaggacagtttaaaggaaccgccacaatca
tgcgccgtggtcctgcagaacgtatcggacaaactgcccaaagacgttctggcactttta
gtggagaacatcagtggcgtttctgaagacgagtttttcatcgagttaatagcggaattg
gatgtcgctgttgtgacctttaatgaccccagtgttgttgacaagtttctcctggagagc
aggactaataaaaaaatcctgcagtatggccttaagggtcgcgctctggaaaaaacgaaa
agcattaaagtagaaaatgtgcatggtacatacgttaaagacctgctagaactctacttt
gaaaagtatgttgaggtggaaagaactgtcatgattccagaggaggaagctgccattgtc
actttacggcatcactcagatgtggagaaaattctggggatgaaacatcaaattgaccgc
aaacaagtcaatgtttatccgtatttcacgtctttgggtacagccttgtatggcaaagac
agaccaacatggagtctgcccaaaccgttcacagagaagatccatcctgcaatcaaagaa
ttccttaataagcagggattaatatcttccatctgtgatcagatgagcacttatttctgt
gatgtaactatggatagagctgaagtccaactcagccctcttccctcactcctaaagcag
aaagatttaaccaagacacagatagacagctggaagcaaaatgttacagatggctttaga
accattgtctccaattatgctgtttttgagcatgcagtgatgcctcctatgtgggcaact
gtagagaaagacgtccgatccgtagtaaaagacaaagctttcatgagaatggatggtgga
gtcctgacaatagcaggaatggctaaagacattaacttgctgaaacagattttggaagag
gttttaaagaaaacatcaaaccagatggaacgggacaagaacactgcctcagacaccatg
gaaatgtcctctgccatgttctcattgctcattcaggagggtctgcagcacagtgctaaa
gccaaatacccagagctgaaattctcacacagaaaagacactaatcagttagtattgcag
ggtcttcaattggaaattattgacatcaaaaattggatcctagaaaggaaaatgagcatg
aaacagaagactctgagaatagagccttcattgctggagttcctgagatcagttgactgt
gatgagatgtctggagacttatttacaaccaaaggaattagctcagtctacaaagttgaa
aatggagatgttgtattaatgggaagcacagactctgctctttctcaggcagaaaagcga
cttcaaacgatgcttacatccagaaccctgtctttggaggaccaagcagtgcttgaaaag
cgagaatggcgttctctcagaaacaatttgagtgacacatacaactcatccaagaagaaa
actgtgatgataataccctcaagaaatggagacacactggtagtgtctggcttcaatgaa
cctgtcttggaagtcagcaggaatttagagcaattcgttaatgaacactcaagggtcgaa
aaggtcattcgtgtcaagtcttgcgctgtggtgaaattcatgattgagaaaaagtctgag
gtctggaagaaattcgtagagtccaatgaagtgaaagtacattttgacccaaggagacca
ttgatccgactgtctggagagcgtggacatgtccaaccagtcatggggaattttcaggaa
attgctaaatccctccacactgatagaatgataataaacaaggcaggtgccaaaaagttc
tttcgggaacagagagccatgttccagatgatgataaaggaaaatagatttgtggttgtt
cttgaggaaggtcacatgctggaagaggatgaagaagatgaagatcattatgacggtgac
agacaggacgattttgcacagttgtcctgtaaggtccaattgcctgatggggttaccatc
acagtcagaaaggctgatatctgtcagttaaaagtagatgctgtggtcaacgctgccaac
gaagacctgaagcacattggcggtttggctttggcactcctgaaagctgctggaccaagt
ttacaagatgacagtgatcgatacgtagctgtaaatggacaggtgcaacctggtaacgcc
atcactactggagctggtcgtcttccgtgcaaatatgtggtgcatgctgttggtccccgc
ttctcagatactgacaagtttacagcagtgagacgactgaggcaggctgtgagggaaagt
ttaaatcaagctgtggaaaacaagtgctcctccattgcagtcccagccatcagctcagga
atatttggctttcctctggaactctgctctgagacaattgcgaaggaactgcatgcttat
gttgaagatcaaaaacgtcagaggggcagaaggttaactgagattcatctggtggacaat
aatgccaacactgtaaatgccatggctcaggctattaggaaggaatttgcagatttcaaa
ccagagatgacctttccagagcataggggatcctatggggcaggcagccgtggacatggt
agtagtggcaagagttatcgtggacgtaacacccaaggtcagggatatggtggtcgaggt
gcttatggccatgatagcactgagccaagaaattatgagcaacacattcacagaacaaag
gaaccttcaaaatttgaaactcaaggaaggttcccgaggcaagactcaaaccattcatcc
agaccccttgaaaagcaatccacacaagagggactgaaaatcaatctgagaaaagggaac
atccaggatgcaacttctgatgtcattgtcaatagcatcgcagaagatgtgaatctcagc
acaggtgctgtcactaaagcactcctagatgctgctggtcctcaacttcagtcagaagct
aattcttatcttacttcttttggattatcgaagctaaattatggtgacattgtggacact
gctggatacaacctaaactgtcgaaaggtttaccatgctgtttgtcctttttggaaagga
ggatctggttcagaaactgagacactgaaacagatcgttgaaaactgccttaaaaaagca
gaacaggagagaatgacttcggtttccttcccggctcttggtacggggaaccttcgcttt
cctaaagacttggtgtccagaattctgctaggagcgattcacgactttagtgccaagttc
actcctcgacaccttcaagaagtgactgtggttgtgcacccttcagataatgagactgta
cagtgtttcataaagagctttagaggtgggaggccaggtcccatcactaacagtgcacaa
gctggtcaacaatcgtcaactaaaaaatcacatgcgaagccttcacagtctcctggactg
tttggtgtggtctccacttctacccttggagtgcacaaagtgcaggtgggacgtgtgacc
ctggaggtgtcatccggcgacatcaccaaagagaaaagtgatgccattgttaactcctct
aactcaacgttctctttaaaatcaggagtctccaaagccattttagatgctgctggacca
caggtggaacaagaatgtgcacaggctgtgaaaggaagtcttcagcaaaaggaacacata
atgacctctggagggcaacttccgtgcaaacacatcatccacgtcattggccaaaacagt
gctgcagccatcaataatgttgtttactccgtcttgaagttgtgtgatgaaaataagttc
tcatctgttgccttccctgcacttggcacaggtcaaggtgggatcagtccttctgtcgtc
gctgatgccatgattgatgccgtggtagagtttgtgaaaaagaaaaaagcacaacattta
cagagtgtgaagtttctgatattccaagcatccatggtgtcggatttccaccaaagcatg
ctgaggaggcagcaggagggtgtggaggaggacaacactgtgattggctggataaaagga
aaatttgatgccatgaccaactactttgcaggcggcaatccagaagcatccataaatgag
gacgttgtgatggtgggggaggagattgagccggctgtatttcagctgtgtggagagagc
cagtgggacctgagggatgccaaggaactgatcaatggtttcttagagagggagcatacc
agtttaaacctccaggactccgccatcaacaatttctccagggaggatgtagaggcactg
aacagtctccaaagagatctcacagtcagcatccatctgaacaagagcggcccagagagg
ttcatcactgtggagggcctgtccaaagatgtgctcaaggctgagcgcaccatccaggac
atgatccggaaagtggacaagaatgaggctcgcaaacgggatgccttcattgtcagcagc
atggtagagtggcagtatctcgacaagaaagagaataaactcaaagcctttgactatttg
actaactatgacctggaagaagcctttagacaaaaactgcctggcataaggattaagatc
aacaacgagatgtgtgacgttgatatagctggaaaaaacgctactgggaaaagtggtcag
attgagttgaagagggttgacagaaaagaacaaacctctgagccgctgcccagtcactgg
gaggacatgactggaagctttgttaaacgggtccaaattcagtcaggctcccaggaatac
acagatgttgagaaggagttcagaagaacaggactgaacaataatatccttaaaattgag
agagtacagaacagcactctgtggaagaactacatgatccagaggagtcatttggatgat
aagaacaagcacaacaacaatgaaaggaagcttttccatggtaccggagctgataatatc
gataagatcgacaaacatggcttcaatcggagctacgctgggatgcacggtgccatgtat
ggtaatggtgtgtattttgctgttgacccagtttactcagctcaaggctacgccaagcca
gaccagcttggtcataagcgcatgtatctggccagagttctggttggtgactacaccgca
gggaaggcgggtcttctttcacctccagccaagagctcgggtgccacggatttatacgac
agcgtcactgataatcaacaaaacccaactatgtttgtgatttttcatgatgtgcaggca
tacccagaatacttggtcatattccagtag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (50)   

Download RDF
DBGET integrated database retrieval system