KEGG   Ictalurus punctatus (channel catfish): 108267981
Entry
108267981         CDS       T04658                                 
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP14
Organism
ipu  Ictalurus punctatus (channel catfish)
SSDB
Motif
Pfam: Macro PARP Inhibitor_I71
Other DBs
NCBI-GeneID: 108267981
NCBI-ProteinID: XP_017328087
UniProt: A0A2D0RC17
Position
7:25300033..25310934
AA seq 1362 aa
MSNYKFDVLFEGNNLSDGELKKIRNYFKIKRQSGGGECGEVEKVGDNTYKISFLEKTAQD
RVLSKTDHVIKLHGQENIHISIKRHDVKEEKQDVPHTTSDQQATGDSSLQKVFKLDPYLL
HFLKDNSSAKSDLEEQLSSLLSSFKLDMVTETVVVVREAVKTGQHDVVQQKWEAKVDLLF
SDLQDRYIIHFEVEPKRLEIMQKNSSLFSQNIGVYEEKDLSVIVGKMKEVEKFLKVIDSL
QLRQQARKECLVSETRYALVKEPFEQQVKSEFSKIEITQERPGCLVLKGPEEQVHSAATK
LQELLNQIHEKKIPLSQLLQAFLSSSGAIQVFQTRFQQNLCSPVLLEVTGSSSNLVLLSL
STGALQEAATAIQRDLCVETVLLEQAEFESPGIDTLKNALSPALQQANHGTSKVELSYEP
GPGSYSRMKVQLVGYSTEVNKLKDIIQDYKQNYVEYSDTVPLPLAEMVYNFFELLSLLGV
TATDVNLVPTSSHVHISGPRCKVIDMKKKLLSSFSHLIWERMSVDGPGVLQFFQGEGSNI
RELLQSSCHVLISLKNNVQTGAATARNTTFASLPAIPASVSHPGCSVALEIVFGGLEDQQ
ADVLVAPMLNTNLTSTNVGNSLLKKAGQQFKNNFDVAKGRCRITPGDVLEVDGTPLRCRK
VFFIECVAWTGNAHSSEQALRCGLERALALCEQQAWSSVAFPVIGSGVALAVPVQNATNI
LTGAIGTFGQAGSARSLRTIRIVIMPNHPDSEQMNMAVNTGLNSMMVDHTGQAVFQSLIS
EIDEITIPVARCQVHLIFGDISNETTDVIVNTTDFNDLQTDVCSDILTIAGPQVRAAIKG
VQVNKGEIHITQPGGFPCKAIMHVCGEKDTNIIKKLAHKILLDCEKNGYQSVAIPAICAG
KGGLDARLVAQAILQGVKDATMQANLNTIKKIHIVLMKIHVFLEFKAMAQQIFGRFTQMT
APLLFTPHRAAPSSLTLDLSSLIQSLPDQHVTAEFLVVGLTNDEVSKACQELHQAYKRHC
SSHFVSQEELKNLTLADIDDIKNVTSLGVQISKRGPDGLEVSGLTKGVNEFTQLIRGALV
RQVREKEQDSIFSRVSWCILGSRGIWERLPKEAHHQLENRNVGGDILDAQAQKWTVNLTK
MKATAITSRTVTKIKRLENLSDFVFPLYWDSMTTGEVLKVVPLQSSTKEYERVKSDFKRT
VAKAVVKIERIQNVNLRRAYEVRKKELQDTNGTVGAGERVLYHGTTADACASIQRSNFNR
RFAGQNATVYGLGTYFAVDASYSANPTYSVPSADGTQLMFVTLVLTGLYTQGKSGMMVPP
PRSSQDPNDRFDSVVDNVNKPSMFVVFHDCQAYPDYLITFKC
NT seq 4089 nt   +upstreamnt  +downstreamnt
atgtcaaactataagtttgatgtgctttttgagggaaacaacctctcagatggagaattg
aagaagattagaaactattttaagatcaagcggcagtctggaggaggagagtgtggagaa
gtggaaaaagtgggagacaacacctacaagataagcttcttggaaaaaacagcacaagac
agagtattaagcaaaactgatcatgtaataaagctccatggacaagaaaatattcacata
tcgataaagcgtcatgacgttaaagaagagaaacaggatgtaccacataccacatctgat
caacaagccactggggattcatctctgcagaaagtttttaaactcgacccatacttactg
cactttctgaaagacaattcaagcgcaaagtcagatttggaggaacagctctcctctttg
ctgagctcctttaagttagacatggtgactgagacagtagtggtagtgagggaagcagta
aagacaggtcaacatgatgttgttcagcagaagtgggaagcaaaggtggatttattgttc
tcagacctacaggatcgctacatcatccattttgaggtggagcctaagaggctagagatt
atgcaaaaaaactcttccctattctcacaaaacattggagtctatgaagaaaaagattta
tctgtgattgttggaaaaatgaaggaagtggagaagtttttgaaggttatagattcattg
cagttgcggcagcaagcccgtaaagaatgtcttgtgtctgaaacacgttatgcacttgtg
aaagagccgtttgaacagcaggtaaagtcagaattttcaaagatcgagattacacaggag
cgacctggctgtcttgtcctaaagggtcctgaagaacaagtccattctgcagcaacaaag
cttcaagagttgctgaatcaaattcatgagaaaaaaatcccactatctcaactcctccaa
gcatttttgtcatctagtggtgctattcaggtctttcagacacgatttcaacagaatctc
tgtagtccagttttgcttgaggtcacaggctcaagctcaaatctggttctgctgagtttg
tccacaggcgcacttcaggaagcagcaactgcaatacagagagacctttgtgtggagacg
gtgctgctggagcaagctgaatttgagtcaccaggaatagatactttgaagaatgctttg
agtcccgcattacaacaggctaatcatggaacttctaaagtggaacttagctacgagcca
gggccagggtcctactccagaatgaaggtgcaactggtgggctacagcactgaagtcaat
aaattaaaagatattatacaggactacaagcaaaactatgtggaatacagtgacactgtg
cctctacctttagcagaaatggtgtataatttctttgaacttctgtcactactaggtgtg
acagcaactgatgtaaatctagtacctacatcctcacatgtccacatctcaggacctcgg
tgtaaagtaattgatatgaaaaagaaactgctttcatcatttagtcatcttatatgggag
agaatgtcagtggatggtcccggagtcctgcagttctttcaaggggaaggttcaaatata
cgagaattactgcagagttcctgtcatgttttgatatcactcaaaaataatgtccaaaca
ggtgctgcaacagccagaaacacaacctttgccagcctacctgccatacctgcttctgtt
tcacatccaggttgctctgtggccctggaaattgtatttggaggtcttgaagatcagcag
gctgatgtacttgttgcccccatgttgaatacaaacttgacctcaactaatgttgggaat
tccttgttaaaaaaagcagggcaacaatttaagaataatttcgatgttgccaaaggaaga
tgcagaattactcctggagatgtgctggaggtagatgggactccattacggtgcagaaag
gttttctttattgagtgtgtagcttggactggaaacgcacacagcagtgaacaggcatta
cgctgtggacttgaacgtgctctggcactttgtgaacagcaggcatggagctcagttgct
tttccagtaattggatccggagtggcactagctgtacctgtacaaaatgctactaacatc
ctgacaggggcgattgggacttttggccaggctggatccgctcgttctctcaggaccata
cgaattgtaataatgcctaatcacccagattctgaacagatgaacatggcagtcaatact
gggttaaattcaatgatggtggatcacacaggacaggctgtttttcagtctctaatctcg
gaaattgatgaaattaccatcccagtggccagatgtcaggtccatctgatatttggagac
atcagcaatgagacgacagatgtcattgtaaacaccacagactttaatgacttacagaca
gatgtgtgcagtgacatccttacgattgctggaccgcaagtcagagctgctataaaagga
gtgcaggtaaataaaggagaaatccatatcactcagcctggaggtttcccctgcaaggcg
attatgcatgtgtgtggagaaaaggatacaaatattattaaaaaactggcgcataagatc
ctgctcgattgtgagaaaaatggttaccagtcagtggccattcctgctatctgtgctggt
aaaggaggcttagatgcccgtttggtggcccaggctattctccagggtgttaaggatgct
acaatgcaagctaacctcaacaccattaaaaaaattcacattgttctgatgaaaatccat
gtttttttggagtttaaagctatggcacagcagatctttggcagatttacccagatgaca
gctcctttgctgttcacacctcacagagctgctccatcttctttgaccctagaccttagc
tctcttattcagtctcttccagaccagcatgtcacagctgaatttcttgtagtggggtta
actaatgatgaggtctcaaaggcctgtcaagagcttcatcaagcatataaaagacactgc
tcttctcattttgtttcacaagaggaacttaaaaacttaactttagctgatattgatgat
atcaaaaatgtgacttctctgggtgttcagataagcaaacgtggccctgatgggttggaa
gttagtggacttacaaaaggagtaaatgaattcacgcaactgatccgaggggctcttgtc
aggcaggtgagagagaaagagcaggactccattttttcccgtgtcagctggtgcattttg
ggatcaagaggaatctgggagaggttacctaaagaggctcatcatcagctggaaaacagg
aatgttggtggagatatactggatgcacaagcacaaaaatggacagtaaatctgacaaag
atgaaggccacagcaatcacatctagaactgtgacaaaaatcaaacgactggagaacttg
tcagatttcgtttttccactttactgggacagcatgaccacaggggaggttctaaaggtg
gttcctctgcaatccagtacaaaagagtacgaaagagtgaaaagtgacttcaagagaaca
gtcgcaaaagcagttgtcaagattgagcggattcaaaatgtgaatttgcgccgggcctac
gaagttcgtaagaaagagttgcaagatacaaacgggacagttggggcaggggagagagtc
ctataccatgggaccacagctgacgcttgcgcttctatacagcgcagtaactttaaccgc
agatttgctggacaaaatgcaacagtgtatggactcgggacatactttgctgtggatgcc
agctactcagctaatcccacgtactctgtaccttcagcagatgggacacagctcatgttt
gtgacacttgttctgacaggtctttacacccaggggaaaagtggcatgatggttccacct
cctcgctcgtcacaggatcctaatgacagatttgacagtgtggttgacaacgtgaacaaa
cccagcatgtttgtggtgtttcatgactgccaggcctacccagactacctcatcacattc
aaatgctga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   RefGene (23)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (33)   

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