KEGG   Sinocyclocheilus grahami (golden-line barbel): 107555021
Entry
107555021         CDS       T04918                                 
Name
(RefSeq) LOW QUALITY PROTEIN: poly [ADP-ribose] polymerase 14-like
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
SSDB
Motif
Pfam: Macro
Other DBs
NCBI-GeneID: 107555021
NCBI-ProteinID: XP_016093192
Position
Unknown
AA seq 1156 aa
MAMGGKHTDKDAKDCMFLHSGEPQREEEKEEKVEPLEETEEDTTPRSAVIENIQNSGQEF
LTIXQXNILKGSSAESKDFNIEIIPESNCVTVAFSNSKYAEHFFVSSPSNGIIKKKNMKV
RLLEMTSKVKAEGLPPNSNSDLVMLYFDKFGEVEDDGVTFEIDQSAIITFTNLEDVQRVL
KEQHQLKKQPFRVLPYYETLQTALYGKDRPPLRLPEAFIEKIDRAVWHHLKENKKSMDYI
KQAISSHFCEMDFQSSAVKISPSQSLLNNGVQTRKLIQTWRENALSVFLSLTSEFKSTEF
CIQKDAWTEIQTEIQKEVVGEAVTLVPNVDEGTITVAGLKEDMNRIEGILTETVERVTQR
IQREKGSETGETSMTPSIYNLVLRDGLEQQICDKFPEINITYHVHSRKLTFYGLKHEVLE
TKNKILQAVLNLIHKPIELHQSVLDFLLTKDVEEMTNNLFLNKGINVALEADGKRVLLVG
KTDNALSVGEKQLQTDLSHLNFSVEDPSVLGRSDWHDLVSHIKNTVTNVTVQTTVNQVVV
SGFVDSITDVEQELHNFVQENSQFEKTLKSHKTVVTYIKNHKKQDWFEEVKGNVNVNFKG
EDIVISGSRLHVSKCVLLFEDLLRSVHNCTMKIVKPGAKKFFKEKELMCVTYVQTNMNCL
VQLLDEYDHPHDTVQSLIIKPVYHYKTHEGMEITVNKADMCSFQVDAVVGGCKENLLLDG
GLVKVLSDAAGPKLQNDCNQTVKKRKLTTGDAVLLDAGGRLRCKHVILAIGPNYNINKPQ
ESEKLLKKTVKKSLNLADQESFQSLAIPAIGSGVAGGGFPLDFCADTIVKAIKEFCDFVE
EDNTLNKIHLVDNNDKTVQALEAAVKKVYGASAHTHSMASGSSSSSQQQNQNHASSSPSQ
HQTATLFQGASQSFQTKEGLTITLMKGNIEDTTMDVVVNTLSSDLNLSVGAISNALLKAA
GPQLQVLLNQQVTGSANIGAVFETAGANLKSKLVFHAVVPHWNQGQGNEQKVLEDIMDKC
LSLAEQRQQSSILFSAIGTGNLGFPKPLVVCTMLDSAFKFSSKRSSKHVKEVVFVLHPKD
TQTIQVFTDEFSKRFLGQSASASNPTQPQSTGPFSKVITKSGIHETTVGGVTLQVLNGYI
TLDKTVVIVNSINKYF
NT seq 3468 nt   +upstreamnt  +downstreamnt
atggcgatgggaggcaagcacactgacaaggacgctaaagactgcatgtttttacattca
ggtgaaccacagagagaagaagaaaaagaggagaaggttgagccacttgaggaaacggaa
gaagatacaacccctagatcagctgtaattgaaaacattcaaaacagtggtcaagagttt
ctgacaatctgacaatgaaatatcctgaaaggatcttctgctgagtcaaaagacttcaac
atcgaaataataccagagagtaactgtgtaactgtggcattttccaatagcaagtatgca
gaacatttctttgtatcctctccaagcaatggaataattaagaagaaaaacatgaaagtc
cgattgcttgagatgacttcaaaagtgaaagctgaaggcttacctccaaactcaaactct
gacttagtcatgctgtattttgacaaatttggagaagtagaggatgatggggtaacattt
gaaatagatcagtcagcaataataacttttacaaatcttgaagatgtgcaaagagtcctc
aaagagcaacatcagcttaaaaagcagcctttcagagtactgccgtactatgaaacacta
caaacagctctatatggtaaagacagaccccccctgagacttccagaggcatttattgag
aagattgatagagctgtatggcaccacttaaaggaaaacaaaaaatctatggattatatc
aagcaagctatctccagtcatttttgtgagatggattttcagtcctcagcagtgaagatc
agtccttctcaatccctacttaacaatggtgtgcagacaagaaaactcattcagacatgg
agagaaaatgccctctctgtgtttttatcattaacatctgagtttaaatccactgagttc
tgcattcagaaggatgcgtggacagagatacaaactgaaatccaaaaagaagtagtggga
gaggctgtcacactggttcccaatgtggatgaaggaacaataactgtagccggcctgaaa
gaagatatgaacaggattgagggaattctgacagaaactgttgagagagtcacccaaaga
atccaaagggagaagggcagtgagacgggtgaaaccagtatgactccatccatttacaat
ctcgttctccgtgatggtttggagcagcaaatttgtgacaaatttccagaaattaacatc
acataccatgtgcacagccgaaagttaactttttacggtctgaaacatgaggtgctggaa
acaaagaataagatactgcaggctgttcttaatttgattcataaaccaattgagctccac
caatctgttttagattttctgctcaccaaggatgtagaggaaatgaccaacaatttgttt
ttaaacaaaggaatcaatgtggcattagaagctgatggaaagagagttttgcttgttggg
aaaacagacaatgccttgagtgttggtgagaagcaattgcagacagatctgagtcatcta
aacttcagtgtagaagatcccagtgttctaggaagatcagactggcatgacctagtctct
cacataaaaaacactgtcacaaatgtcacagtacagacaactgtcaaccaggtggtggtt
tctggctttgtagattccattaccgatgttgaacaagagttacataactttgttcaggaa
aactctcaatttgagaaaactctgaagtctcacaagactgttgtcacatacataaagaat
cataaaaagcaggattggtttgaagaggtgaaaggtaatgtgaatgtaaacttcaaaggt
gaagacattgtgatcagtggctcaaggcttcatgtctctaagtgtgtgcttctgtttgag
gacttgcttagatctgtgcataactgcaccatgaaaatagttaaaccaggggcaaagaag
tttttcaaggagaaagagttaatgtgtgttacatatgtccagacaaatatgaattgtttg
gttcagttactagatgagtatgaccacccacatgacacagttcaatcactgataataaaa
cctgtttatcattataaaacacatgaaggaatggagattacagtaaacaaagctgacatg
tgctcgtttcaagtggatgcagtggtcggtggatgcaaagagaacctcctactggatgga
ggtttagtcaaggtcctctcagatgctgctggtcctaaacttcagaatgactgcaaccag
actgtcaaaaaacggaagttgacaacaggtgatgctgttctcctcgatgcaggagggcgg
ctgcgatgcaaacatgtcatcttagcaataggacctaattataatattaacaaacctcag
gagtctgaaaagctcttgaaaaaaactgtgaaaaagagtctgaatttggcagatcaagaa
agcttccagtctttggcaatcccagccattggctctggtgtagctggtggtggtttccca
ctggacttttgtgcagacaccattgtgaaagctataaaagagttctgtgattttgttgaa
gaggacaatacactgaacaagattcacctagttgacaataatgataagacagttcaagct
ttagaagcagcagtgaagaaggtttatggggccagtgcgcatacccacagcatggcatct
ggaagcagttcaagcagccagcagcaaaatcaaaaccatgcaagttcttctccaagccaa
caccagactgccacactctttcaaggagcatcacaaagttttcagacaaaagaaggttta
accatcacccttatgaaaggaaacattgaggacacaacaatggacgtcgttgtgaacact
ctcagcagtgacctaaatctcagcgtgggagctatttcaaatgcccttctcaaagcagct
ggtcctcagcttcaggttctgctcaatcagcaagtcacaggctctgccaatattggagca
gtctttgaaacagcaggtgcaaacctgaagagcaaactggtgttccatgctgttgtacca
cactggaatcagggacaaggaaatgagcagaaggtgctggaggatatcatggataagtgt
ttgagtctggcagagcaacgtcagcagagctccattttattctctgccattggcacagga
aacctggggtttccaaagccactggtggtctgcactatgctggactcagccttcaagttt
agcagtaaaagaagttcaaagcatgtgaaggaagtggtatttgttcttcaccccaaagat
acacaaaccattcaggtattcacagatgagtttagcaaaaggtttttgggccagtctgcc
tcagcaagtaaccccacacagccgcagagcacaggccccttctcaaaggtcataacaaaa
tctgggattcacgagactactgtgggaggagtaacacttcaggtcctgaatggttatatt
actttagataaaactgttgtcattgttaattcgattaataaatatttt

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (7)   

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