Eleginops maclovinus (Patagonian blennie): 134875884
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Entry
134875884 CDS
T09869
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP14-like
KO
K15261
poly [ADP-ribose] polymerase 10/14/15 [EC:
2.4.2.30
]
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
134875884
Enzymes [BR:
emac01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.2 Pentosyltransferases
2.4.2.30 NAD+ ADP-ribosyltransferase
134875884
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Gene cluster
GFIT
Motif
Pfam:
Macro
PARP
WWE
Motif
Other DBs
NCBI-GeneID:
134875884
NCBI-ProteinID:
XP_063756669
LinkDB
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Position
14:complement(4127689..4138301)
Genome browser
AA seq
1605 aa
AA seq
DB search
MDDSFRYPVYFECPNLDGERRKRVELYFRNRRKSRGGECGSITNQENEVYRIAFRDRGDQ
QNILQKSKHEVEFAGDRLVLIVRESPKLDSPKVDSTSSQEPPILTSSLLTLEEYEIRPDA
YLLQFLNECPKALKGLEIELVSLACSAQLYPEEGRVLVSCSAQPGAVDYVKNWKAEVDKL
FGGYLCHCEVDSHKVLALLESRNSLQTTGDVKVYSENGMAVVVGQRSQVNATLMDVGASL
GKQGPRLLERQTSICRLGEAKLRLIWKEIEQTLPKDFPEVKVTRGVQGQLHLEGSVEDIL
KAKDWISDQEKLVFERTVSDMRPHLLAFLRNIYGGPGVLGQLGVSDNVEIDLRETELRFF
SLSADKLNDTVTKLQEKFKEVKIDVPYCSAVSSELKEKLKSETKEMNQGQYRAQVVYGPD
SSVWLLGHTKEVEELNEVVIQFILDHASIEGKVNLPDPELVPVLPELLRLHGFDHSGVTF
CPLISSSGPTMVLEGPSGKVTEVRNRLRPFLDSIVKGRVTIELPGAVRYIESSSGRDNIL
TYARSQKCLVQLQEQSYATRQTFASDARSGKVNTTVASYSLRDGLQVIVCQGDITKQEAD
ALVNAANEDLDHGGGVAAALSKAGGPQVQKESRAIVNQTGKIPTGEVVVTTGGNLNCKKL
LHAVGPVGGKSGGKEKMLLEKTVQSALNLAEIMEFRSIAMPCISSGVFGVPVTVCSEAIV
TAVKEFCSQGGRSLKRIILIDNRGEVVRSMQDACDRLLQGTGTGNRAPSDLGFQMEAAAQ
DAARGATAGAPGGGVHLQIIQGTIETQQVDCFVSPMFGHDPHSTRVGSILSKMVGPQLTA
KFHQEARGATIPGDIILVEGLPAVLFINLTPWDNNQHGTAVQVLRKGIRKMLASCQMRGF
SSVALPVLGVGAALRFPQSVAARVMMEEVRQFEHNRVIGTSFLVCIVVQSTHSSKAFQSC
QDTMHLKGFTNDADPDQASFYRHISANNDEVTAMLGGVKLQMVVGDITKESTEVIINTTD
FSNNQAGVSKAILTAAGPSVQTQLAQAGIPTDFMCTTGPGLLACKEIIHASFRREHEVFR
KNCTKILKQCESKGYSSVSFPAVNTGAAKMDLSKACKALLDGMTSAIMDLKPNCLNLIRI
VIFKQSVFQAFRSELENRFGQTATRHLGLREKARQMLKKWQETRTKTTVTPKGKIFASSK
PPPAVISVIGCGPDIIRTMKRNLEGIFQNQLLEKDVDVEDFSRLDDMEREAVHAKVKVLG
VSLQYRKRPSFEGGNGNGADNAARGEARDRSGSGTEVYVLKGLKEDVLTIIDLINKAIKK
ALNEDIQDKKEAMLALEVQWSIHDVNKVWRELSLQDNYILEKAHEKNQVFADITSPDGLK
VSVNLKENKATNRLTGITYEVKRNDSDTTLVLPAHWEPMHNAHFKKVELQRNSSEYDKIA
KGFLQTAKYNIHKIERVQNIYLWYGYTVFKQRLLAKNDKDGDGEKYLYHGTSADSCNCIE
TGKFDRNYAGKHAAAYGKGVYFAVNAAYSANSFSPADATGMKRLYVAKVLTGRYTVGDCR
WKAPPPRGSDKTDCFDSCVDNLQNPSMFVIFHDDQAYPEYLITFK
NT seq
4818 nt
NT seq
+upstream
nt +downstream
nt
atggatgactctttccggtatcccgtttacttcgagtgtcccaatctggacggagaacgg
agaaaaagggtagaactttactttcggaatcgtcgcaaatcacgaggtggagaatgcggt
tcgataacaaaccaagagaatgaagtgtaccgcattgcgtttagagacagaggagatcag
caaaacatcctgcagaagtctaaacatgaagtagagtttgccggtgatcgtctggtgctg
attgtgcgagaaagccccaagttagatagcccaaaagtggactcaacttcatcacaggag
ccgcccattcttacttcaagcctgctaacacttgaagaatatgaaatacgacctgacgct
taccttttacagttcctgaacgaatgcccaaaggctctgaaaggactggagatagaacta
gtctctttggcatgctctgctcagctgtacccagaggaagggagggttttagttagctgt
tcagctcaacctggtgctgtagattatgtcaaaaattggaaagcagaggttgacaaactc
tttggtggctacctgtgccactgtgaggtggactctcacaaagttttagctctgcttgag
tccaggaactctcttcagaccaccggtgacgttaaggtgtacagcgagaatgggatggct
gttgttgttgggcagcgttctcaggtgaacgccacgttgatggatgtaggtgcctcgctt
ggtaaacaagggccacggttacttgagaggcaaaccagcatttgtcgactgggcgaggct
aagctccgcctcatctggaaagagattgagcaaactttgccaaaagactttccagaagtg
aaggtcacacggggagttcaaggtcagttacatttggaaggatctgtcgaggacattctt
aaggctaaagattggatttctgatcaggagaagttggtgtttgaaaggacagtttctgac
atgaggccacatttgttggccttcttgagaaatatatacggaggtccaggggtgcttgga
caattaggggttagtgacaatgtggaaatagacttacgtgaaaccgagctgcgtttcttc
agcctctctgctgataaattgaatgacacagtaacaaaactgcaggaaaaattcaaggaa
gtcaagattgatgttccttactgctccgctgtgtcatctgagttaaaggaaaaacttaaa
tccgagacaaaagagatgaaccaagggcaatacagggctcaggtcgtctatggccctgac
agcagtgtgtggttacttggccacaccaaagaggttgaagagctaaatgaagtagtcata
cagtttattttggatcatgcaagcatagagggcaaagtcaatctccctgacccagagtta
gtacctgttttaccagaattgctgcgtctgcatggttttgatcattcaggggtaaccttc
tgtcctttaatatcatcctctggacccacaatggtgctggaaggtccatctggcaaagtg
actgaggtcaggaacaggctgaggccatttctggactccatcgttaagggcagagttacc
attgaattgccaggagcagtgaggtatattgaaagcagctctggaagagacaacatttta
acatatgctcgttctcagaagtgtctcgtacagcttcaagaacaatcttacgctactcga
cagacttttgcatctgatgcaagatcaggtaaagtaaacacaacagttgctagctacagc
cttcgtgacgggctccaggtcattgtctgtcagggtgacatcaccaaacaggaagctgat
gccctggtgaatgctgccaacgaagatctagaccatggtggaggggtcgctgcagcgctg
tctaaagcaggtggccctcaggtgcagaaggaaagcagagctatagtaaatcagactgga
aaaatccccactggggaagtggtagtgaccacaggggggaacctgaactgcaagaaactg
cttcatgctgttgggcctgtaggtggaaaatcaggtggtaaagaaaagatgttattggag
aaaactgtccagtctgctctgaacttagcagagattatggagttcaggtctatagctatg
ccttgtatcagctcaggtgtgtttggtgtacctgtcactgtgtgttctgaggctattgta
actgctgtaaaggagttttgcagccagggagggagaagtcttaaaagaatcatcctgatt
gataacagaggagaggtggtgaggtccatgcaggatgcatgtgatcgccttctccaaggg
acaggtaccggaaacagggcaccaagtgatctggggtttcagatggaagctgctgcccaa
gacgcagcaagaggagccactgctggagctcctggagggggtgtccatctacagatcatt
cagggaaccatcgagacccagcaggtggactgctttgtgtcccccatgtttggccatgat
cctcattctacccgtgttggaagtattttgtccaaaatggtaggacctcagctgactgca
aagtttcatcaggaagcaagaggagcaacgattcctggtgacataatcctggttgagggc
ttacctgcagtgttattcatcaacctcactccctgggataataaccaacacggaactgca
gtccaggtcttgagaaagggcatcagaaaaatgctggcttcctgtcagatgcgtggcttt
agttcagtggctctccctgtgctgggggtcggtgctgctctacgttttcctcagagtgtg
gcagccagggtaatgatggaggaggtccgtcaatttgaacataaccgagtcattggaaca
tctttcttagtctgtattgtcgtgcaatccacccattctagcaaggccttccagtcttgc
caggacaccatgcatctcaaagggttcacaaacgatgctgacccagaccaagcttccttt
tatcgccatatctccgcaaataacgatgaagtcacggccatgctgggcggagtcaagctt
cagatggtcgttggtgacatcactaaggagagcaccgaggtcataatcaacacaactgac
ttctccaacaaccaagctggtgtgtccaaagccattctgactgcagcggggcccagtgtc
caaacacaattggcacaagccggaattcctacagacttcatgtgtactacaggacccggg
ttgcttgcctgcaaggaaatcatacatgccagttttaggcgtgaacatgaagtgtttcgt
aagaattgcacaaagatactgaagcagtgtgaaagcaaaggctacagctccgtgtccttc
cctgctgtaaacactggtgcagctaaaatggacctgagcaaagcatgtaaagccttgctg
gatggcatgacctcagctattatggacttgaaaccaaattgccttaaccttatccgcatt
gtcatcttcaagcaatcggtctttcaggctttcagatcagagctggagaaccgctttgga
caaacagccactcgccacctaggcctgagagaaaaagctagacaaatgctgaagaagtgg
caagagacaagaacaaaaactactgtaacacctaaagggaaaatctttgcctcctcaaag
ccacctccagctgtgatcagtgtgattggctgtggtccggacatcatcaggaccatgaag
agaaatctggaggggatctttcagaaccagctgctagagaaagacgtggatgtggaggat
ttctccaggcttgatgacatggagagggaggcagtgcacgcaaaagtcaaagtcttagga
gtaagcctccaatacaggaaacgtccaagttttgagggtgggaatgggaacggagcagac
aacgctgccagaggtgaagctagagatcgctcagggtcaggaacagaggtctatgtgctg
aaaggcctgaaagaggacgtgttgaccatcatcgatcttataaacaaagcaatcaaaaaa
gcactcaacgaagacatccaagataaaaaagaagcaatgctagctcttgaagtccagtgg
tcaattcatgatgtaaataaagtctggcgcgagctgagcctgcaggacaactacattctg
gagaaggctcacgagaagaatcaagttttcgcggacatcacgtcaccagacggactaaag
gtgtccgtgaacctgaaggaaaataaagccactaacaggctcacaggcatcacctacgaa
gtgaaaaggaacgactccgacacaaccttagtgttgccggcacattgggaacctatgcat
aatgcacactttaaaaaggtggagttgcaacgtaactcttcagagtacgacaaaatagcc
aagggtttcctccaaacggcaaaatacaacattcacaaaattgaacgagtgcaaaacatc
tacctgtggtatggctatactgtgttcaagcaacgtttgttagccaagaatgacaaagac
ggggatggggaaaaatatctctaccatggcacatcagcagactcgtgcaattgcattgaa
acgggcaaatttgacaggaactacgcaggaaaacatgctgctgcatatggaaagggagtg
tactttgcagtcaacgcggcgtattcggccaatagcttttccccggcagacgcgacaggc
atgaagaggctgtacgtggctaaagtcctgaccggtcgctataccgtcggcgattgtcgt
tggaaagccccccctcctcgaggctcagacaaaacggactgcttcgacagttgtgtggat
aacctgcagaatccctccatgttcgtgatcttccacgatgaccaggcctacccagaatac
cttatcaccttcaaatga
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