Myotis daubentonii (Daubenton's bat): 132230335
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Entry
132230335 CDS
T10294
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP14-like isoform X1
KO
K15261
protein mono-ADP-ribosyltransferase 10/14/15 [EC:2.4.2.-]
Organism
mdt Myotis daubentonii (Daubenton's bat)
Brite
KEGG Orthology (KO) [BR:
mdt00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
132230335
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Gene cluster
GFIT
Motif
Pfam:
Macro
RRM_PARP14_3
WWE_1
KH_PARP14_5
KH_PARP14_4
RRM_PARP14_2
RRM_PARP14_1
KH_PARP14_6
KH_PARP14_3
KH_PARP14_1
KH_PARP14_8
PARP
KH_PARP14_2
WWE
Tctex-1
Motif
Other DBs
NCBI-GeneID:
132230335
NCBI-ProteinID:
XP_059543634
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All DBs
Position
3:complement(58467683..58648805)
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AA seq
1810 aa
AA seq
DB search
MAVPGYFPLLVEGSWGPDPPDPRDPPKSLITKLQLYFRNQKRSGGGECVVLQELGSPACF
LVLFHQLEVRQNVLERENHELALPGRGTFKLTVKLPPATNEVHDASKEKIPAKESKTKEH
ANEPDASEDTQISLNKRSEKIEAIPKQCENIPSLVAFENLKANVTDMMLTWLVESISGLS
SADFEVEVIRDFDVGVVTFRTYIDVMKFVEDCFMRYAVTQLQLSPRLLEATKMIRVENLP
PGIDSYNLKCLFENPQNGGGRVVSIEYFPEESSALIEFFDREVLDTIMTKKLDLNNMPLS
VFPYYTSLGTALYGKEKPLIKLPAPFKESLDLSLWKFLHKRNHLIEEINEEVRRSHCELT
WSPLNGEVTIRPAATLVNQGRKRIKNWKKDASTAFFGIRSRFKVTQFKVYPVVWDLMKND
LEDERISIEFDTDLGIATLVGKSEDVQNIEPQIKELIENGTQKVKSEEHHLKVNLKEKVA
MSPKKYSLLCHSGVQEHLRREYPEMEIFYDRATQHMCFKGLGIDVYKAKCEVQEKVYTMV
QKSIQLPPEVLQFLQQVDCSELSKSLLIAQKILAVYELEGTTVFLTGCSSEVLLEAEKQM
VSALSYKRIDIEDREFLNSKRWKAITNILSKKHNSSSKTVTINELTSGTTAEILIAGCVR
EVNAIYRFLSDFVEKNMKIERFLEIKPPLVIDYLKAEKKIFWQKIKMNKLNVWIDFNARN
NPKGILLTGSKAEVLEGMNILKQARDSVCVKSISIDKPGASQSFRDRPWYYKREVRSFGC
FVELLQNEGKKEGGGSDGQKCSCRTELAPGVSLIVQQGDLTRFPVEVVVNAANEDLRLSG
GLAAALSKAAGPELQADCDRIVKEKGKIPTGHATISKPGKLPYHQVIHAVGPKWNSSDVL
GCVLQLKNAVKRSLHLADNFQYQSIAIPAISSGDGGFPLSQCVEAIVLTIKESFLYNWAG
CTLKEVYLVDLAEKTVEAFAETVKTVFKNNKPDAASLPSVPAGVQPGPRNTDGNREMLLC
PGGLRILLVKGDVQNAMADVVVNSIPRDLNLNSGLLSQALLAKAGPNLQKELNTAGQGIA
VDVGTILQTTGCNLQCNQVLHVVAPSWNNGDTSSHKIMQDIIRKCLEMTENLSLNSIAFP
AIGTGNLGFPKTVFAELIISEVLKFSSNNQPTALQEVCFVLHPSDHGNIQAFSDEFDRIA
NGNFISDKIAKIQNTQGLYGTVTSPASGVYEMKIGPIIFQVATGDIAKEAADVIVNSTTK
TFDRKAGVSKAILEKAGQNVEIECSCLAQQQNDGYIITGGGSLKCKNIIHVVGGADVKRS
VTCVLQECEKRNHSTICLPAIGTGRAQQDPDKAAEAIMDAIEDFIQKGLVQSVKKVKVVI
FQPQIMDVFCANMKKREGSQAPSQSIMSKIASFFDFSKQPSPKQKPLVLEKKTESAIFQV
CGENETSVQNALFCLQNLMEKEQSLYTSEEECIRDFDEKEYQELNKVQKDLNIFVDLDHQ
KPLIKVSGISRDVEKARNAVEEMIKTVRSAKEQESRADYITEFVEWQYDDNNTFRSFDKM
TNMKLEEARKKQGKTVDVQINNQNYTVDVKTCFATDANGHSLQIQRIMKPQVEIPGHWSD
MKQQRVCLVELQPGQPEYSKVADAFNQTCSQFKIEKIERIQNRSLWQFYQTKKKTMDDKN
GHTQNEQLLFHGTDADSLPHVNQHGFNRSYAGKNATKYGKGTYFAVKASYSARDTYCRPD
ANGKKHMYYGRVLTGLYTLGNPSLLEPPPKNPKNPLDLYDTVTDNVSTPSLFVVFYDYQA
YPEYLITFKK
NT seq
5433 nt
NT seq
+upstream
nt +downstream
nt
atggctgtgcctggctacttcccgctgctggtcgaggggtcctggggtcccgatccccct
gatccccgcgatcccccgaagagcttgatcaccaagttgcagttgtacttccggaaccag
aagagatccggaggcggggagtgtgtggtcctacaggaactcggcagcccagcctgcttc
ctagtgctcttccaccagcttgaagttcggcagaacgttctggagagagagaaccatgag
ttagcattgccaggaagaggaacatttaagttaacggtcaagttgcctccagccacaaat
gaagtccatgatgcctctaaggagaaaattccagcaaaggaatccaagaccaaagaacat
gccaatgaaccagatgcatcagaagatacacaaatctctctcaacaaaagatcagaaaaa
atagaagctatcccaaagcaatgtgaaaatattccctctttggttgcatttgaaaatctc
aaagcaaatgtgactgacatgatgctaacctggttggtggagagcataagtggcctgtcc
agtgctgattttgaagtggaagtaatacgagattttgatgttggcgtagttacctttcga
acatacatagatgtcatgaaatttgttgaagattgtttcatgcgctatgcagtgacacaa
cttcagctttctccaagacttctggaagcaacaaaaatgatcagggttgaaaacctgcca
cctggcattgactcctataatttgaaatgtttatttgaaaatcctcaaaatggaggggga
agagttgtcagtattgaatattttcctgaagagagttcagctctgatagaattttttgac
agagaagtgttagacaccatcatgaccaagaagcttgacctcaataatatgccgctctcc
gtgttcccatattatacctccttgggcacagctctgtatggaaaggagaagcctctgatc
aagcttccagcaccatttaaagaatctttggatctttctttatggaagttcttacacaaa
aggaatcatctgattgaggaaataaatgaagaagtgagacgttctcactgtgagctaaca
tggtccccactcaatggtgaagttaccatcagacctgcagccaccttagtcaatcaagga
agaaaaagaatcaagaactggaagaaagatgcttccacagccttctttggcatcaggtct
agatttaaagttacccaatttaaagtgtacccagtagtgtgggacctcatgaaaaatgac
ttagaagatgaaagaatatcgattgagtttgatacagatctggggattgcaaccttagtg
gggaaatcagaggatgtacaaaacattgagccacaaatcaaggaattaatagaaaacggc
actcaaaaagttaaaagtgaagagcaccatttaaaggtaaatctgaaggagaaagtggcc
atgtctccaaaaaagtattctcttttgtgccacagcggtgtgcaggagcatctccgcagg
gagtacccagagatggagattttttatgacagagccacccaacacatgtgctttaaagga
ctcggcatagatgtgtataaagcaaaatgtgaagtccaggaaaaggtgtacaccatggtt
cagaaaagcattcagcttcccccggaggttttgcagtttttgcaacaggtcgactgttca
gaactctccaagtctcttttgatagcacagaaaattcttgcagtttatgagctagagggc
acaactgttttcttaaccggctgttcttctgaagtcctcttagaagctgagaagcaaatg
gtcagtgccttaagttataagcgcatagacattgaggacagggaatttcttaacagcaag
agatggaaagccatcactaacattttgtcaaagaaacataattcctcctcaaagactgta
acgatcaatgagttaacttcaggaaccacagctgagatccttattgcaggctgtgtgaga
gaagtaaatgcaatctaccgcttcctttctgactttgtggaaaaaaacatgaaaatagag
agattccttgaaataaagcctcccttagttattgattatttaaaggcagagaagaagata
ttctggcaaaagataaagatgaacaagctaaatgtttggatagatttcaatgctaggaac
aatccaaaaggcattttactaactggctcgaaggccgaagtcctggagggaatgaacatc
ctcaagcaagccagggattcagtttgtgttaaaagcatcagtattgataagccaggagcc
agccagtccttccgggatagaccatggtattataaacgtgaggtacggtcatttggttgt
tttgtggaactactgcagaatgaaggaaagaaggagggaggtggcagtgatgggcagaag
tgctcctgtcggacagaattggcccctggagtctcgctgattgtacagcaaggcgacttg
acacgctttcctgttgaagtggtggtgaatgccgcaaatgaggacctccgtctcagtggg
ggcctggctgctgctctttcaaaggcagctggccctgagctccaagcagactgtgaccgg
atagtgaaggaaaagggtaagatcccaactggccatgccaccatctcaaaaccaggaaag
ctcccataccaccaggtgatccacgcagtgggacccaagtggaacagcagtgatgttctg
gggtgtgtgttacagttaaagaatgccgtgaaaagaagcctccatttggctgataatttc
cagtaccaatccatagccatccctgccattagttctggagacggcggctttcccttatcc
cagtgtgtggaggccattgttttgaccatcaaggaatccttcctgtataactgggctgga
tgcaccttgaaagaggtttaccttgtggatttagctgagaagactgttgaggcctttgct
gaaactgtgaaaactgtatttaaaaacaacaagcctgatgctgcttccctgcccagtgta
cccgcaggagtccagccaggtccaagaaacactgatggaaacagagaaatgctgttgtgc
ccaggtggtctgaggatcctgttggtgaaaggagatgtgcagaatgctatggctgatgtt
gtcgtcaactccattcctcgggatctcaaccttaatagtgggctcctttctcaggccctc
ttggcaaaagctgggccaaatctccagaaggaattgaacacagctggacaagggatagct
gttgacgtgggcacgattcttcaaaccactggttgtaatctgcaatgcaaccaagtgctt
catgtggtggctccgagctggaacaatggcgacacatcttcacacaagataatgcaagac
ataatcagaaaatgtttggaaatgactgagaacttgtccttaaactcaattgcgtttcca
gccataggaacaggcaatttggggtttcctaagactgtttttgctgaattgatcatttca
gaagtgttgaaatttagtagcaacaatcaaccaacagctttacaagaggtttgctttgtg
ctgcacccgagtgatcacggaaatattcaggcattttcagatgaatttgacagaatagct
aatggaaatttcatcagtgacaaaattgccaagattcagaatacacaaggtttgtatggg
actgttaccagccctgcttcaggagtgtatgaaatgaaaattggccccatcatcttccag
gtggccactggagatattgctaaagaagcagcagatgtgattgtaaattcaacaacaaag
acatttgatcgcaaagcaggggtctccaaagcaattttggaaaaggctggacaaaatgtg
gaaatagaatgttcttgtctagcacaacagcagaacgatggttatataattactggtggt
ggatctctgaagtgcaagaatattattcatgtcgttggtggagctgatgtcaagagatca
gttacctgtgttttgcaagagtgtgaaaaacggaatcactcgaccatttgcctcccagcc
attgggacaggacgtgctcaacaagacccagataaggctgctgaagccataatggatgcc
attgaagactttatccagaaaggactagtgcagtctgtgaaaaaagttaaagttgttatc
tttcagcctcaaataatggatgttttttgtgccaacatgaaaaaaagagaaggctctcag
gctccctcacagtctataatgtctaaaattgcatcatttttcgacttctcaaagcaacct
tcccccaaacaaaagcctttggttttggagaagaaaacagaatcagcaatttttcaggtg
tgtggtgaaaatgaaacatctgtacaaaatgccctcttctgcctacagaatctgatggaa
aaggaacagagtctttacaccagtgaagaggaatgtatcagagactttgatgaaaaggag
tatcaggaattgaataaggtgcagaaggacttgaatatttttgtggacttggaccatcag
aaacctttgattaaggtttcaggaattagcagagatgtggaaaaggctagaaatgcagtt
gaggagatgatcaagacagttagatcagccaaagagcaggaatccagagctgattatatc
actgagtttgtagaatggcaatatgacgacaataacacttttcgtagttttgacaaaatg
accaatatgaaattggaggaggcaagaaaaaaacagggaaaaacagttgatgtccaaatt
aataatcagaactacacagtggacgtgaaaacatgctttgctacagatgcaaacggacac
agtttacaaattcagcgcattatgaaacctcaagttgagatccctggacactggagtgat
atgaagcagcagcgtgtctgtctggttgagctacagcctggccaaccagaatacagcaaa
gtggcagatgccttcaatcagacctgctcacaattcaagatagagaagattgagagaatc
cagaatcgaagtctctggcagttctaccagacaaagaaaaaaaccatggatgacaagaat
ggccatacacaaaatgagcagctgctcttccatgggacagatgctgactccttgccacat
gtcaatcaacatggctttaaccgcagttatgcaggaaagaatgctacgaaatacggaaag
ggaacctactttgctgtcaaggccagttattctgcccgtgatacttactgcagaccagac
gcaaatgggaaaaagcatatgtactatgggcgcgtgcttactggattgtacacacttgga
aatccttcattacttgaacctcctccaaaaaatcctaaaaatcctcttgacctgtatgat
actgtcacagataatgtgagcactccaagtttatttgtggtattttatgactaccaggct
tacccagaatacctcattacttttaaaaaataa
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