Myotis daubentonii (Daubenton's bat): 132230337
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Entry
132230337 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
132230337
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Gene cluster
GFIT
Motif
Pfam:
Macro
RRM_PARP14_3
WWE_1
RRM_PARP14_1
KH_PARP14_5
RRM_PARP14_2
KH_PARP14_4
KH_PARP14_2
KH_PARP14_6
KH_PARP14_8
KH_PARP14_3
KH_PARP14_1
PARP
WWE
Cytadhesin_P30
Cauli_AT
RNA_pol_Rpc4
Motif
Other DBs
NCBI-GeneID:
132230337
NCBI-ProteinID:
XP_059543638
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Position
3:complement(58674017..58831339)
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AA seq
1800 aa
AA seq
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MAAPGYFPLLVEGSWGPDPPKSLITKLQLYFQSQKRSGGGECEVRQEPGSPARFLVLFHP
LDVRQNVLKRENHELALPGKGTFKLTVKLLPDPNEVHDVCKEKIPAKESKAKEHAKEPDA
SEDTKISLNKRSEKMEDIPKECENIPSLVAFENLKAHVTDIMLTLLVENISGLSSADFEV
EVIRDFDVGVVTFQKYIDAMKFVEDCVMHHSVTRLQLSPRLLEATKTIRVENLPPGVDAY
NLKCLFENPQNGGGRVVSIECFPEESSALIEFFDRKVLNTIMTKKLDLNNMPLSVFPYYT
SLGTALYGKEKPLIKLPAPFKESLDLSLWKFLHKRNHLIEEINEEVRRSHCELTWSPLNG
EVTIRPAATLVNQGRKRIKNWKKDASIAFFGIRSRFKVTPFKVDPVVWDIVKNDIEDERI
LIEFDTDMGIVTLVGKSEDVQNIEPQIKELIENATQKVKREEQSLKEKVAMSPRKYSLLC
HSGVQEHLRREYPEMEIFYDRATQHMCFKGLGIDVYKAKSEVQEKVFIMVQKSIQLPPEV
LQFLQQADCSELSKSLLIAQKILAVYELEGTTVFLTGCSSEVLLEAEKQMVNSLSYKRID
IEDREFLNSKRWKAITNILSKKHNSSSKTVTINELTSGTTAEILIAGCVREVNAIYRFLS
DFVEKNMKIERFLEVKPPLVIDYLKAEKKLFLQKIKMNKLNVQVDFSARNKPKGILLTGS
KAEVLEGMNILKQARDSVCVKSISIDKPGANQSFRDKPWYYKREVRSFGCFVELLQNEGK
KEGGGSDGQKASCRTELAPGVSLIVQQGDLTRFPVEVVVNAANEDLRLSGGLAAALSKAA
GPELQADCDRIVKEKGKIAIGHATISKPGKLPYHQVIHAVGPKWNSSDVLGCVLQLKNAV
KKSLHLAAKRQYQSIAIPAISSGDGGFPLSQCVEAIVLAIKESFLYNWAGCTLKEVYLVD
LAEKTVEAFAETVKTVFKNNKPDAASLPSVPAGVQPGPRNTDGNRKMLLCPGGLRILLVK
GDVQNAMADVVVNSIPRELNLNSGPLSKALLAKAGPNLQKELNAAGQGIAVDVGTILQTT
GCNLQCNQVLHVVPPNWNNSDTSSLKIMQDIIRKCLEMTENLSLNSIAFPAIGTGNLGFP
KTVFAELIISEVFKFSSNSQPTALQEVCFVLHPSDHGNIQAFSDEFDKIANGNFISDKIA
KTQNTQGLYGTVTIPASGVHEMKIGPIIFQVATGDIAKEAADVIVNSTTKTFDHKAGVSK
AILEKAGQTVEIECSRLAKQHNDGYIITGGGSLKCKNIIHVVGGADVKRSVTCVLQECEK
RNHSTICLPAIGTGQAQQDTDKVAEAMMDAIEDFIQKGLVQSVKKVKVVIFQPQIMDVFC
ANMKKREGAQAPSQSIMSKIASFFGFSKQPSPKQKLLVLEKKTESAIFQVCGENETSVQN
ALSCLQNLMEKEQSLYSSEEECIKDFDEKEYQELNKLQKDLNILVELDHQKPLIKVSGIS
RDVEQARNAVEEMIKTVRSAKEQESRADYITEFVEWQYDDNNTFRSFDKMTNMKLEEARK
KQGKTVDVQINNQNYTVDVKTCIATGANGHSLQIQRIMKPQVEIPGHWSDMKQQRVCLFE
LQPGQPEYSKVADAFNQTCSQFKIEKIERIQNRSLWQHYQTKKKTMDDKNGHIQNEKLLF
HGTDADSLPHVNQHGFNRSYAGKNAVAYGKGTYFAVSASYSANDTYSRPDANGKKHMYYV
RVLTGLYERGNHSLLVPPPKNPQNPLDLYDTVTDNVSNPSLFVVFYDYQAYPEYLITFKQ
NT seq
5403 nt
NT seq
+upstream
nt +downstream
nt
atggctgcgcccggctacttcccgctgctggtcgaagggtcctggggtcccgatcccccg
aagagcttgatcaccaagttgcagttgtacttccagagccagaagagatcgggaggcggg
gagtgtgaggtccgacaggaaccaggcagcccggcccgcttcctagtgctcttccacccg
cttgacgttcggcagaatgttttgaagagagagaaccatgaattagcattgccaggaaaa
ggaacatttaagttaacggtcaagttgcttccagacccaaatgaagtccatgatgtctgt
aaggagaaaattccagcaaaggaatccaaggccaaagaacatgccaaagaaccagatgca
tcagaagatacaaaaatctctctcaacaaaagatcagaaaaaatggaagatatcccaaag
gaatgtgaaaatattccgtctttggttgcatttgaaaatctcaaagcacatgtgactgat
ataatgctaaccttgttggtggagaacataagtggcctgtccagtgctgattttgaagtg
gaagtaatacgagattttgatgttggcgtagttacctttcaaaaatacatagatgccatg
aaatttgttgaagattgtgtcatgcaccattcagtgacacgacttcagctttctccaaga
cttctggaagcgacaaaaacaatcagggttgaaaacctgccacctggtgttgatgcctat
aatttgaaatgtttatttgaaaatcctcaaaatggagggggaagagttgtcagtattgaa
tgttttcctgaagagagttcagctctgatagaattttttgacagaaaagtgttaaacacc
atcatgaccaagaagcttgacctcaataatatgccgctctccgtgttcccatattatacc
tccttgggcacagctctgtatggaaaggagaagcctctgatcaagcttccagcaccattt
aaagaatctttggatctttctttatggaagttcttacacaaaaggaatcatctgattgag
gagataaatgaagaagtgagacgttctcactgtgagctaacatggtccccactcaatggt
gaagttaccattagacctgcagccaccttagtcaatcaaggaagaaaaagaatcaagaac
tggaagaaagatgcttccatagccttctttggcatcaggtctagatttaaagttacccca
tttaaagtggacccagtagtgtgggacatcgtaaaaaatgacatagaagatgaaagaatt
ttgattgagtttgatacagacatggggattgtaaccttagtggggaaatcagaggatgta
caaaacattgagccacaaatcaaggaattaatagaaaacgccactcaaaaagttaaaaga
gaagagcaaagtctgaaggagaaagtggccatgtctccaagaaagtattctcttttgtgc
cacagcggtgtgcaggagcatctccgcagggagtacccagagatggagattttttatgac
agagccacccaacacatgtgctttaaaggactcggtatagatgtgtataaagcaaaaagt
gaagtccaggaaaaggtgttcatcatggttcagaaaagcattcagctcccccctgaggtt
ttgcagtttttgcaacaggctgactgttcagaactctccaagtctcttttgatagcacag
aaaattcttgcagtttatgagctagagggcacaactgttttcttaaccggctgttcttct
gaagtcctcttagaagctgagaagcaaatggtcaattccttaagttataagcgcatagac
attgaggacagggaatttcttaacagcaagagatggaaagccatcactaacattttgtca
aagaaacataattcctcctcaaagactgtaacgatcaatgagttaacttcaggaaccaca
gctgagatccttattgcaggctgtgtgagagaagtaaatgcaatctaccgcttcctttct
gactttgtggaaaaaaacatgaaaatagagagattccttgaagtaaagcctccattagtg
attgattatttaaaggcagagaagaagctattcttgcaaaagataaagatgaacaagcta
aatgttcaggtagatttcagtgctaggaacaaaccaaaaggcattttactaactggctca
aaggccgaagtcctggagggaatgaacatcctcaaacaagccagggattcagtttgtgtt
aaaagcatcagtattgataagccaggagccaaccagtccttccgggataaaccatggtat
tataaacgtgaggtacggtcatttggttgttttgtggaactattgcagaatgaaggaaag
aaggagggaggtggcagtgatgggcagaaggcctcctgtcggacagaattggcccctgga
gtctcgctgattgtacagcaaggcgacttgacacggtttcctgttgaagtggtggtgaat
gccgcaaatgaggacctccgtctcagtgggggcctggctgctgctctttcaaaggcagct
ggccctgagctccaagcagactgtgaccggatagtgaaggaaaagggtaagatcgcaatt
ggccatgccaccatctcaaaaccaggaaagctcccataccaccaggtgatccatgcagta
ggacccaagtggaacagcagtgatgttctggggtgtgtgttacagttaaagaatgccgtg
aaaaaaagtctccatttggctgctaaacgccagtaccaatccatagccatccctgccatt
agttctggagacggtggctttcccttatcccagtgtgtggaggccattgttttggccatc
aaggaatccttcctgtataactgggctggatgcaccttgaaagaggtttaccttgtggat
ttagctgagaagactgttgaggcctttgctgaaactgtgaaaactgtatttaaaaacaac
aagcctgatgctgcttccctgcccagtgtacccgcaggagtccagccgggcccgagaaac
actgatggaaacagaaaaatgctgctgtgcccaggtggtctgaggatcctgttggtgaaa
ggagatgtgcagaatgctatggctgatgttgtcgtcaactccattcctcgggagctcaac
cttaatagtgggcccctttctaaggccctcttggcaaaagctgggccaaatctccagaag
gaattgaacgcagctggacaagggatagctgttgacgtgggcacgattcttcaaaccact
ggttgtaatctgcaatgcaatcaagtgcttcacgtggtgcctccgaactggaacaatagc
gacacatcttcactcaagatcatgcaagacataatcagaaaatgtttggaaatgactgag
aacttgtccttaaactcaattgcgtttccagccataggaacaggcaatttggggtttcct
aagactgtttttgctgaattgatcatttcagaagtgttcaaatttagtagcaacagtcaa
ccaacagctttacaagaggtttgctttgtgctacacccgagtgatcatggaaatattcag
gcattttcagatgaatttgacaaaatagctaatggaaatttcatcagtgacaaaattgcc
aagactcagaatacacaaggtttgtatgggactgttaccatccctgcttcaggagtgcac
gaaatgaaaattggccccatcatcttccaggtggccactggagatattgctaaagaagcg
gcagatgtgattgtgaattcaacaacaaagacatttgatcacaaagcaggggtctccaaa
gcaattttggaaaaggctggacaaactgtggaaatagaatgttctcgcctagcaaaacag
cacaacgatggttatataattactggtggtggatctctgaagtgcaagaatattattcat
gtcgttggtggagctgatgtcaagagatcagttacctgtgttttgcaagagtgtgaaaaa
cggaatcactcaaccatttgcctcccagccattgggacaggacaagctcaacaagacaca
gataaggttgctgaagccatgatggatgccattgaagactttatccagaaaggactagtc
cagtccgtgaaaaaagttaaagttgttatctttcagcctcaaataatggatgttttttgt
gccaacatgaaaaaaagagaaggtgctcaggctccctcacagtctataatgtctaaaatt
gcatcatttttcggcttctcaaagcaaccttcccccaaacaaaagcttttggttttggag
aagaaaacagaatcagcaatttttcaggtgtgtggtgaaaatgaaacatctgtacaaaac
gccctctcctgcctacagaatctgatggaaaaggaacagagtctttacagtagtgaagag
gaatgtatcaaagactttgatgaaaaggaatatcaggaattgaataagctgcagaaggac
ttgaatattttggtggaactggaccatcagaaacctttgattaaggtttcagggattagc
agagatgtggaacaggctagaaatgcagttgaggagatgatcaagacagttagatcagcc
aaagagcaggaatccagagcagattatatcactgagtttgtagaatggcaatatgatgac
aataacacttttcgtagttttgacaaaatgaccaatatgaaattggaggaggcaagaaaa
aaacagggaaaaacagttgatgtccaaattaataatcagaactacacagtggatgtgaaa
acatgcattgctacaggtgcaaatggacacagtttacaaattcagcgcattatgaaacct
caagttgagatccctggacactggagtgatatgaagcagcagcgtgtctgtctgtttgag
ctacagcctggccaaccagaatacagcaaagtggcagatgctttcaatcagacctgctca
caattcaagatagagaagattgagagaatccagaatcgaagtctctggcagcactaccag
acaaagaaaaaaaccatggatgacaagaatggccatattcaaaatgagaagctgctcttc
catgggacagatgctgactccttgccacatgtcaatcaacatggctttaaccgcagttat
gcaggaaagaatgctgtggcatacggaaagggaacctactttgctgtcagtgccagttat
tctgccaatgatacttactccagaccagatgcaaatgggaaaaagcatatgtattatgtc
cgtgtgcttactggattatacgaacgtggaaaccattcattacttgtgcctcctccaaag
aatcctcaaaatcctcttgacctgtatgatactgtcacagataatgtgagcaatccaagt
ttatttgtggtattttatgactaccaggcttacccagaatacctcattacttttaaacaa
taa
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