Xenopus laevis (African clawed frog): 108701241
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Entry
108701241 CDS
T01010
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP14
KO
K15261
protein mono-ADP-ribosyltransferase 10/14/15 [EC:2.4.2.-]
Organism
xla
Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:
xla00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
108701241
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Ortholog
Paralog
GFIT
Motif
Pfam:
Macro
RRM_PARP14_3
RRM_PARP14_1
KH_PARP14_2
KH_PARP14_1
PARP
RRM_PARP14_2
KH_PARP14_3
KH_PARP14_8
KH_PARP14_6
KH_PARP14_4
WWE_1
KH_PARP14_5
WWE
KH_DEAH11
YqgF
NTP_transf_2
Motif
Other DBs
NCBI-GeneID:
108701241
NCBI-ProteinID:
XP_018091089
UniProt:
A0A1L8EV90
LinkDB
All DBs
Position
9_10L:56039220..56068042
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AA seq
1589 aa
AA seq
DB search
MGDNSAYQFPVALEWDLGAEKLKELKNKLLVYFQSRNKSDGGECVIKDPDCTQGYILIHF
SQETVRNRVLGKRTHELPLSNGKRLKFDVKLPDVTIVALPPVAAQLMPTGPDPEVPGPSY
EMNNVLHAPQLHRALIKNVSDSCTQEMLNLLVETVSAKCQGQDFYIEMIPEIGSAVVTFT
CNIDLFNVIDKFSGSLRVNQMKLTVQPMMETKSIRAENLPLKTSDIDLVIYFECPRNGGG
RVQEVVLISEEEAALLTFYDEGVVQTMLGKQHAFGKKQISVYPYYVSLGITLYGEKGPCV
TLPNPVKVQTSPYILEFILGHPQIREDIDEKMAAKNCEITWPDLNCSKSPIKLSIPSSLS
SYLRTMAKIVRTWKNQVSTEFSLIISRFKVAKYKVIPSAWEAIKGEVSSSTYEGVLVKLD
LAEKKVFLAGWLSDVNKTEQTLSKLLQNITREAERQTLEEAEPIDQALYKLLLAKGFEET
VMRRYPQLNMSYDKLRKSLMICGLREEIDGVKYSVQDMKGTFKQKAVVLPSVVLNFLRQA
DMDGLSCLLIEHGIRAMFYIHNNTLILIGCSIKDLSEAEERLRSELQWKEVFIDHQITQS
PEWTNLKVHLDQTFNTERYTLKVYDLAPTGKPSVILSGLAPSMQSAYQQIHEFVEKNSPL
QKEIQVRSEVAIKYLKETETQLCLKMKNITVKIEMQQHMISLQGPRPCVQKAETLVQTML
SSLHIRKLIITKPGVKKLCKENTDMYSTVAMRKFSCVIHVQEDEEDDQDGFTTALYKDDL
TCHNGDNEVNAAVKLTTKEGLNISVLQRDIQDATSDAIANSVGSALNLSRGKSCRALYSR
AGPKLQELLKNVSQGALVVPGSVFITDGCKLNCQKVLHAVTPVWDNGAGSSETLLRKIVK
SCLELLEQHQLKSISFPAIGTGSLGFPKDLVATVMFSEVFQFSSNNKPQSLQEVAFILHP
SDTDTIKAFTREFTKHNVPGLSPVKPCASPAPAPGFYGKVTSSALGVHEMKIGPVLYQVK
PGDITKETSDVIVNSSDQTFSLKLGVSRAILEAAGQSVEIECALLRAQPHKGFIVTKGGS
LQCKWILHVVGPTEPMQIKACVLEALQECARLKATSVAFPAIGTGMGAVPPSDVADAMLE
AVEDYVRSRPVLSLQEIKIMIFQQQMLNEFYVTMKQKEGSNPPAPQSLPGQITSPMKSPL
KAKKTPKSVDFAGSVEPVIFQICGKSKDNVTQASNWLNDLILKEQSENVISWEWPEGFSI
HDKNNLNDLEAKHQVVIKVEPSKLRISGLTRDVLKVSLEVQAMIEKKKDKKTKTQEAQLC
LNLVEWKYRNGEKFVAFDKITNMDLEKNQDNVLQTVTVNIKGEKYKVDFQNKCVYNNLRK
RICIQRTLKGALLFPDYWDEMETVLYKEVTLDPTGKEYKRIKALTSRSCAINILMITRIQ
NKHLWQNYQIRKQSIDAKNEKLDTEKQLFHGTQESTIKIINQHGFNRSYVGMNAASYGNG
TYFAVDASYSAADTYSKPDKNGQKYMYLARVLTGLSCLGHHQMISPPSRSTSDPTDLYDS
ATDNITAPRMFVIFNDVQAYPEYLITFKM
NT seq
4770 nt
NT seq
+upstream
nt +downstream
nt
atgggagataattctgcttaccagtttcctgtagccctggagtgggatctgggggccgag
aaactgaaagagctgaagaacaagctgcttgtgtatttccagagcagaaacaagtctgat
ggaggggagtgtgtgatcaaggaccccgactgcacccagggatatatcctcatccacttc
agccaagaaacagtgcggaatcgagttctagggaaaaggactcatgagctgcctttgtcc
aatgggaagagactgaagtttgatgtcaaactgccagatgtcacaattgtggctcttccc
ccagtggctgcccagctaatgcctactggacctgacccagaggtgcctggaccctcatat
gaaatgaataatgtacttcacgccccccagctccatagagccctaattaagaatgttagt
gacagttgcacacaggagatgctgaaccttttggtggagacagtcagtgccaagtgccag
gggcaagatttctacatcgagatgattcctgagattggctctgctgtggtcactttcaca
tgtaacattgatctctttaacgtcattgataaattctccggaagcctaagggtaaatcag
atgaaactcacagtgcagccaatgatggaaactaaaagtatccgggctgagaatctgcct
cttaaaacatctgatatcgacctggtgatttactttgagtgccccaggaatggaggggga
agagtgcaggaggtggtgctaatatcagaagaggaggctgcgctactgacattttatgat
gaaggagttgtacagacgatgttggggaagcagcatgcgtttggaaagaagcagatatca
gtgtatccatattatgtgtccctgggtataactctatatggggagaaggggccttgtgta
acattacccaaccccgtgaaggtgcagactagtccatatatactggaattcatactggga
catccacagataagagaagacatagacgagaagatggcagctaagaattgtgagatcaca
tggccagatttaaactgctccaagtcccccattaaactctccattcctagctccttatca
tcttatctcaggactatggcaaaaattgtacggacatggaagaatcaagtttctacagaa
ttctcccttattatttccaggttcaaagttgcaaagtacaaagtaattccatcagcttgg
gaagccatcaaaggagaagtcagcagctccacatatgagggagttttggtcaaactagac
cttgctgaaaagaaagtctttcttgcaggatggttgagtgatgttaataagacagagcag
actctcagtaagctgttgcaaaatattactagagaagctgaaagacagaccttggaggaa
gcagaaccgattgaccaggctttatataagctactgcttgcaaaaggatttgaagagaca
gtaatgagaagatacccacagctgaatatgtcctacgacaaactaagaaagagcttaatg
atctgtggcttaagagaagaaatagatggcgttaaatattcagtacaagacatgaaagga
acattcaaacagaaagcagttgttttaccttctgttgttcttaatttcctgaggcaggct
gacatggatgggttgtcttgtctcctcattgagcatggaataagggcaatgttctacata
cacaataacacactcatactgattggatgctccataaaggatctgtcagaggcagaggag
aggctgagaagtgagttgcagtggaaagaagtttttattgatcaccagataacccagagt
cctgagtggacaaatctcaaggtgcatttggatcaaacctttaacactgagagatacact
cttaaggtttatgacttggccccaacaggaaaacctagtgtgatactctctggtcttgct
cccagcatgcaaagtgcttaccaacagatccatgagtttgtggagaagaactctccattg
cagaaggaaattcaagtcaggtcagaagtagccattaagtatctcaaagagacagaaaca
caactttgcttaaaaatgaaaaatatcacagttaaaattgaaatgcagcaacacatgatt
tccttgcaaggtcccagaccctgtgttcagaaggcagaaacccttgtacaaacaatgctg
tcttcactgcatatcagaaagctgatcattacaaagccaggggtgaagaagttgtgcaag
gaaaacacagacatgtacagcactgttgccatgcgcaaattcagctgtgtcatacatgtg
caagaggatgaggaagatgaccaagatgggtttaccactgctttgtataaggatgacctg
acttgtcacaatggtgataatgaggttaatgcagccgtaaaactgactacaaaggaaggt
ctgaacatatctgtactccaaagggatatccaagatgccacatcagatgccatcgctaac
agtgtgggttcagcccttaatctcagtaggggaaagtcctgcagagccttgtatagtcga
gcaggccccaaattacaggaacttctgaagaatgtgagccaaggagccctggtagtgcca
ggatctgtgttcattactgacggctgcaaactcaactgccagaaagttcttcatgccgtg
accccagtgtgggacaatggagcaggctcttctgagacgttactaaggaagattgttaaa
tcctgcctggagttgttagaacaacatcagctgaaatcaatatcattcccagccattggc
acaggaagtttggggttccctaaggatctggtggcaactgtaatgttcagtgaagttttc
caattcagcagtaacaacaaaccgcagagtctccaagaagtggccttcattcttcatcca
agtgacaccgacactatcaaggcttttacaagggaatttacaaaacacaatgttcctggt
ttatctcctgttaaaccctgtgcatcacctgcacctgccccaggtttctatgggaaagtc
acaagctcagcacttggagtccatgaaatgaagattggacctgtcctgtaccaagttaaa
cccggggatataaccaaagagaccagtgatgtcattgttaactcttcagatcaaactttt
tcattaaaattaggggtctccagagctatactggaagcagcaggacaaagtgttgagatt
gaatgtgcactattacgggcccagcctcacaaagggtttattgtgacaaagggtggaagc
ctccagtgcaagtggatcctccatgtggtgggaccaactgaaccaatgcaaataaaggcc
tgtgttttagaggctctgcaggagtgtgcaaggctgaaggccacatcagttgcatttcca
gctattggcacaggtatgggagcagtgccaccttctgatgtggctgatgctatgttagag
gctgtggaagactatgtcagatcccgaccagtcctgtcacttcaagagatcaaaataatg
atcttccaacaacaaatgctaaatgagttctatgtcacaatgaaacagaaagagggaagc
aacccacctgctccacaatcactcccgggccaaataacctctccaatgaaatccccactg
aaggccaagaaaacacctaaaagtgtggattttgcagggagtgtagagccggtcattttc
cagatttgtggcaagagcaaagataatgtgacccaggcctccaactggctgaatgatctc
atattaaaagagcaatctgagaatgttatcagctgggaatggcctgaggggttcagtatc
catgataaaaataatctgaatgatcttgaggctaaacatcaagtcgtcatcaaggtagaa
ccttcaaaattacgcatttctggcctcacaagggatgttctgaaggtatcacttgaggtc
caagccatgatagagaaaaaaaaggacaagaaaaccaaaacgcaagaagcacaactttgt
ttgaacctcgtagagtggaaataccgcaacggagagaagtttgtggcttttgacaaaata
actaacatggatctggagaagaatcaggacaatgtgctacaaactgtgactgtaaatatt
aaaggggaaaaatacaaagttgactttcaaaacaaatgtgtctataacaatctgagaaag
agaatatgcatccaaagaactcttaaaggggccctgctttttcctgattactgggatgaa
atggagacagtgctgtacaaggaggttaccctggatcctactgggaaggaatacaaacgg
atcaaagctttgacttcaagatcgtgtgccattaatatactgatgatcacacgcatacag
aacaagcacttgtggcagaattaccaaatcagaaagcaaagtatcgacgcaaagaatgag
aaactggatacagagaagcaactgttccatgggactcaggaatcgacaatcaagatcatc
aatcagcacggattcaaccgcagctatgtgggaatgaatgctgcttcatatgggaatggg
acgtattttgcagtggatgccagttactctgcagcagatacatactccaaaccagacaaa
aatgggcagaaatatatgtatttggcacgagtgctcacaggtctcagctgccttgggcac
caccaaatgatttcacccccatccaggagcacgtcagaccctacagatctgtacgacagt
gcaacagataacatcacagcgccgagaatgtttgtcatattcaatgatgtgcaggcctat
ccagaatatctcatcacctttaaaatgtga
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