Xiphophorus maculatus (southern platyfish): 102237766
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Entry
102237766 CDS
T02923
Name
(RefSeq) poly [ADP-ribose] polymerase 14-like isoform X1
KO
K15261
protein mono-ADP-ribosyltransferase 10/14/15 [EC:2.4.2.-]
Organism
xma
Xiphophorus maculatus (southern platyfish)
Brite
KEGG Orthology (KO) [BR:
xma00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
102237766
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Macro
RRM_PARP14_3
RRM_PARP14_1
RRM_PARP14_2
KH_PARP14_1
PARP
KH_PARP14_3
KH_PARP14_2
KH_PARP14_8
WWE_1
KH_PARP14_6
KH_PARP14_5
WWE
KH_PARP14_4
MutL_C
DUF7738
Motif
Other DBs
NCBI-GeneID:
102237766
NCBI-ProteinID:
XP_023192012
LinkDB
All DBs
Position
7:28894926..28917040
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AA seq
1800 aa
AA seq
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MAEEYAFPVLVELEESNTPRLKNKLVKYFQSKKSNGGDCEVDYESGSSTALLRFLREEDQ
KNVLGKEKHQISLDEGVLKMAVRLPSDGKQKQGESSDEGNKKSDHAGIDKRSTIQEPVDG
GETGPKGKDGDSDDEEQCSKSAVLGNIPDSVNSEFLEMLVESILRDISSPTASQDYNLEL
IPDISSAVVTFQSGKDTTDFIERCPQIRMFTKKGLSVRPLETTKKIVVDGVADCSEDILC
LYFEDQGGEVEDVQLNEAEQSAVVTFKKHQDFKKVLGKKHEIKKEEVKVYPFYKSLGVAL
YGKDKPSPKLPAAISEPIDNAVLRYLANHKAALETVGCDLEKHFCNITLEQSAVRLSASP
SLLKQKDAKVIIKEWANTVKAAFSQAVSKFKTLKFSLESDLWEESEQKIKEKLQKEDVVV
VSDKTSGVLSVAGLENDVNTLKKPISDVLDRIKESVRREKLSKTQEINVSPSMFHILSQD
GLQDKLLQVYPELKMSYDQNKQALKVTGFVDEIINATQVISNATLGLKRQNLEVDEFLLD
MLKDEQQEEATDILLTAYGIKAALEISPQRVQLVAVSDKDLMNAQDHLSQILKSESIKVE
DFEFLKKPEWQQLVHQQENANSGSGMRVQIITHQQQVVVSGHKDSVDKVSSELEDFITEN
AHVEEFVAVDANVIIEYLKGQTTLLKQLEGVEVSFGNEEIILSGCRSAVKDCKTIVKDLL
ASVWFDSFKVIKPGVKKFFKEKEQLYTSLIKSDTDCLVQLADKSNEEDDLALVQVQQPIY
KVQTSDGVEIVVSKADMCSYSVDAVVNPSTEDLKHTSGLALALSKAAGPQLQTECDQIIS
VKGKLRPGDCVVTDAGGMLRCKNVIHAVGPYFDQAKPQRAEGQLKKIVKESLEQAEKCGC
VSVALPAISRNRGFPLNLCLATIARAVKEYCDEKYDDTLKMIHLVDQEDSVALAMENAVK
QEFGNHGVSVSSQNAIPKVSQKSSLLKLVPPDPSLCRGQTKEGLNIVLKKGNIEAAKTEV
IVNTVSEDLLLHKGAISNAIFSAAGPKLQQLVHSQKTSGSPGKIVVTDGCKLKSKQVFHV
IASNWDKGQGTAEKTLAGIFQDCLDLAEKTRLSSISFPAVGTGNLGFPKNLVATLMLDKF
LEFSSQRQSKNLKKIAVVLYPGDAETIQIFTDEFKKRFPSAPGLSTTVPAPADSSQSTSK
FSKVVSSSGKHETKLGNVTIQVETGDITKETTDVIVNSSDNSFTLTSGVSKAILDAAGVA
VLEECQYLGSQPNPGIIMTVPGNLKCKKILHLVVQPDIHSSVKEALQMCVKKSYTSISFP
ALGTDQGGVQAKQVADSMLDAVIDVFSQNTSSSLTLIRIVIFQQQTLKDFHSSMQEREAT
DPKEKGGFWSNVGHRLKSMFVSESADNKQENEVYDIKTVKVEPAEFHICGSSQAKVDAAK
KKINDLMSNEQCREEIIDNDILNLSSADCQRIVDIQMKMSVSIKKQSTNGQTSFIIEGLS
KDVLRASREIDNMLKKVRREQELKKKLELVATVAEWQYQQHGLSYQSFDQMTNYELEHAL
ERATPTLKVTIHGSDYTVQMPEGPATDSKGTILQIRRIDKLQGDDVPEFWDAMPAGKTCH
AVPILATSSEYAEVVNLFKATCNQTVTKIERIQNPGLWKSLQIKKQEMELRNNHQNNDKR
LFHGTTEDTVPIINESGFNRSYAGKNAACYGNGSYFAVKADYSAQDMYSRPNANGEKFMY
VCRVLTGDYTKGKPEMVAPPTKGGSGVHMYDSVVDDMATPSMFVVFHDTQAYPEYLINFK
NT seq
5403 nt
NT seq
+upstream
nt +downstream
nt
atggcggaggaatacgccttccctgttctggtggagttggaagaaagcaacacaccgaga
ctgaaaaataagttggtgaaatattttcagagtaaaaagtccaacggaggagactgcgag
gtggactatgagtccgggagctcaactgcgctgctgcgcttcctcagagaggaggaccag
aaaaatgtcctgggcaaagagaagcaccagatcagtttggatgaaggagtgttaaagatg
gcagtccgccttccttcagacggaaaacagaaacagggggaatcatctgatgaaggcaac
aaaaagtcggatcatgcagggattgacaaacggtcaacaattcaagaacctgtggatggt
ggtgagacaggcccaaaaggcaaagatggtgattcagatgatgaggagcagtgctccaaa
tcggctgttttaggaaatattccagattctgtaaactcagaattcctggaaatgctggtg
gagtccattttgagagacataagctctccgactgcctcccaggactacaacctggaactg
atccctgacatctcatctgctgttgtcactttccagagtggaaaagataccactgacttc
atagaaagatgtccgcaaatccggatgtttacaaagaaggggttatcagtccgacccctt
gagaccacaaagaagattgtggttgacggagttgcggactgcagcgaagacatcctctgc
ctctactttgaagatcaaggtggagaggtggaagatgttcagctgaatgaagctgaacag
tctgctgttgtcacgtttaaaaagcaccaagattttaagaaagtcttgggtaagaagcat
gagataaaaaaggaagaagtcaaagtctatccgttctacaaatcgttgggagtagcactt
tatgggaaagataagccgtcaccaaagcttcctgctgccatctcggagcccattgacaac
gctgtcctcagatacctagctaaccacaaagcggctctggagaccgttggctgtgacttg
gaaaaacatttctgcaacataaccctggagcagtctgccgtccgcctcagtgcctcgccc
tcattactgaagcaaaaagatgccaaagtcatcatcaaagagtgggcaaacactgtgaaa
gcagccttttctcaggctgtgtcaaaattcaaaacgctaaagttctccctggagtcagat
ttgtgggaggaatctgagcagaagattaaagagaaactgcagaaggaagatgttgttgta
gtttctgataaaaccagtggtgtcctttcagtggccggccttgagaatgatgtcaacaca
ctcaagaaacctatttcagacgttcttgacaggatcaaggaaagtgtccgaagggagaaa
ttaagtaaaacccaagagatcaatgtgtcaccatcaatgttccacatcctttctcaagat
ggtcttcaggataaactcctgcaagtgtacccagaactcaaaatgtcatacgaccaaaac
aagcaagctctgaaagtaactggctttgtggacgagattattaatgcaacccaggtgata
agcaacgcaacattaggattaaagcgacagaatttagaagtagatgagtttttgcttgac
atgctgaaggacgaacaacaagaggaggccaccgatatacttctaacagcctatggcata
aaagcagccttggagatcagtccacagagggtgcagcttgttgctgtttctgacaaggat
ctaatgaatgctcaagaccatctaagccaaattctgaaatctgaatccatcaaagttgaa
gactttgaattcctgaagaagccggagtggcagcagctggtccatcagcaggaaaacgca
aacagtgggtcaggaatgagagttcagatcataactcatcaacagcaagtggtggtgtct
ggtcacaaggacagtgtggacaaagttagcagtgaactagaagactttataacagaaaat
gctcatgttgaagaatttgttgctgttgatgcaaatgtcattattgagtacctgaaaggt
cagacaaccttgttgaagcaactagaaggggtggaagtgtcctttggaaatgaggaaatc
atcctaagtggctgtagatctgctgtgaaagattgcaagaccatagtcaaagatttacta
gcttctgtgtggtttgatagttttaaagtcataaaacccggagtcaagaagttctttaag
gagaaagaacaactttatacttccttgattaagagtgacactgactgcctggttcagctg
gctgataaatcaaatgaagaagacgaccttgccttagtacaggtacaacaacccatttac
aaagtccagacaagtgatggagtggaaatagtggtctccaaggcagacatgtgcagttac
tctgtggatgctgtcgtcaatccttctactgaggacttgaaacatacctcaggtcttgct
ttggcactttctaaagctgcaggtcctcagttgcagactgaatgtgaccaaataatttct
gtaaaaggaaaactccgacctggagattgtgtcgtaacagatgctggaggaatgcttcgt
tgcaaaaatgtgatccatgccgtaggaccctattttgatcaagcaaagccacagagggct
gagggccagttgaaaaaaattgttaaagaaagcttagaacaagctgaaaagtgtggctgt
gtgtctgtggcccttcctgccatcagcagaaatcgtggcttcccactcaatctgtgccta
gctaccattgctagagcagtgaaggaatactgtgatgagaagtacgatgacaccttgaag
atgattcatctggtggaccaagaggacagtgttgctcttgccatggagaatgctgtaaag
caggagtttggaaatcatggagttagtgtttcgtctcaaaatgctatccctaaagttagt
cagaaatcttcattgctcaagctagttccacctgacccaagcttgtgccgagggcagacc
aaagagggcttgaacattgttcttaaaaagggaaacattgaggctgccaagacagaggta
attgtcaacactgtgtcagaagatcttttattgcacaaaggggcgatttcaaacgccatc
ttcagtgcggctggacccaaacttcaacagctggtacacagccagaaaaccagtggatca
ccaggcaagattgttgttacagacggctgcaagctgaagagcaaacaagttttccatgta
attgcttcaaactgggacaaaggccaaggcacagctgaaaagactctagctgggatcttt
caagattgcttggatttggcggagaaaactcgtttgtcgtctatatctttcccagctgtt
ggtaccggaaacctgggttttccaaaaaatcttgttgccactttgatgctggataaattc
ttggagttcagcagccagagacaatccaagaaccttaagaagattgcagttgttctttat
cctggagatgcagagactattcagatatttacagatgaatttaagaagaggtttcccagt
gccccgggtctttcaacaacagttcctgcacctgcagactcttcacaaagtacaagcaaa
ttttctaaagttgtctccagttcaggaaagcacgagactaaactgggaaatgtgacgatt
caggtagaaactggagacataacaaaggagacgactgatgtcattgttaactcttcagat
aacagcttcactctcacctcaggagtatccaaggctattctggatgcagctggtgtagct
gttttagaagaatgccaatatcttggttcccagcccaatccaggcattataatgactgta
ccaggaaacctaaagtgcaaaaagattctccacctggtcgttcagccagacatccacagt
tctgtaaaggaagcactccaaatgtgtgtgaagaaatcctacacttctatttcatttcct
gccctgggcacagatcaaggcggtgtgcaggctaaacaggtggcagactccatgttggat
gctgtgattgatgttttcagccaaaacacctccagctccctgactttgatcaggatagtc
atcttccagcaacagacgctgaaagatttccacagcagcatgcaagaaagagaagccact
gatccaaaggagaaaggaggattctggtccaatgttggccacaggttaaaatctatgttt
gtatcagaaagtgctgacaacaaacaggaaaacgaggtgtatgatatcaagactgtcaaa
gtggagcctgccgagttccatatctgtggttcctcacaggccaaagtagatgcagccaag
aagaagataaatgacctgatgtctaatgaacaatgccgcgaagagattatagacaacgac
atcttgaacttatcttctgcagactgtcagcgcattgttgacatccagatgaagatgagt
gtgagcatcaaaaaacaaagcactaatggccaaacctctttcatcattgagggtctcagt
aaagacgtgctccgagccagtcgggagatagataatatgctgaagaaagtgagacgagag
caggagctgaaaaagaaattggagctggtagccactgtggcagagtggcagtatcagcaa
catgggctttcatatcagagttttgatcagatgaccaactatgagcttgaacatgcgttg
gagagagcaacacccactctaaaagttaccatccatgggtcagactatacagtccagatg
cctgaaggaccagccactgacagcaagggaaccatcctgcagataagacgaattgacaaa
ctacaaggtgacgatgttcctgagttttgggatgccatgccggctggaaaaacatgtcat
gccgtccccatccttgctacttcttcagagtacgcagaagtcgtcaatctcttcaaagcc
acatgtaatcaaaccgtcaccaagattgaaaggatccagaaccctggactgtggaaaagt
cttcagatcaaaaaacaggaaatggagctgagaaataatcatcagaacaatgacaaacgt
ctcttccacggcaccactgaagacactgtccccatcatcaatgaatctggcttcaacaga
agctatgcaggaaaaaatgctgcttgttatggaaacggttcctacttcgcagttaaagct
gattattctgcacaagacatgtactctaggcccaatgcgaatggagaaaagtttatgtac
gtctgcagagtgctgacaggagactacaccaagggaaaaccagaaatggtcgctccacca
accaaaggaggctccggtgtccacatgtatgacagtgtggtggacgatatggccaccccc
agcatgtttgtagtgtttcatgacacccaggcctatcctgagtatctgatcaacttcaag
tag
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integrated database retrieval system
