Micropterus salmoides (largemouth bass): 119907108
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Entry
119907108 CDS
T07309
Symbol
parp10
Name
(RefSeq) protein mono-ADP-ribosyltransferase PARP10 isoform X1
KO
K15261
poly [ADP-ribose] polymerase 10/14/15 [EC:
2.4.2.30
]
Organism
msam
Micropterus salmoides (largemouth bass)
Brite
KEGG Orthology (KO) [BR:
msam00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
119907108 (parp10)
Enzymes [BR:
msam01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.2 Pentosyltransferases
2.4.2.30 NAD+ ADP-ribosyltransferase
119907108 (parp10)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PARP
WWE
RRM_1
UIM
KptA_kDCL
Motif
Other DBs
NCBI-GeneID:
119907108
NCBI-ProteinID:
XP_038580627
LinkDB
All DBs
Position
Unknown
AA seq
1208 aa
AA seq
DB search
MPVESPEERRVEVLALPPGVDEELLFLYFENKRRSGGGPLVSVEKKGDRAILEFEEAEAA
SQVLSKGHHVLHNVELTVRKPASKDRCRLLLQGLNPNTNIDMIELYVENMMGVRDFTLYP
SQGGDFILIHLSQPFSKDFQNLSAKISKKMLNGSTVTLEQIEQTDSILVENLHPGTTPDL
LTLYFESNGGGNQKVKSVTLLSESTAKVSFVNYESVNPVLELPHKLEGADLAVMPYFDFL
QPTERLTSQASGIGSQEMTERNSEDLSDNQMQTSPPVVAIANSQSSSQTSSEPLAAQEAV
EEASGDAIEDQMEEEDTLSDHIPIADPAKLALFQLSTFQQDSEKAHPDVTIQIKDNGVHI
AGTDRQTFEQIKHTILDYFGKMAETHFTLEPEKAQFLERKDVKKRLLQIMGQTESPAMYT
VSDCNVAVTSLSQNSANQACNFLKSQLCHFSIPLDREYEGMLNCREWSEFVQALGFSSVK
VSEQGRNADVLTLKGMESEKQTAILQFLATPIERETVISMEPGVLKYIQTHCHQLLADMD
EVSIFPLEAEEVCGLKIHGLAISCQMAKEVLQGIVSSICTRTITVNAPGVTRFLDDTECK
SILKEMETKFQVLIIPKLVPWQPLPHQDIFETAWTMMSHRNFQKVSLDGSAQELKSDSLH
TDHNGAADRGLLDEAKRIVSAIDEGLEEGVSTSNQLDDMDNVDLYTAEEPTSLTDQDSNV
IDVDAFQPSAERNATSGLLLNDGALGLSSNLEEEAQMSLAIQYSMESSHWSLQEEEEQLQ
KALELSREMSQHEASASSTDKSAHVDKLGKGKNISLEDTIKAANTIQLVVFAGYNCDLIR
VDIAFGKKVSQRQVEEKLEHRSVKNMSEYHRKCLEMIKRKHAVEIQIQGTIISVSGFKDF
VTGALCDVKLLLEKISNYVPDQEILRAVQWVHHNPASSDTTPYSPDATIFIEHAWRMKLK
KVDILIDNQPHTINFEKMEEYHIPSGKSVKISRKLLNLEDLVEDVSEEDFSLLSNLPEAT
KVDEESDEFQTVVKNFYETIQEYHSKIRIIQVEKLMNRLLYNQYKLKKASILQRALYPEV
ERTLYHGTSETSVKEICVHGFNRSFCGKNATVYGQGVYFAVNSALSVQDQYSPPNADGYK
FVFVSKVLTGDFTKGCHSMKAAPLKETGAIPLRYDSVTDDITKPSMFVIFNDTQAFPEYL
ITCQRIHR
NT seq
3627 nt
NT seq
+upstream
nt +downstream
nt
atgcctgttgaaagcccggaggagaggagggtggaggtgctggcgctgcctccaggagtg
gatgaggagctgctctttctgtactttgagaataagcgccgctccgggggaggtccactc
gtctctgtggagaagaagggtgaccgtgccatactggagtttgaagaggcagaggctgca
tcccaagtgctgtctaaagggcaccacgttctgcataatgtggagctgactgtgagaaag
cctgcctcaaaggaccgatgtagactgctgctgcaggggctcaaccccaacaccaacatt
gatatgatagagctctacgtggagaacatgatgggggtgcgtgacttcactctgtatccc
tcacaggggggggattttatcctcattcacctcagccaacccttctcgaaagatttccaa
aaccttagtgctaaaatctccaagaagatgctcaatgggtccacggtcactcttgaacag
atcgagcaaactgactccatcttagtggagaacctgcaccctggcaccactccagacctg
ctcactttgtactttgagagcaacggaggtgggaatcagaaggtgaagtcggtcacactg
ctttcagagagcacagcaaaggtgtcctttgttaattatgaatctgtgaaccctgtcctg
gagctcccacacaaactggaaggtgctgatcttgcagtgatgccatactttgactttctt
caacctacagaaagattaacatcacaagcctctgggattggaagccaagaaatgactgag
agaaactcagaggatctgagtgataatcagatgcagaccagtcctcccgtggtggctatt
gcaaacagccaatcctcctctcagacgtcctctgagcctcttgctgcccaagaagcagta
gaagaggcatcaggagatgccatcgaggatcaaatggaggaagaagatacactgtcagac
catattcctatcgctgacccagcaaaacttgctttgtttcagcttagcacctttcaacag
gatagtgaaaaggctcacccagatgtcaccatccaaatcaaagacaatggtgtgcacatt
gcagggactgacagacaaacgtttgagcagataaaacacacaatcttggactattttggc
aaaatggctgagactcacttcaccctggagccagaaaaggctcagttccttgaaagaaaa
gatgtaaaaaaacggctactgcaaatcatgggtcaaaccgagtcacctgccatgtacacc
gtatcagactgtaatgttgcggtaacctccctatcccagaactcggctaaccaggcgtgt
aactttttgaagtcccagctgtgtcacttcagcataccgctggatagagaatatgagggc
atgttaaactgcagagagtggtctgagtttgtgcaggctctgggtttctcctctgtaaag
gtgtcagaacaaggaaggaatgctgatgtgttgactctgaaaggaatggagagtgagaag
cagactgcaatcctgcagttccttgctacacccattgaaagggagaccgtcatctctatg
gagccaggcgtgttgaaatacatccagacacattgtcatcaactattggctgacatggac
gaagtgtctatctttccactagaagcagaggaagtttgtgggttaaagatccatggcctt
gcaatttcttgtcaaatggctaaggaggtgttgcagggtatagtgtcctccatctgcacc
aggaccatcaccgtaaacgctccaggtgtgacccgcttcctagatgatacggagtgcaag
agcatcctgaaggagatggagactaagtttcaagtccttatcatcccaaagctggtgccc
tggcaacccctgccacaccaggacatttttgaaaccgcatggacgatgatgtcccacaga
aacttccagaaagtgtctttggatggttctgcacaagagttaaaatcagattcattgcat
actgatcacaatggagcggcagacagaggtcttttagatgaggcaaagagaatcgtctca
gctattgatgaaggactcgaggagggtgtgtccacttcaaatcagcttgatgacatggat
aacgtggacctttatacagcagaggaaccaaccagcctgacagaccaggactctaatgtg
atagatgttgatgctttccagccctcagctgaaaggaatgctacgagtgggttactcctg
aatgatggagctctgggcctttccagcaaccttgaagaagaggcccaaatgtccctagcc
atccagtactctatggagtcaagtcattggtccctgcaggaggaggaggaacagctgcaa
aaagcattggagttgtcaagggaaatgagccaacatgaagcttctgctagtagtactgac
aagagcgcccacgtggacaagctggggaagggcaaaaatatttccttagaggacacgatc
aaggcggccaacaccatacagttagtagtgttcgcaggttataactgtgacctgattcgg
gtggacatagcctttgggaaaaaggtcagccagagacaggtggaggagaaactggagcac
aggagtgtaaagaacatgtccgaataccacaggaagtgtctggagatgatcaagcggaag
cacgcagtggagattcagattcagggaaccataatttctgtttccggcttcaaggatttt
gtgaccggagcactatgtgatgtgaagctgctgctggagaaaatctccaattatgtgccc
gaccaggaaatcctgagagctgtccagtgggtacatcacaacccagcctcctcagacacg
actccttattcacccgatgctacaatattcatcgagcatgcttggagaatgaagctgaaa
aaggttgatatcttgatagacaatcagccccacaccataaactttgagaagatggaagaa
taccacataccttcagggaaatctgtgaaaatctccaggaagttgctcaatttagaggat
ttggttgaggatgtgtcagaggaggacttctctctgctgtcaaacctgcctgaagcaacc
aaagtcgatgaggaatctgatgaatttcagactgtggtgaagaatttctatgagaccatt
caggaataccacagcaaaatcagaatcatacaggtggagaagctcatgaatcgactactg
tacaatcagtacaagttgaagaaggcgagcatactacagcgtgccttgtatccggaagtt
gaacgaactctctaccatggcacaagtgagacgagtgtgaaagagatctgtgttcatgga
ttcaacagaagcttctgtggaaagaatgctaccgtctatggtcaaggggtgtattttgct
gtcaactctgcgctgtctgtccaggatcagtattcacccccaaacgcagacggatacaag
tttgtttttgtgtcaaaggttctaacaggagacttcactaaaggctgccattcgatgaag
gcggcccctctaaaggagaccggcgccattcccctccgatatgacagtgtgactgacgac
atcaccaagccgtcgatgtttgtcatcttcaacgatacgcaggctttccctgaatatctc
attacatgccagagaatccaccgttag
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