Silurus meridionalis (southern catfish): 124375892
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Entry
124375892 CDS
T08004
Symbol
parp10
Name
(RefSeq) LOW QUALITY PROTEIN: protein mono-ADP-ribosyltransferase PARP10
KO
K15261
poly [ADP-ribose] polymerase 10/14/15 [EC:
2.4.2.30
]
Organism
smeo
Silurus meridionalis (southern catfish)
Brite
KEGG Orthology (KO) [BR:
smeo00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
124375892 (parp10)
Enzymes [BR:
smeo01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.2 Pentosyltransferases
2.4.2.30 NAD+ ADP-ribosyltransferase
124375892 (parp10)
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
PARP
WWE
NID
TANGO2
Motif
Other DBs
NCBI-GeneID:
124375892
NCBI-ProteinID:
XP_046690558
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Position
22:complement(1248419..1262835)
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AA seq
1185 aa
AA seq
DB search
MEDESVEDRSVEVLQIPASLEDDLLWLYFENKRRSGGGNLISLERTGDKAVLVFENADAA
VKVVEKGSHTLSNATLIVRKKPWKDVGKLLLRGLSLTTSRDMLELYVENLTGIESDHYTL
YPSPGKDLVLVHLHQPAAEDFNKMQSKVSKRSLDGARVTLEQVECTDSIVVENLHPDLTE
DLLTLYFESSRSGGGEVTAVSRISSQLAKVSFKDVQTVDSVLQKPHRLEEMDLIVKPYYT
FLHSEEGASQETLPNGTPQSEDDPMGPVSPSNVLHADRTSTGSSLTPSQQAVTMNPDLQI
TSEPLNTSITPSQVLQAPLKQQPCVCHVSIPDPSKRELVSLCDVPEQLKQSHPDYEIAVM
QNGVKVEGPSQDEAEKLKSKVLEFLSGVSQVHVPISELKAEFLQRKDVRDKLMDMLKLQG
LPCTYTVTGGVLILSSASMQMVNRACDVVKMEVSESVLPIEPENKYMIYSEEWSAFLQTL
HTCVARASPEDDSVSMVTLKDLEQEVKQNIVRFLSTPIPKEIVLSMQPAMLTYIQLHHQQ
LLMDMAEVVILPLDTEDGLSIQGNPTACQTAAEVLSSVVSSTYTKIITVNQPGIARFLLH
DPEGIGILGEMTAKFQVYINLEMVHWKPLEDQDIFAVAWKMMSSQSFVRSSSSEGLRDLK
ASASSENDKDFSARLEEAKMILLMESDGSRTAAEEKKVEEKETEEEDMDLYTDTLSSGEQ
LEILESNKAKDQQEDLMSLDEDAYLSLAIQMSMESSQNQDRRAEEEFQQVLQLSRDEAAS
ADESLMLVKAVDESLQEAISSANRAQIEVFACYTHDLVRVDIALGKKVGLRQCEEKLQHK
SFRKLSAFHRRCLDLIRRKHAVDIQIQGTTAIVSGFRDYVAGAMPDLNALQESASGVTSD
AEILKTVQWAWHEGEQAAGDXPYPPEATVFIENAWRMKQDKLDILFNNQPYTIDFIKMQE
FSVSSGRAVPISRKLVSSLDLYTEFQDDYSLLADVPDAVRLEEHSEEYKEVSTEFFNSLS
DKNQVHIVQVEKLMNRLLYSQYRLKKADMEQKVRGEVERTLYHGTSESSVKEICIHGFNR
SFCGKNATAFGQGVYFAVKSSYSFSDTYSPPNADGHKFIFVARVLTGDFTQGKHDMRAAP
LRQSTDVPVRYHSAVDSVKEPSLFVIFNDTQAYPQYLITCMKVSG
NT seq
3558 nt
NT seq
+upstream
nt +downstream
nt
atggaggatgaaagcgtggaagatcgcagcgtggaggtccttcagatccctgctagtttg
gaggatgacctgctgtggctctactttgaaaacaagaggaggtctggaggagggaacctc
atttctctggaaaggacaggagacaaagctgtactggtgttcgaaaatgcagacgctgcg
gtgaaggtcgttgaaaaaggctcccacacgctcagcaatgccacactgattgtacgtaaa
aaaccctggaaggatgttgggaagcttctgctgcgtgggctgtctctcaccaccagccgt
gacatgctggagctttacgtggagaatctgacggggatcgagtcggatcactacaccctg
tatccgtctccggggaaagacctggtcctcgttcacctccaccagcctgcagctgaggat
tttaataagatgcagagcaaagtttcgaagcgatcgctagacggagcgagagtcacgttg
gagcaggtggagtgcacagactccatcgtggtggagaacctacaccctgacctgaccgag
gatctgctcacgctctactttgagagcagccgcagtggaggaggagaagtgacggctgtg
agcaggatctcatcacaactcgctaaagtctccttcaaagatgtgcagactgtggacagc
gtgcttcagaagcctcacagactggaggagatggacctgatcgtgaaaccttattatact
tttctgcactcggaggaaggagcgtctcaggagacgttgccgaacggaacacctcagagc
gaggatgatccgatgggtcctgtatctccttcgaacgtccttcatgctgatcgcaccagc
actggatcatcactgacacccagtcagcaagctgtcaccatgaaccctgacctccagatc
acttcagaacccctaaacacttccataacccccagccaggttcttcaagctccactcaag
caacagccttgtgtctgtcacgtctccatccccgaccccagcaaacgtgagcttgtgtct
ctctgtgacgttcccgagcagctgaaacagtcccaccctgattacgagatcgcagtcatg
cagaacggcgtgaaggtggaaggcccgagccaagacgaagccgagaagctgaagagcaag
gtgctggagtttctgagcggcgtgtcgcaggtccacgtccccatcagcgaactgaaagca
gagttcctccagagaaaggacgtgagggacaagctgatggacatgctaaagctccagggc
ctgccctgtacctacacggtgacggggggcgtgctgattttaagctccgcctctatgcag
atggtgaaccgtgcgtgtgatgtggtgaagatggaggtcagcgagtccgtcctgcccata
gagcctgagaacaagtacatgatctactccgaggagtggagtgccttcctccagactctg
cacacgtgcgtcgcccgagcgtcccccgaggacgactccgtctccatggtgacgctgaag
gacctggagcaggaggtgaaacagaacattgtccggttcctcagcacgcccattccgaag
gagatcgtactcagcatgcagcctgccatgctcacctacatccagctgcaccatcaacag
ctgctcatggacatggctgaggtcgtcatcttacccctggacaccgaagacggattaagt
atccagggaaaccccacagcgtgtcagacagcagccgaggttctctccagcgtggtttcc
tccacctacaccaagatcatcacggtgaaccagccgggcatcgctcgcttcctgctgcac
gaccctgaggggatcggcatcctgggggagatgaccgccaagttccaggtctacatcaac
ctggagatggtgcactggaagccgctggaggaccaggacatctttgctgtggcgtggaaa
atgatgtcgagtcagagcttcgtgagaagctcatcatctgagggtttgagggatctgaag
gcgagcgcttcctcggagaacgataaagacttctcagctcgtttagaggaagccaagatg
atcttgttgatggagagcgatggctcacgcacagcggcggaggagaagaaagtggaggag
aaagagacagaagaggaggatatggatctgtacacagacaccttgtcctcaggagaacag
ttggaaatcctggagtcgaataaagctaaagatcagcaggaggatctcatgagtctggac
gaagacgcttatctctctctggccattcagatgtccatggagtcgagtcagaaccaggat
cgccgggcggaggaggagtttcagcaggtcctccagctctccagagacgaagcagcttca
gcggacgagagcctgatgctggtaaaggcggtggacgagtctctgcaggaggccatcagc
tcggccaacagggcgcagatcgaggtttttgcgtgttacacgcacgacctggtgcgcgtg
gacatcgccctggggaagaaggtgggcctgaggcagtgcgaggagaaactgcagcacaag
agctttaggaagctttcggccttccaccgccgctgcctggacctcatcaggaggaagcac
gccgtcgacatccagatccagggaaccacggccatcgtctcagggtttagagactacgtg
gccggagccatgcccgacctgaacgcgctgcaggagagcgcaagcggcgtgacctcggac
gcagagatcctgaagacagtgcagtgggcgtggcacgagggggagcaggcggcgggggac
nnaccgtacccccccgaggccaccgtgttcatcgaaaatgcctggaggatgaagcaggac
aaactcgacatcctgttcaacaaccagccctacaccatcgacttcataaagatgcaggag
ttcagcgtgtcgtccggacgagccgtgcccatttcacgcaaactcgttagctcgctcgac
ctctacaccgaattccaagacgattacagtctactggcagacgtcccggacgccgtgaga
ctcgaggaacactccgaggagtataaggaagtctccacggaattcttcaacagcctttct
gataagaaccaagtccatatcgtccaggtggagaagctgatgaatcgcctgctgtacagt
cagtaccggttgaagaaggccgacatggagcagaaggtccgaggtgaagtggagagaacg
ctgtaccacggaaccagcgagagcagcgtcaaggagatctgcatccacgggttcaatagg
agcttctgcggcaaaaacgcgacggcgttcggtcagggcgtatacttcgccgtgaagtcc
tcgtactcgttttccgacacttactctcccccgaacgcagacggacacaagttcatcttc
gtagcccgagtcctgacgggagacttcacccaggggaagcacgacatgcgcgcggcgccg
ctcagacagagcacagacgtcccggtgcgctaccacagcgccgtggacagtgtgaaggaa
cccagtctgttcgtcatcttcaacgacacacaggcatacccacagtacctcatcacctgc
atgaaggtctccgggtga
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