Panthera tigris altaica (Amur tiger): 102963545
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Entry
102963545 CDS
T02988
Name
(RefSeq) protein ADP-ribosylarginine hydrolase
KO
K13618
phosphatidylserine sn-1 acylhydrolase [EC:
3.1.1.111
]
Organism
ptg
Panthera tigris altaica (Amur tiger)
Pathway
ptg00564
Glycerophospholipid metabolism
ptg04014
Ras signaling pathway
Brite
KEGG Orthology (KO) [BR:
ptg00001
]
09100 Metabolism
09103 Lipid metabolism
00564 Glycerophospholipid metabolism
102963545
09130 Environmental Information Processing
09132 Signal transduction
04014 Ras signaling pathway
102963545
Enzymes [BR:
ptg01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.111 phosphatidylserine sn-1 acylhydrolase
102963545
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Paralog
GFIT
Motif
Pfam:
Lipase
ADP_ribosyl_GH
Abhydrolase_2
Motif
Other DBs
NCBI-GeneID:
102963545
NCBI-ProteinID:
XP_007098416
LinkDB
All DBs
Position
Un
AA seq
694 aa
AA seq
DB search
MCEGLMERYVAAMVLSAAGDALGYFNGKWEFLRDGEKIHQQLAQLGGLDTIDVERWRVSD
DTVMHLATAEALVEAGKILDLAHLYSLLAKHYQDCMGDMDGRAPGGASVQNAMLLEPDKA
NGWRIPFNKHEGGCGAAMRAMCIGLRFPHHRQLDTLIQVSIESGRMTHHHPTGYLGALVS
ALFTAYAVNNKPPRQWGKEMMEVLPEAKKYIIQSGYFLEKNLQHWGRLHSSSETSSSAMP
PGLGDKSFCSWGLLLWLSIGSAGDAPPIPQTKCTDFQNANLLQGTNLKVQFLLFTPLDPS
CGQLVQESSDIQKSGFNASLGIKLIIHGFRALGTKPSWIDKFIGALLQAANANVIAVDWV
YGSTGIYFSAVQNVVKLGLEISRFLKKLLVLGVSKSSIHIIGVSLGAHVGGVVGYFYEGQ
LGRITGLDPAGPEYTRASLEERLDPGDALFVEAIHTDTDNAGIRIPVGHVDYFVNGGQDQ
PGCPTFIHAGYSYLICDHMRAVYLYISALENSCPLMAFPCANYKAFLAGKCLDCFNPFLL
SCPRIGLMEQSGVKIQPLPKEVKVYLRTTSMAPYCVHHSLVEFYLQEPRKKDTCISITFL
SSNVTSSVEITIPRQQLQGRGIIAHTNAQCQINQVKFKFHSSNLVWKKDRTTIAGKFCTA
PLPVNDNKQTVCLPEPVNLQASVTVSHDLKLKCV
NT seq
2085 nt
NT seq
+upstream
nt +downstream
nt
atgtgtgagggactgatggagaggtatgtggctgccatggtgctgagcgcagctggagat
gccttagggtacttcaatgggaagtgggagtttcttcgggatggagaaaagattcaccag
cagctggcccagcttggtgggttggacaccatagatgtggagaggtggagagtcagcgat
gacacagtaatgcacctggccacggcagaagctcttgtggaagctgggaaaatcttggat
ttggctcacctatattccctacttgctaagcattaccaagactgcatgggagacatggat
ggccgagcaccagggggtgcttcagtgcagaatgccatgctactggagccagacaaggcc
aatggctggaggattccctttaacaagcacgagggcggctgcggggctgccatgcgtgct
atgtgcatcggtctcaggttcccccaccacagacagctggacacgctgatccaggtgagc
atcgagagtggcaggatgacccatcaccaccctacaggctacctgggagctcttgtttct
gctctttttacagcctatgctgtgaacaacaagcctcccaggcagtggggaaaagaaatg
atggaggtgctaccagaagctaaaaagtacattatccaatcaggctactttttggagaag
aatcttcaacactggggtcggcttcactccagctctgagacctccagctcagcaatgccc
ccaggcctaggggacaaaagcttctgttcgtggggactccttttgtggctcagcattgga
agtgcaggagacgcacctcctatcccacagacaaagtgcactgacttccagaatgctaat
cttctccaaggcaccaatctcaaagtccagtttctcctcttcactcctttggatcctagc
tgtggtcagctagtgcaggaaagtagtgacatccaaaagtctgggttcaatgcctctctg
ggaattaaactaatcatccatggattcagggctttaggtacaaagccttcttggattgat
aaattcatcggtgcccttcttcaagcagcaaatgctaatgtgattgctgtggactgggtt
tatggctctacgggtatctacttctcagccgtgcagaatgtggttaagctgggcctagag
atttcccgtttcctcaagaaactactggtgttgggtgtgtcgaagtcctcaatccacatc
attggtgttagcctgggagcccacgttgggggcgtggtgggatatttctacgaaggccag
ttaggacggatcacaggcctggaccccgctggaccagagtacaccagagccagcctggag
gagcgcctggaccctggagatgccctctttgtggaggccatccacacagacactgacaat
gcgggtattcggattcctgtcggacacgtggactacttcgtcaatggaggccaagaccaa
cctggctgtcccaccttcattcatgcaggttacagttacctgatctgtgatcacatgagg
gccgtgtacctctacatcagtgccctggagaattcctgtccattgatggcctttccctgt
gccaactacaaggcctttcttgctggaaaatgtctggattgttttaacccatttctgctt
tcctgcccaaggattgggctgatggaacaaagtggtgttaagatacagccgcttcccaag
gaagtgaaagtgtacctccggaccacttccatggctccgtactgtgtgcatcacagcctc
gtggagttttacttgcaggagccaagaaagaaggatacctgtatctccatcaccttcctt
agcagcaatgttacttcctcggtcgagatcaccatacctagacagcaactccaggggaga
ggaatcatagctcacaccaacgctcagtgccagataaaccaagtgaaattcaagtttcat
tcttccaacctagtttggaaaaaagaccggactaccattgctggaaagttctgcactgct
cctttgccggtcaatgacaacaaacagactgtctgcttacctgagccagtgaacttacaa
gcgagtgtgactgtttctcatgacctgaaactaaagtgtgtatag
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