Thrips palmi (melon thrips): 117651368
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Entry
117651368 CDS
T08251
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 36-like isoform X1
KO
K11855
ubiquitin carboxyl-terminal hydrolase 36/42 [EC:
3.4.19.12
]
Organism
tpal
Thrips palmi (melon thrips)
Brite
KEGG Orthology (KO) [BR:
tpal00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
tpal01002
]
117651368
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
tpal04121
]
117651368
Enzymes [BR:
tpal01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.19 Omega peptidases
3.4.19.12 ubiquitinyl hydrolase 1
117651368
Peptidases and inhibitors [BR:
tpal01002
]
Cysteine peptidases
Family C19: ubiquitin-specific protease family
117651368
Ubiquitin system [BR:
tpal04121
]
Deubiquitinating enzyme (DUB)
Ubiquitin-specific proteases (UBPs)
UBP/USP
117651368
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
UCH
UCH_1
His_kinase
MiAMP1
Motif
Other DBs
NCBI-GeneID:
117651368
NCBI-ProteinID:
XP_034251240
UniProt:
A0A6P9A0I5
LinkDB
All DBs
Position
Unknown
AA seq
1034 aa
AA seq
DB search
MPSTTDAVSAGLRLSLAGVSRKVGAEANGDIDNLDSSLAAGNKLTDITKHLVEYESADNQ
QSNTQNLLKSKYIVLDTKVAVAPSFNRSITNGSKGSACANGSMHNGNKLANNGNGNSLPF
GSQLNGVKGVTQNGLSYANVNGFNNKNSNGMKKLGCNGASKANGFENGYNKQTANCDSKL
PDPKVVLYQPEKVSLGWRGKFRPGAGMVNLGNTCYLNATLQALFHVPAFVEWLSKDSDHM
KRCEQLNGPGFGECITCAMARTYQLSQNTAIVKPHLITNKLKMICRHMSHGSQEDAHEFM
RHLLENMEKAYLVRCKAQKLDAYSKETTPINQIFGGYMRTEVTCLKCNYASITFQHFQDL
ILDIRKVSKVEEAMHHYFMRERLDGENSYKCEKCKCGVPATKKYSIERPPKVLCIQLKRF
NVMGVKLPKPVEHRIQMDLKKHVHPQSSYAKLQSLPYRLISMVTHVGPSSGCGHYTAIAQ
CSSKTYHQFDDTHVHPIQMSSVLNNCAYILIYEMEPEALRLGPKSVATSSISSMSAISSI
NHNVVNGVPKNVQTPGGLPSVKDRDRVMFGMTPPKPACAQPRLVMHQKRPEDNGSLVSPM
KSIISNGSCNKESHLTNSNGPLQVVANGKHSGPSIVKDKSNSLGIVKLSDSVSCSQSTSV
GKATEPEKKSIGPLVPYDYDDDSSSRDSSLSPPLNDDQAVLTVKATTPSDWQVTNSSGLR
SPSIHSESSNHSVASATGSNWNVTEKQTLTGSGGSKSVTTLKVNDRKLKEHSPQTICYSS
DTELESQAVNSAGKCDIRAKSVERELDIGCTATSSKHSLPNKKGRVRRSSLSSESDSSSS
SKLLKKKAKVNDKIEDRSGSKPNSVNGSQIPSLVEGTKHISGENGKHTITTRPSSSSWNG
DANSSTVNDLLKMSHQGFGNDRVASWNGDQSQVERTVEEERQTSWKRSRDEYETELDRGR
VKKVKNDNRYRPYPTNNPFQQRSSGGVPFNNHRKYHNHSSNHYHYFNKNRPNPNGQRKWQ
QNYHKNSVYRNYRY
NT seq
3105 nt
NT seq
+upstream
nt +downstream
nt
atgccttcaaccactgatgccgtgagcgctggactgcgcttgtcattggctggagtttct
cgaaaggtgggagctgaagccaatggtgacattgataatcttgattcttcacttgctgct
ggaaataaactcactgatattaccaaacacctggtagaatatgagtcagctgataaccaa
caatctaacactcaaaatttgctcaaatctaaatatattgtccttgatactaaggttgca
gtagctcctagtttcaaccggtctataacaaatggtagcaagggttctgcctgtgccaat
ggtagtatgcataatggaaataaattagctaacaatggtaatggaaattctcttcctttt
ggttcacaattgaatggtgtgaaaggagttacccagaatggattgagctatgcaaatgtt
aatgggttcaacaacaaaaacagtaatgggatgaagaaacttgggtgcaatggtgcatct
aaagccaatggctttgaaaatggttacaataaacaaactgccaactgtgactccaaatta
cctgatccaaaagttgtactttatcaaccagaaaaagtttctcttggatggcgaggcaaa
tttcgacctggtgcaggcatggttaatcttggtaacacttgttatctgaatgctacctta
caggcattattccatgttccggcttttgtggagtggctctccaaagattctgatcacatg
aagagatgtgagcaacttaatggacctggttttggtgaatgcattacttgtgccatggct
agaacttaccaactgtctcaaaacactgctattgtgaaaccccatctcatcaccaacaag
ctgaaaatgatatgtcgacatatgtctcatggatcccaagaggatgcacatgaattcatg
agacatcttttggagaacatggaaaaggcctatttagttcgatgtaaagctcaaaaattg
gatgcctatagcaaggaaaccactcccatcaaccaaatatttggtggctacatgcgaact
gaagtgacctgtctgaaatgcaactatgcatccataacttttcaacatttccaagacctg
atcctagacatacgaaaagtctctaaagtggaggaagcaatgcatcattattttatgagg
gagaggctggatggtgaaaactcttacaaatgtgagaaatgcaaatgtggagtacctgcc
acaaagaaatattctattgagaggccaccaaaagtactctgtattcaactgaaaaggttc
aatgttatgggtgtcaagttaccaaagccagtggagcacagaattcaaatggaccttaaa
aaacatgttcatcctcaatcatcatatgctaaattgcagtcccttccatacagactcatt
tcaatggtaacacatgttggaccatcctcgggatgtgggcactatacagctatagctcag
tgttcatccaaaacctatcaccaatttgatgacacacatgttcatccgattcaaatgagc
tctgttttgaataattgtgcttatattctcatttatgaaatggaacctgaagctttgaga
ctaggccccaagtcagttgcaacatcttctatatcatctatgtctgctatcagtagcatt
aatcacaatgtggtcaatggggtgccaaagaatgttcaaacaccaggtggtcttccctct
gttaaagacagggatcgtgttatgtttggaatgactcctccaaagcctgcatgtgctcag
cctcgtctagtaatgcatcaaaagagacctgaggataacggctcattagtttcgcctatg
aagtcaatcatttccaatggttcttgtaacaaagaatctcatttgaccaactcgaatggg
ccattacaagttgtagccaatggcaagcactcaggaccttctatagttaaggacaaatca
aacagtcttggcatagtgaagctgtctgattcagtctcatgtagccagagtacaagtgtt
ggtaaagctactgagcctgagaagaaaagcattggtccattagttccatatgattatgat
gacgattccagttcacgggatagcagcctcagccctccattgaatgatgaccaagcggtg
cttacagtcaaagcaacaacaccaagcgattggcaagtgacaaattcttctgggcttcga
agtccatcaattcacagtgaaagtagtaatcacagtgtagctagtgctactggcagcaac
tggaatgtgactgagaaacagaccctgacaggctctggaggctcaaagagtgtgactact
ctgaaagtcaacgatagaaaacttaaagaacactctcctcaaaccatttgctactcaagt
gacactgagcttgaaagtcaagcggtcaattctgctgggaagtgtgatatccgggcaaag
agtgttgagcgagaattagacattggttgcactgccacctcctcaaagcactctttacct
aacaagaagggtagagtgaggagatcttcactttcaagcgaatctgattcttcctcctca
agcaagctgctgaaaaagaaagctaaagtgaatgacaaaattgaggaccggtctggttcg
aaacccaacagtgtcaatggaagtcagataccatcattagttgaaggtactaaacatata
tctggtgaaaatggcaaacacacaattacaacacgtccatcatcatcatcatggaatgga
gatgcaaattcaagcactgtcaatgatttattgaaaatgtcacaccaaggattcggcaat
gatcgagtggcttcttggaatggtgaccaaagtcaggtcgaacgtactgtggaagaggaa
agacagacatcttggaaaaggtcaagagatgaatatgaaacagaacttgacagaggcaga
gttaaaaaggttaaaaatgataaccggtatagaccctacccaaccaacaaccccttccag
caaaggtcatcaggaggtgtgcccttcaataaccaccggaagtatcacaatcattcttca
aaccattaccactatttcaacaaaaaccgtcccaatcctaatggtcaaagaaaatggcaa
cagaattaccataagaattctgtttaccgaaattatcgttactga
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