KEGG T01084: 100257420

Vitis vinifera (wine grape): 100257420

Entry

100257420 CDS T01084

Definition

ubiquitin carboxyl-terminal hydrolase 16-like

Orthology

K11855

ubiquitin carboxyl-terminal hydrolase 36/42 [EC:3.1.2.15]

Organism

vvi Vitis vinifera (wine grape)

Class

SSDB

Motif

Pfam:

UCH UCH_1 zf-MYND

Other DBs

NCBI-GI:

225459111

NCBI-GeneID:

100257420

Position

AA seq 1213 aa
MLVPGDLGFSCLALLSLFFPVIGLVIRHKWRVAVARKEEIKRLLILASEEAARAELETAA
VSVSPQFQCAVCYCPTTTRCARCKAVRYCSGKCQIIHWRQGHKEECNPPSITHQIIDESI
SSSQKAVKQEKHAIYDNRLETEGQQCVKPIETFLSEPAFSKPNCSPEVSCEEDDHIKVEF
LADGNVSDSTSKSSSTSFSGFSTSTDRAEPSDNVSVSTTSSELSDDVSVSESINSYDPEK
SDGHKSDDSAMPETISSINTHQNEPFSPEFTGLVDSVNSFTGSSKLNQIKSSCSDVETQC
RSSSSGLSIKSCNERSVAQPSTASSGFWEGTLDLNRTRNHAQDDSAQSYASGADSNISDS
ESVLRFSFNLSGSTIPPLHAEVSESKSTVLDDAHPSTLGIKKPIEGVASSEKISTLGIKK
PIEGVASSEKISTKALKFRNSPSLAFESSNLVDSGPSNDSHKLKSREVKPFSSSVSNAHP
SCSTGGDSISIDAPKARSSSSLSSERSNHVVNGKSGASHQLKSREVESLSSGASDPHLSS
STEGHSVASMRSGKSTVDSDLHLSSSTRGHPVPNVKSGKVDGVHTVAASSSQIANHSPIV
SNGLKTSVRKVVDQFRPSKLSKSLPLGGLFSYEVFVKLYIWNKVELRPCGLMNCGNSCYA
NAVLQCLAFTPPLTSYFLQGLHSKSCLKKEWCFTCEFESLILKAKEGNSPLSPLGILSQI
RNIGSHLGNGKEEDAHEFLRYAIDAMQSVCLKEAGVNASGSLEEETSLIGLTFGGYLRSK
IKCMKCHGKSERHERMMDLTVEIEGDIGTLEEALHKFTSTEILDGENKYQCSRCKSYEKA
KKKLTVSEAPNILTIALKRFQSGKFGKLNKSIRFPEILDLAPFMSGTSDKSPIYRLYAVV
VHLDIMNAAFSGHYVCYVKNIQNKWFKIDDSTVKPVELERVLTKGAYMLLYARCSPRAPR
LIRNAVIPRNRKLEAASSRNIVKNTTFKLRHDSIDSTAGQSMIHSKPTAYHSRSPVDCPA
SFESFYSEETRFPWKQRIVEADSSSDNSSLFTEEGSCSTESNRDSTSTEDLSDYIFGYSG
RGWSSPWTNSSDSDTSSSSSSLRSSPLAELNRYSSCSTETSHSQTDKAKLVMEGDGFWAR
PPNGSSKLVDMEGKGDIPFLLSDIAKPCRKLVSNSSSDSYCKETDKEKVGRVNPLDSMKL
GVPSRRSTRERTD

NT seq 3642 nt +upstreamnt +downstreamnt
atgcttgttcctggggatcttgggttttcgtgcctggccctgctgtcgttgtttttcccc
gtaatcggattggttatccggcacaaatggcgggtagccgttgcgaggaaggaggaaatc
aagaggcttttgattttggcttctgaggaggcagctagggcagagctcgaaaccgcggca
gtatcggtctcgccgcagttccagtgcgccgtctgttattgccccactacaacgcggtgc
gctcggtgcaaagccgttcgttattgttctggcaaatgtcaaattattcattggcgacaa
ggtcacaaagaagaatgcaatccacctagcatcactcaccagattatcgatgagagtatc
agttctagtcagaaggcggtaaagcaagaaaaacatgcaatttatgataacaggttggag
actgaagggcagcagtgtgtgaaaccaattgaaacattcctaagcgaacctgcattttct
aaacccaattgctctcctgaagtttcatgtgaagaggacgatcacattaaagttgagttc
cttgcagatgggaatgtatcagattccacttccaaatcttccagtacatccttttctgga
ttctctacgtccaccgacagagctgaaccatctgataatgtttctgtttccactaccagt
agtgaattatctgatgatgtttctgtcagtgaaagtattaattcatatgatcctgaaaaa
tcagatggacataaatctgatgattctgccatgcctgagacaatttctagtattaacaca
catcagaatgaaccattctccccagagttcactggtttggttgattctgtaaatagtttt
actggttctagtaaattaaatcagatcaaatccagctgtagtgatgttgagacacagtgc
agatcaagtagttctggtttgagcattaaaagctgcaatgaacgttcagttgcccagccg
tctacagcctcttctggattctgggaaggaactcttgatttgaataggaccagaaatcat
gcccaggatgattctgctcaatcctatgccagtggagctgatagcaatatatctgattct
gaatctgttttacgtttttctttcaacttgtctggaagtaccattcctcctttgcatgca
gaagtctccgagagtaaatccactgtgttagatgatgctcatccatctactctagggatc
aaaaagcctattgagggagttgcttcatcagaaaagatatctactctagggatcaaaaag
cctattgagggagttgcttcatcagaaaagataagtacaaaggccttaaagtttaggaac
tcaccatctttggcctttgaaagctctaatcttgtggatagtggccctagcaatgattca
cataaactgaagtccagagaagttaaacccttttcatctagtgtttctaatgctcatcca
tcttgtagtactggaggagattcaattagtattgatgctcctaaggccaggagctcttca
tccttgagctctgagaggtcaaaccatgttgttaatggcaaaagtggtgcctcacatcaa
ttgaaatctagagaagttgaatctttatcatctggtgcatctgatcctcatttatcttcc
agcactgaagggcattcagtcgcaagtatgagatctggaaagtcaacagttgattctgat
ttgcatttatcttctagcaccagaggccatccagttccaaatgtgaaatctggaaaggtt
gacggtgttcacacagtggctgctagctcctcccagattgctaatcattcgccaattgtt
agtaatggtctgaaaacatctgttcggaaagttgttgaccaattcagaccctctaaattg
tcaaaatcccttccattagggggtctcttttcttacgaagtgtttgtcaagctttacatt
tggaacaaggttgagctgcgcccatgtggcctcatgaattgtgggaacagctgttacgct
aatgctgtgctccagtgcttggcatttactccacctcttacttcttattttcttcaagga
ctccactccaaatcatgtttaaagaaagaatggtgtttcacctgtgagtttgaaagtctt
attttgaaggcaaaggaagggaattctccactttctcctcttggtatactgtcccaaata
agaaatattggaagtcatcttggtaatgggaaagaagaagatgcacatgaatttttaagg
tatgctattgatgcaatgcaatctgtttgtcttaaggaagctggggtgaatgcttcaggc
tctttggaagaggaaacatctcttattggccttacctttggaggctaccttcgttcaaag
ataaaatgcatgaagtgccatggtaaatctgagcggcatgagagaatgatggatcttact
gttgagatagaaggagatataggtactctggaagaggctcttcataaatttactagcacc
gagattcttgatggggaaaacaagtaccaatgtagcagatgcaaatcttatgagaaagcc
aaaaagaagttgacagtatcagaggctcctaatatccttacaattgcattaaagcgattt
cagtcgggtaaatttggaaagctcaataagtcgataagatttccagagatcttggacttg
gctccatttatgagcgggacaagtgataaatcacctatatacaggctttatgcagtggtg
gtacacttggatatcatgaatgctgcattttctggtcactatgtgtgttatgtgaaaaac
atccagaacaaatggttcaagattgatgacagcacggtgaaacccgtggagcttgaaaga
gtcttaacaaaaggggcatacatgcttctttatgcaaggtgctcaccacgggccccaaga
ttgataagaaatgcagtaattcctcgcaatagaaaattggaagctgcttcttccagaaac
attgttaagaatactacattcaagttaaggcacgactccatagattcaactgctggccag
tctatgatacattcaaagcccacagcctaccacagtagaagccctgtggactgccccgcc
agttttgaatcattttattcagaagaaacaaggtttccctggaagcaaaggattgtagaa
gctgactcatcaagtgacaattcttctcttttcactgaagaaggttcgtgcagtacagag
agcaaccgggattctacaagcacggaagacctttctgattacatatttggttattcagga
cgtggttggagcagcccttggacaaattcatctgactctgacacttcttcctcctcttcc
tctttaaggagttcaccccttgctgagttgaaccgctactcttcatgttctaccgaaaca
agtcattctcaaactgataaagcaaaattggttatggagggtgatgggttttgggcaagg
ccacccaacgggagtagcaagctagtggatatggagggtaagggagacattccttttttg
ctatctgacatcgctaaaccgtgtagaaagttagttagtaatagtagtagtgatagttat
tgtaaggagactgacaaagagaaagtaggacgggttaaccctttggacagcatgaagttg
ggtgtaccttctaggagatcaacccgggaaagaacagattag

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (13)   

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