Daktulosphaira vitifoliae (grape phylloxera): 126900854
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Entry
126900854 CDS
T09738
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 48-like isoform X1
KO
K11858
ubiquitin carboxyl-terminal hydrolase 48 [EC:
3.4.19.12
]
Organism
dvt
Daktulosphaira vitifoliae (grape phylloxera)
Brite
KEGG Orthology (KO) [BR:
dvt00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
dvt01002
]
126900854
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
dvt04121
]
126900854
Enzymes [BR:
dvt01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.19 Omega peptidases
3.4.19.12 ubiquitinyl hydrolase 1
126900854
Peptidases and inhibitors [BR:
dvt01002
]
Cysteine peptidases
Family C19: ubiquitin-specific protease family
126900854
Ubiquitin system [BR:
dvt04121
]
Deubiquitinating enzyme (DUB)
Ubiquitin-specific proteases (UBPs)
UBP/USP
126900854
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
UCH
UCH_1
DUSP
Usp-48
ubiquitin
Motif
Other DBs
NCBI-GeneID:
126900854
NCBI-ProteinID:
XP_050532793
LinkDB
All DBs
Position
Unknown
AA seq
1188 aa
AA seq
DB search
MAKKRQEHEKKSPWSWAENTHPNDIQSHHINYAYRLNYSKCKPLTCRRNCKNNPYCLSGL
GEQRWLQDKVRTPVLDYEDPELERRQNKFVGLKNLGATCYINSLLQLWFHNINFRKAIFN
WNPEEDSFEKQNKSLLSENNYIPETSVGHLQLVFALMQCGKQRSVDPGDFITTLRINTAL
QQDAHEFSNLFLSVLENKFSTQSDTSVRDMIKDNFRGEYKYVTTCLNCKTESTRPSTFYE
LDLNIKGHKTLNDSLQEFLKEEQLSGDDQYYCNHCNSKQDAVRRICLTNLPPVLNIQLMR
FVYDRQTMQKKKLNTYIQFSQTLDMAKYLNLPFHLDEALKEKHMYNLCAVLIHKGSSAYS
GHYIAHINDIAAEEWYKINDENVEKLKGKGLNLCTEDEFRVNGSKLVKVPKIQKGMLQTN
NAYMLVYMHTSMIKKLKTESYNWQLSPRLAHLVDTHNNNFENTILNIKSNREYVEDKDKE
FVEQMLSLITEMNMVSVKEDEMEAISLQWLSYWFKITPNQNVKEVNNQAVLCKHNLFDPD
KVHEAKYIGTELADKIYGLYQGGPRLKLKASLCLKCVRNKCALLYTKALTSEQNKIINMN
LQSWNPHHFPENEKSYWVGKDSLKSWRRMYLQLFEYFVNDRDVPSNITLPLHPDMLSVAF
DSSSNNISTKNNVISSSNNSSYEMGGITIDSLDKCLKLARIFVNNSEIIFKTLQLNDFKP
FHYSLLELEKILLQMMNILSTVIAKKVNGGISAEKGKYDVCNNVTTSTNFFQQKIENNTN
FEDEDRLDIEDLNHEEKEKLDDSDFLDVKNDKECIFWVFNEDIMCTHGNLSIEQNTMRLI
PKSVWEILYSYFPKAPVFTKDTEPCRFCRSMRNQGEITKNIHKQSALSEKELLNDLLLNK
KRPSSSLDNSPFPCISKEFLESWRRFIRNPLKEPRPDAIVNETLLCKEHKGLLFEPTSSI
FSSDQNPIVLLTKEEWENLSSRYPADYGVYLYFGELGEFKTSRPEICEPCRKKIMDDKKR
EQLKYNKAKVFIKVIEKEEREDSYKFNGFDDKDELWGNCSKKMKLETSINGNGVPIAVPT
DVPNNSLELGIRRSARNRRPRGELIVVSSNETLLDLKMKIMSAFNVMPNDQHLKTAEGVQ
LSDNDATLADLSILPDSLILAKFDEPTEDLPDFIVEEEAGFKGTELMS
NT seq
3567 nt
NT seq
+upstream
nt +downstream
nt
atggcaaaaaaacgtcaagaacacgaaaaaaaaagcccgtggtcatgggctgaaaatact
catccaaatgatatacaatctcatcatataaactatgcttatcgtttaaactattcaaaa
tgtaaaccacttacttgtagacgtaattgtaaaaacaatccatactgtttatctggcctt
ggtgaacagagatggttacaagataaagtgagaacgcccgttttagattatgaagatcca
gaattagaacgccgccaaaataagtttgttggtttaaaaaatctaggtgctacttgttat
attaatagtttgttgcagctatggtttcataatattaattttagaaaagcaatttttaat
tggaatcctgaagaagattcttttgaaaaacaaaataaatctttattatctgaaaataat
tatataccagaaactagtgttggtcatttgcaattagtatttgcattaatgcaatgtggt
aaacagaggtcagttgatcctggcgattttatcactactttaagaattaatactgctctc
cagcaagatgctcatgaattttcaaatttgtttctatcagtcttagaaaataaatttagt
actcaatcagatacatcagttagagatatgataaaagataattttcgcggagaatataaa
tatgttactacatgtttaaattgtaaaactgaatccacacgtccatcaactttttatgaa
cttgaccttaacattaaagggcataaaactttaaatgacagtcttcaagagtttttaaaa
gaagagcagctttctggcgatgaccagtactattgtaatcattgtaatagtaaacaagac
gctgttagaagaatttgcttgactaatctacctccggttttaaatatacaactcatgcgt
tttgtttatgacagacaaacaatgcagaaaaaaaagctcaatacttatattcaattttca
caaacattagatatggcaaagtatttaaatttgccatttcatcttgatgaagctttaaaa
gaaaaacacatgtataatttatgtgctgttcttattcataaaggttctagtgcttattct
gggcattatattgcccatattaatgatattgctgcagaagaatggtataaaataaatgat
gaaaatgtggaaaagttaaaaggaaaaggtttgaatttatgcactgaagatgaatttaga
gtaaatggttcaaaattggttaaagtccctaaaattcaaaagggtatgcttcaaactaac
aatgcatacatgcttgtttacatgcataccagtatgataaaaaaattaaaaactgagtct
tataactggcaattatcaccccgattggcacatttagtagatactcataataataacttt
gaaaatactatattaaatattaagagtaatagagaatatgtggaagacaaggataaagaa
tttgtggaacaaatgctaagcctaataactgaaatgaacatggtttcagtaaaagaggat
gaaatggaagcaatttcattacaatggttaagttattggtttaaaataactccaaatcaa
aatgtaaaagaagttaataatcaagctgtattatgtaaacataatttatttgatcccgat
aaagttcatgaagcaaagtatattggaactgagttggctgataaaatatatggattatat
caaggtggccctagattaaaattaaaggcatctctttgcttaaaatgtgtaagaaataag
tgtgctttattgtacactaaagcacttacttctgaacaaaacaaaatcataaatatgaat
ttacaaagttggaatcctcatcattttcctgaaaatgaaaaaagttattgggtgggtaaa
gactcattaaaaagttggaggcgtatgtatttacaattatttgagtattttgttaatgat
cgggatgtaccgtcaaatataaccttgccacttcatccagatatgctatcagtagctttt
gattctagtagtaacaatattagtacaaaaaataatgtaatatctagcagtaataatagt
tcttatgaaatgggtggaataacaattgactcattagacaagtgtctaaaattagcacgg
atatttgtgaataattctgaaataatttttaaaactttacaactaaatgacttcaaacct
ttccactattcattacttgaattagaaaaaatactgttgcaaatgatgaacatattgtca
actgttattgccaaaaaagtaaatggtggcatttctgctgaaaaaggcaagtatgatgtt
tgcaataatgtaacaacatcaaccaatttttttcaacaaaaaattgaaaataatacaaac
tttgaagatgaagatagattagacattgaagatttaaatcatgaagaaaaagaaaaactt
gatgattctgatttcctagatgttaaaaatgacaaagaatgtatattctgggtgttcaat
gaagacataatgtgtactcatggtaatttatctattgaacaaaatacaatgcgattaatt
ccaaaatctgtttgggaaattctttattcttatttccctaaagctccagtatttacaaaa
gatactgaaccatgtcgtttttgccggagtatgcgaaaccaaggtgaaataacaaaaaac
atacataaacaatcagcattatctgaaaaagaattattaaatgatttattattaaataaa
aaaagaccatcatcttccttagataattctccttttccttgtatttccaaagaattttta
gaaagttggagaaggtttatcagaaatcctttaaaagaaccacgaccagatgcgattgtg
aatgaaacacttctgtgtaaagaacataaaggattactatttgaacctacgtcgtcaatt
ttttcatctgatcaaaatccaatagtattattaaccaaagaagaatgggaaaatctatca
agtcgttacccagctgactatggagtgtatttgtactttggagaattaggagaatttaaa
acatcacgaccagaaatttgtgaaccgtgtcgtaagaaaataatggacgataaaaaacgt
gaacaattaaagtataacaaagcaaaagtttttataaaagttatcgaaaaagaagaaagg
gaagatagctataaatttaatggtttcgatgataaggatgaactttggggtaactgttcg
aaaaaaatgaaactagaaactagtattaacggtaatggcgtacctattgctgtaccaact
gatgtacccaacaactctcttgaattaggtattagaagaagtgcccgaaacagaagacct
agaggtgaactaatcgtagtatcgtcgaatgaaactttactcgatcttaaaatgaagatc
atgagtgcgttcaatgttatgcctaatgatcaacatttaaaaacggctgaaggtgttcag
ttaagcgacaatgatgctacattagctgatctttcaattcttccggactcgctaatttta
gctaagtttgatgaacctactgaagatttgccggattttattgttgaagaagaggctggt
tttaaaggtacagaacttatgagttga
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