KEGG T01333: PITG

Phytophthora infestans: PITG_11431

Entry

PITG_11431        CDS       T01333

Name

(RefSeq) ubiquitin-specific protease, putative

Organism

pif Phytophthora infestans

SSDB

Motif

Pfam:

UCH UCH_1 DUSP MBT Tudor_4 Tudor-knot SAWADEE CUE USP7_C2

Other DBs

NCBI-GeneID:

9474784

NCBI-ProteinID:

XP_002901013

UniProt:

D0NIR9

AA seq 1100 aa
MEKLAAELERQLREDQLQEGDDWFLVSSTWWTNVLGASPSDDTDDDADDSDDAVPRRNSD
LRVQNAPLLELELSSRKRGVAVLKPMLVEDRDYRLVSQKVWNQLSDRFSFDWEISRPVIT
RGPAKNRIVEVNPVIFEVLGWRTGLEGPVELIDTEQKPLILTASEKCSLKELQLKIWKVA
AESQLSEMFPDVTEENLMDAVQVCYRMDEESSWTPLRDAVVKEERPTNGFTSSNDPDILV
ESTTVGELQLEQRDYKPGKKKLHHLLVEGRFLAPQEAGSRDWRHGKFYSEIQAEAWRFRL
QKDQLIDALDTDNKWYESRVVDLAETQVKVHYRGWTAKWDEWVNRTSTRLAPLHTKVRNW
RNFQLNDEILVGRVVSGKSFPEWRIARVTDVQKIEMDDSLRVELDVGGNKRWMDAQDELL
CPVGTHKAVNASTVVASPVSTHSPASSYRYGRDFEAGRGRPEFEGVVGLSNLGNTCFMNS
MLQCLINTAPLREYFLKKVPETGTLCFTKEINRDNPLGMKGIMAVDFASLLRKMWSNEFK
VVTPTKLKSVIGQYAPQFAGYQQQDSQELMNFLLDGLHEDLNRVKAKPYTKPVERNGRSD
ADVAREEWQQFLRRNDSVIVDNFMGQLRSHVTCSDADCGHESVTFDPYMSLSVPIPNNEA
VGVQVQLFWANGDIPMKYALHLPKDACSLQDAKEKLSQLSEVPISRLFFVEVWNHRIIKA
YSDKFSVERVREDVLHAYELELPVTEYSFSSPTIRPAGPRRLGTLESESERKQMHLVELL
HQAPVASPVDGRATSDGYDMLVEEGYGPKQRRVEVELFNTPLLVSIDTTWTKAEIHEKVW
RVVHRLVATGEADKESDASFGCRQDQRLPYRLHVTEPNGATTFLNDLPRDNEPVDVSGNS
NRPFSFTLEWKRNGYQQGYDETSAKRVELHESMKSLEISSKPARLTLFDCLAKFTEREQL
GEADAWYCPKCKSHVRAFKKFDLFSLPKVLIFHLKRFRYAQNSFYMHRDKISTLVEFPVQ
ELDLAEFVVGPDSGSARLYDLYAVSEHMGGLGGGHYTAVAKNPVNRRWFDFNDSHTSATT
AQDAVSAKAYVLFYIRRDEA

NT seq 3303 nt +upstreamnt +downstreamnt
atggagaagctggcggcggagctggagcggcagctgcgcgaggatcagctccaggagggc
gacgactggttcctagtgtcctccacgtggtggacgaatgtgctgggcgcgtctcctagc
gacgatacggacgatgacgcggacgactcggacgacgccgtaccgcgcagaaacagcgat
ctacgggtccagaacgccccgttactggagttggagctcagtagtcgtaagcgtggggtg
gcggtgcttaaacccatgctggtagaggacagggactaccgcctagtgagtcagaaagtg
tggaatcaactgtccgatcgcttcagcttcgactgggagatctccagacctgtaataacc
cgtggacctgccaaaaatcggattgtggaggtcaatcccgtcattttcgaggtgctgggg
tggcgtacgggtctggaagggcctgtggagctgatagacaccgagcagaagcctttaata
ctcacagcaagcgagaaatgctcactcaaggagctgcaattgaagatctggaaggtggca
gctgagtcgcaacttagtgaaatgttcccagatgttaccgaagagaacctgatggacgca
gtgcaagtttgttacaggatggatgaggagtcgtcgtggacgccactcagagacgccgtg
gtgaaggaggagcgcccgacaaacggctttacgagctctaacgacccagatatcctcgtg
gagagcactaccgtgggcgaattgcagctggaacaacgcgattacaagcctggcaagaag
aaactgcaccatttgctcgtggaaggaaggtttctcgctccccaagaggctggatcaaga
gattggagacacggcaagttctatagtgagattcaggctgaagcgtggcggtttaggctg
cagaaagaccagctgatcgacgcgctggataccgacaataaatggtacgagtctcgtgtg
gtggacctggcggagacgcaggtgaaggtgcattatcgcggctggacagccaagtgggac
gagtgggtcaaccgtacgtcgacgcgcctcgctccgctgcacacaaaggtccggaattgg
cgcaatttccagctgaatgacgagatcctcgtgggtagagtcgtgagtggcaaaagcttc
ccagagtggcgtatagcgcgcgtcacggacgtccagaaaatcgagatggacgactctctt
cgggtcgagctggatgtgggcggcaataagcgctggatggatgcgcaagatgagttgctg
tgcccggtaggcacccacaaggctgtgaacgcgtccactgtcgtcgcatcgcccgtctcc
acgcactctccggcgtcttcttacagatatgggcgggactttgaagcaggacgtggtcga
ccggagtttgagggcgtcgtgggtctctccaatctgggcaacacatgctttatgaacagt
atgctgcagtgcttgatcaacacggcgccattgcgagaatattttctgaagaaagtccca
gagacgggtacgttgtgctttacgaaggagatcaaccgagataatccgttagggatgaaa
ggcatcatggcggtggactttgcgagtctgttacggaagatgtggagcaatgaattcaag
gtggtgacgcccacgaagctcaagtcggtgattggacaatatgcgccgcagtttgcagga
taccagcaacaagacagtcaggaactgatgaattttctgctcgatgggctccacgaagac
ctcaatcgcgtcaaggccaagccgtacacgaaaccggtggagcgtaatggccgcagtgac
gccgacgtggctcgagaagaatggcagcagttcctgcgacgtaacgacagtgtcattgtg
gacaactttatgggccaattacgcagccacgtgacgtgttcagacgctgattgtggccac
gaatcggtcacgtttgacccgtacatgagtctctctgtacccatcccgaacaacgaggcg
gtgggggttcaggtgcagctgttctgggccaatggagacatcccgatgaagtacgcctta
catctacccaaagacgcttgtagcttacaagatgccaaggagaaactcagtcaattgtcg
gaggtccctatctcccggctcttcttcgtggaggtatggaaccatcgcatcatcaaggcc
tattcagacaagttttccgtcgaacgcgtgcgcgaagacgttcttcatgcgtacgagctg
gagctgccagtgacagagtactcgttctcgtctcctacgatccgtcctgctggtccgaga
aggttaggcacgctggaatccgagtcggaacgtaagcagatgcatctggtcgagttgctg
catcaagcgcccgtggcgtcgcctgtggatggacgtgcgacttccgatggctacgacatg
ttggtagaggaagggtatgggccaaagcaacgtcgcgtggaggtggagctgttcaatacg
ccgcttctggtgtccattgacacgacgtggacgaaagcagagatccacgagaaggtgtgg
cgagtggtacatcgccttgtggctacaggagaagcagacaaggagtccgacgcgagtttt
ggatgtcggcaggaccagcgactgccctatcgtcttcatgtgacggaaccgaacggagca
acgacgtttctcaacgatctcccacgcgacaacgagcctgtggacgtgtctggcaactcg
aacagaccgttcagcttcaccctcgagtggaaacgcaatggataccaacagggctacgac
gagacgtcggccaagcgagtggagctccacgagtcgatgaaaagtctggagatctcgtcg
aaaccagcgcgtctgacgctgttcgactgtctggccaagtttacggagcgcgagcagctc
ggagaagcggatgcgtggtactgtcccaagtgcaagagccacgtgcgtgcgttcaagaag
ttcgacctgttctcgctgcccaaggtgctgatcttccacctcaagcgcttccggtacgcg
cagaactcgttctacatgcatcgcgacaagatttcgacgctggtcgagtttccagtgcag
gagttggatctggcggagtttgtggtcggcccagacagcgggtcggcgcgtctttacgat
ctctacgctgtctcggagcacatggggggtctaggaggcggacactacacggctgtggcc
aagaaccccgtgaatagacgctggtttgacttcaacgacagccacaccagtgccacgaca
gctcaagacgcagtgtcggccaaagcgtatgtgttgttctacatccgtcgcgacgaggcg
taa

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (296)   
   RefGene (293)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (309)   

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