KEGG T01282: GSTUM

Tuber melanosporum: GSTUM_00000952001

Entry

GSTUM_00000952001 CDS T01282

Definition

hypothetical protein

Orthology

K11849

ubiquitin carboxyl-terminal hydrolase 25/28 [EC:3.1.2.15]

Organism

tml Tuber melanosporum

Class

SSDB

Motif

Pfam:

UCH RPT UCH_1 Fib_alpha

Other DBs

NCBI-GI:

NCBI-GeneID:

INRA:

UniProt:

AA seq 1091 aa
KCAPRFWADLIAYNPLRKERNFLPDNPPHFDPQLHASYEPNHKHVLDVIAEKSCYVKNEI
ISIDQAYKIATICQTCRMHIDIEAEFTKPVEFNAEVALCPNKGSRNQYRYNLLHHFRYES
KISSPVDTSRYDKRSRKRWVDKRVFSCSSTNCPLVVTVTTQPAMIRPDLMELLLSEKTRE
ARVKEAARINPNVIPVDAAPQTRYQVLETLCTYIKNHKGGDQRSIFAENKRYLCNLGECE
EVMRLAHFTRSPDPDTNAWIPSSSAELGDPGSQAQRDLCGLLEEVMILMDDEKHKGDAPA
KSARVRQKTERAELVAKWLLGFHKYDTAIGWQFDLTAPEHPHYAGLGAVADMSDDLINWA
YERQRACDPINAPYYFECFESIAKGRKSENLQFEVARLRSEGQFSTSDLESSYKSLGVDP
VTSDDDLIIGVFKSRLADAPRQEGPMREDMRIIGTARRSEKILSFAKLAVGDIADAYKWL
RVLESSEDQYILSAYKVRIEDNPDDEITARNALKLIAENRQSNVLYCFLEGNLYETPLEI
GAAYSRLGIDDYSLSEDLIVNVFELRQQDAPSQTRDLRAALRSIGQNRNSARIQSYLQTG
NADGISKGSAEWPVGLENIGNTCYLNSLLQFYFTIKPLRDMILNIDQFQEEEINNEGQEI
CSPSSHLIPEPHNIPGIFLLKMRRRRSDDCLQIGPMTKKIFLHSKKSPQAASGVAANKAR
PTYGPPTPPPDMPDRPPPVPPRPTKQDPKPDTNFMFGRQQDVTECIGNVMFQVEAAIKPE
SVDGNGEQIDLVKKLFYGRTKQTLSFPNSAETRTKEELFSHLLVDVAEGDRDIYSALDSS
FDIEQVDLEGREAKRFLSISHLPPILQIQVQRVQYDRAKASAYKSNSHLKFPDTIYLDRY
METEDSDLKAKREESWVWKEELKALEQRLAELTKTPAGIRVPEALEYTHQWLSELKSDDE
IEVQPALLRELEQRAISMRREGESIEARIQALQSRIEQQFTDSCNQGYRIHSVFIHRGSA
SFGHYWIYIYDFQRKLFRKYNDSYVTEVADPQEVFTHGDINPPTPYFLVFVKEDESLDIM
EAVQRQIVTTT

NT seq 3276 nt +upstreamnt +downstreamnt
aaatgtgctcccagattttgggccgacttgattgcctacaatcctctaaggaaagaacgt
aatttcctgccagacaatccccctcatttcgatccccaactccatgcgtcatacgaaccg
aatcacaaacatgtactagatgttatagcagagaaaagctgctacgtcaagaacgagata
atctccatcgaccaggcatacaaaattgcaactatttgtcaaacatgtcgaatgcatatc
gacattgaagctgaatttacgaagcctgtcgagtttaatgccgaagttgccctctgcccg
aataagggcagccgaaatcaatatcggtataacctactacaccacttccgttatgagtcc
aaaatatcatcaccggtggatacctctcgctacgacaagaggtctcggaagagatgggtg
gacaagagggttttctcatgctcttcgactaattgccccctagttgttactgttaccacg
cagcctgcgatgataagacccgacctgatggaattgctactttcggagaaaacccgtgag
gctagagttaaagaggcggcgaggataaatccgaatgttattcctgtggacgcggctcca
caaactcgataccaagttcttgagactctctgtacctatatcaagaaccacaaaggtggt
gaccaacggtcaatctttgctgaaaacaagcggtacctatgtaatctaggagaatgcgag
gaggtcatgcggttagcgcattttaccaggtctcccgatcctgacacgaacgcttggata
ccgtcttcctctgccgagctgggcgatcccggttcacaagcgcaacgggatctttgcggg
ttgctagaggaagttatgatactaatggatgatgagaaacacaaaggggatgctccggcg
aaatctgcccgtgttcgtcagaaaaccgagagagcagagcttgtggctaaatggctcctc
ggatttcataaatatgataccgcaattggctggcagtttgaccttacagctccagaacat
ccccactatgccggccttggtgcggttgcggatatgtcagacgatcttataaactgggca
tatgagcgccaacgggcgtgcgatcctattaatgctccatattattttgagtgctttgag
agtatagctaagggtaggaagagcgagaatctccaattcgaagttgcccgcctacgttcc
gaggggcaattttctacgtctgacctggagagcagctataagtcgctcggtgtggatccc
gttacatcggatgatgatttaattatcggtgtgtttaagagccgattggccgacgctcct
cgccaggaaggaccaatgagagaggacatgaggattattggaaccgctaggaggagcgag
aagatactttcgtttgcaaaacttgctgtcggagatattgcagatgcctacaaatggctt
cgcgtcttggaaagcagcgaggatcaatatatcctctcggcatacaaagtccggatcgaa
gacaatcccgatgacgaaatcactgccaggaatgctttgaaattgatcgcagaaaatcgc
caaagcaatgttttgtattgcttcctcgagggaaacctctacgagactcccctggagata
ggcgctgcatacagtcgcttggggatcgacgattactctcttagtgaggatctgatagtc
aatgttttcgagttgagacaacaagacgctcccagccaaacgcgagacctcagggcggcg
cttagaagtattggccaaaatcgaaatagcgccaggattcaatcatacctccagacaggg
aatgctgatggaatttcaaagggttccgcggagtggcctgttgggcttgagaacattgga
aacacttgctatctgaatagtttgctgcagttttacttcactataaagccactacgcgac
atgattctcaatatcgatcaattccaagaggaggaaatcaataatgagggccaagaaatt
tgttcgccatcttcgcaccttattccagaacctcataacatcccaggcatcttccttcta
aagatgaggaggaggaggagcgacgattgtcttcaaatcgggccgatgacaaagaaaatc
ttcctccactcaaagaaatcaccgcaggcggctagtggggttgctgcaaacaaggctcgc
ccaacatatggcccaccaaccccacccccggatatgccggatcgaccacctccagttccc
ccacgcccaaccaaacaagatccaaaaccagacacaaattttatgttcgggcgccaacag
gatgtcacagaatgtattggtaatgttatgttccaggtggaagctgctattaaaccggaa
tctgttgatgggaatggagaacagatagatttagtgaagaaactgttttacggaaggaca
aagcaaacactctctttcccgaattccgccgagaccaggactaaagaggaattgttttct
cacttgctggtcgatgttgcagaaggtgaccgagacatctactcagctcttgacagcagc
tttgatatcgagcaggttgatctggaaggacgagaagccaagcgttttctgtctatcagc
catttgccacccatcttgcagatacaggttcagagagttcagtatgatcgggctaaggct
tctgcatacaagtcaaattcgcatttgaaattcccagacacgatatatcttgatcgatac
atggaaaccgaagactctgatcttaaggcaaagcgggaggagtcctgggtatggaaagag
gagctaaaggcactggaacaaagattggcggagctaacgaagactccagctgggatacgt
gttcccgaggcactcgaatacactcaccagtggctttccgagctcaaatctgatgatgag
atagaggtccagccagctctccttagggagctcgaacaaagagccatatccatgcgccgg
gagggtgaatcgattgaagcccggattcaagcgcttcagtctcgtattgagcaacaattt
acagactcctgcaatcagggctatcgcatccactcggttttcatacacagaggatccgca
agcttcggccactactggatctacatctacgatttccagagaaaactctttcgcaagtat
aatgacagttatgtgactgaagtggcggatccccaagaggtctttactcatggggatata
aacccccctacgccttatttccttgtcttcgtaaaggaggacgaatccctagatatcatg
gaagctgtccagagacaaattgtcaccaccacctaa

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)   
   INRA-TML (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (15)   

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