KEGG T01282: GSTUM

Tuber melanosporum: GSTUM_00005395001

Entry

GSTUM_00005395001 CDS T01282

Definition

hypothetical protein

Orthology

K08825

dual-specificity tyrosine-(Y)-phosphorylation regulated kinase [EC:2.7.12.1]

Organism

tml Tuber melanosporum

Class

SSDB

Motif

Pfam:

Pkinase Pkinase_Tyr APH Choline_kinase YppF

Other DBs

NCBI-GI:

NCBI-GeneID:

INRA:

UniProt:

AA seq 1509 aa
MPVRVQQQPQHSASNNLTNPTTTTTTTAYSLRRDSPASSKGDDSSTSSISLGENGFRFWA
SDSTTKGEGDSDDINGVADGRQRKRLQKSHQETNNLPRSKPSLREPRSPQKVARSHRNDQ
KPLITRGQDYSLKSDNDTSSKHTSSPANSVASNSSRAYLQPPGSSESNVTTFYAFGQSSE
GAHEAGEPFSYSPSVSLEDVHRGIIDNDQPSQFPAPGRGGNGGDAGRSVYRDTVREEGHQ
KNYAGSSVNQANQSILRRPSVSKYSNNAQAQDSYRDRNRRQSNASNLSSATSSSTYRRAA
TTIEPENSTRAGQRRRPGAPPVGSSLTPPMPQKEYVPGSGYSRNSDASYKVPVSSRNTKS
KSLQPPPKTQQPGQPLKPSLTPEHARHSSIAYPPKSPKSPSVSKLGTPGKSGIPMSGSSR
RISTIPHASGLGARTVSPTDARRLKRLSVIHTPTPPSMPFNTESARSTPGSPSMIPRQSV
TPSSSATTPEPQRKSYSSGLSTASTSTSARTSIGSTSLQPKLSQTFAASRLPKPPRAAVE
REEEIPPVPPLPKNLVSPPFLDAPTKPQVPEKPKAPETPRKLVRPERQEKREKPEKQERI
VKVDRETRRKRGMTLGGMGLGSAVQTLEPKSSSSSLRKKDLVPLRLPPLNLLPLSTPTIA
RVNALGPQSDSEELTPPPKRSIKTPSTPMTASKAGFFGRRDRDEAAYHRSTSSINNATAQ
PMGDSPSSMSLRAGSSASSSIPVSASSRMGRQTISPYISSSLPKSVEHEAKTGDHKGARI
LGMPLSISRDSNKSRARKSQDSLRNVQEDVPDTPSSSSSIRRKLSLSWKKSSSSKHSHAA
TERADEYQAASKYDNMPPPKLPASATWAGPMHQPPSPVRGPHGATVVGGQGRRKSSIGNG
ILVGQHDHARSNSWGTEGTGKDKGVENVEKAQPPLPPAKSSAASSILSPMSKMLGSKSSL
GQLRSRNQVPVLTDPNMDHDDMIAEEEMRRIASKRKNLDAMAQELEELKRRAVPKDRMSA
PQALRTIALNIYERGEIVDFKEVYFTGTPGAKKHVGDLNSSALPNFGYDDERGDYTIVKG
DHLAYRYEIVDILGKGSFGQVVRCVDHKTGGLVAIKIIRNKKRFHQQALVEVNILQKLKE
WDPHGKHSLINFTQSFYFRGHLCISTELLGMNLYEFIKSNDFKGLSLRLIRRFTKQMLSS
LVLLKGHRVIHCDLKPENILLAHPAKSEIKVIDFGSSCFEHEKVYTYIQSRFYRSPEVIL
GMTYGMPIDMWSLGCILAELLTGYPIFPGENEQEQLACIMEVFGPPEKHLIEKSTRKKLF
FDSFGKPRMIVSSKGKRRRPSSKTLTGILRCDDEAFLDFIARCLRWDPDKRMKPDEAMHH
DFITGRKTLSRPRTAGPLSSDPPMKRHPAPPGPSTSYSASISRPLPDPPAISTQKTRLGP
SLVATSQHSSSQRSSPLKGYGAIKRNPSGSSMTGVKRNSMGATVGTGANAVGSSLPRAAR
AEQALLSDW

NT seq 4530 nt +upstreamnt +downstreamnt
atgccggttcgagtacagcagcaaccacagcactccgcatctaataatttaacgaatcca
acgactacaaccacgactacagcttactctctgcgccgagactcccctgcatcttcgaag
ggggacgattcaagtacgagctctatttcgctgggtgagaatggttttcgtttttgggct
tcagattccaccaccaagggagaaggcgattctgatgatatcaacggtgtagcggatgga
agacaacgcaagcgtcttcaaaaatctcaccaggaaaccaacaacctccctcggtcgaag
ccttccttgcgggaacctcggtccccacagaaggtcgcgcgttctcaccgtaatgatcag
aaacccttgatcacgagaggtcaggattattcgttgaaatcggacaatgacacctcttct
aaacatacttcatctcccgccaatagcgttgctagtaacagctcccgcgcatatctccaa
ccacccggctcttctgaaagcaacgtgacaacattttatgcgtttgggcagagctcggag
ggagcgcacgaagctggcgagccgtttagctattccccatctgtgagtttggaggatgtt
caccggggtatcattgacaatgatcaaccaagccaatttcctgcaccgggacgtggcgga
aatgggggcgatgcgggaaggagtgtttaccgtgataccgttcgagaagagggtcatcaa
aaaaattatgcgggctcttcggtgaaccaggcaaaccagtcgattctccgaaggcccagt
gtctccaagtattcaaacaacgctcaagcccaggacagctatcgggatcggaatcgaaga
cagagcaacgcgtctaacctgtcatctgcaacatcgtcatccacttatcgtagagcggca
acaacaatcgagccagaaaactccaccagagctggacagcggaggaggccgggtgctcca
ccggtaggtagttcgctaaccccaccaatgccacagaaggaatacgttcccgggagcggc
tattctaggaactcggatgcaagctataaagtgcctgtttcctctaggaataccaagtca
aagtctttgcagcctcctccaaagactcaacaaccggggcaaccactgaagccatcatta
actcctgagcatgcccgacactcatcgatagcctatcctccaaagtcgcctaaatctccg
agcgtcagcaagcttggcaccccaggaaaatcgggcataccgatgtcgggatcctctcgt
aggatatctacaattccacatgcttctggactaggcgccagaacagtcagtcctacagat
gccaggaggctcaagaggctctcggtcatccatacaccaactcccccttcaatgccattt
aacacagagtcagcgagatcgacaccaggcagtccttcaatgattccgagacagagtgtc
accccttcttcatccgcaactacacctgagccgcaaaggaaatcttatagctcagggttg
tctactgcctccacaagtacttcagctcgaacctctataggctcgacgtcgttgcagcct
aaactaagccagacattcgcagcctctaggttaccaaagccaccacgagctgctgtggag
cgggaggaggagatacctcctgttccccctttgccaaagaatttggtttctccacctttc
ctggacgcccccaccaaacctcaggtccctgaaaaacccaaagctccggagaccccccgg
aaactagtgagaccggagcggcaggaaaagagagagaagccagagaagcaggaaaggatt
gtaaaggtagatagagagacgaggaggaagcgtggaatgacattggggggcatgggtctg
ggcagtgcggtgcagacgttagagcccaagagttcgtcttcaagcttgagaaaaaaggac
cttgtgcccttgcgccttccaccattgaaccttctacctctgagcacacctacaattgct
cgggtcaatgcgcttggcccacaatcggattcggaagaattgacgccacctccaaagagg
agcataaaaaccccgagcactccaatgacggcttctaaggcgggattttttggcaggagg
gaccgagacgaagcggcctatcaccggagtacgagttctatcaataatgcaaccgcgcaa
cccatgggtgacagcccatcaagtatgtctttgagagcgggttccagcgctagcagtagc
attccggtttcagcaagtagcaggatgggaaggcaaacgattagtccatatatctctagt
tctttgcccaagagtgttgagcatgaggccaagactggcgaccacaagggcgcaaggatc
ttaggaatgccactgtcaatttcgcgtgacagtaataagagcagagccaggaagagtcaa
gactcattaaggaatgtgcaagaagatgttccggacacaccttctagttctagttcgatc
cgaaggaagctaagcttgagctggaagaagagcagttctagcaagcatagccatgctgca
actgagcgagcggatgaataccaagcggcctctaaatacgacaacatgccaccgcccaag
ctaccagcttctgcaacatgggcgggacctatgcatcagccacctagcccggtgagaggg
ccacacggtgcaacagtagtagggggccaaggtaggaggaagagctcgatcgggaatggt
attcttgttgggcagcacgaccatgcccgcagtaatagctggggaactgagggaactggt
aaagataagggagtggaaaatgtggagaaagcccaacctcctctacccccagctaagagc
tcggcagctagttcaattctcagccccatgtcgaaaatgttgggcagtaaaagttcattg
gggcagctgcgtagcagaaaccaagtaccagtcctcacggacccgaacatggaccatgat
gatatgattgcagaagaggaaatgaggcggattgctagcaagcgcaagaatttggatgcc
atggctcaagagttggaggagttgaaacgtagggctgtgccaaaggacagaatgtctgcg
ccgcaggcccttcggactatcgctctcaacatctatgagcgtggagagattgtggatttc
aaagaggtttattttacaggaactccgggcgcaaagaaacatgttggggatctcaattca
agtgctctgccgaactttggatatgatgacgagcgaggcgactatactatcgtgaaggga
gaccatctagcttacagatacgagattgtcgacatcctcggaaagggtagtttcggtcaa
gttgttagatgcgttgatcacaaaacaggaggacttgtagctatcaaaatcattcggaac
aaaaagagatttcatcaacaggccttagtcgaagtcaatatcttgcagaagttgaaggaa
tgggatcctcacggaaagcatagccttatcaactttacgcaatctttctatttccgtgga
catctgtgtatctcaactgaactactaggcatgaatctctacgagttcatcaaatccaat
gacttcaaagggctctccttacgacttatcagaaggtttaccaagcaaatgttgagtagc
ttggtcctcctcaaagggcatcgtgttattcattgtgacttgaagccagagaatatattg
ctggcccaccctgctaagtcggagattaaagtcatcgattttggaagtagctgttttgaa
catgagaaagtgtatacttacattcagtctcggttctatcgttcaccggaagtcattctc
ggtatgacctacgggatgccaatcgacatgtggagcttgggttgcattttggcggaacta
ctgacagggtatcctatctttcccggagagaatgaacaggaacagttggcatgtatcatg
gaggtttttggccccccggagaagcatttgattgaaaagagcacaagaaagaagttgttc
ttcgattcgtttggcaaacctcggatgattgtctcgtctaaaggaaagcgccggcggcca
agctctaaaacgcttactggcattcttaggtgcgatgatgaggccttcctagactttatc
gccaggtgccttcggtgggatccggacaagaggatgaagccggatgaagccatgcatcac
gactttattaccggaaggaagaccttgtcgcgtcccagaaccgctggtccattgtctagc
gatccgccgatgaagcggcatccggctccgcccgggccatctacgagctatagtgcctct
atctcaagaccgctcccggatccaccggcgatttcgacgcagaaaacaagactgggtccc
agtttggtggcaacaagtcagcatagcagctcccagcggtcgtctcccctgaagggttat
ggtgcaattaagaggaatcccagtggctccagtatgactggtgtgaagaggaactccatg
ggtgctaccgttgggacaggggccaatgcagtgggtagcagtctcccaagagctgcaaga
gctgaacaagcgcttctatcagattggtga

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 (5)   
   Pfam (5)   
All databases (16)   

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