KEGG T01282: GSTUM

Tuber melanosporum: GSTUM_00000322001

Entry

GSTUM_00000322001 CDS T01282

Definition

hypothetical protein

Orthology

K11987

prostaglandin-endoperoxide synthase 2 [EC:1.14.99.1]

Organism

tml Tuber melanosporum

Pathway

tml00590	Arachidonic acid metabolism
tml01100	Metabolic pathways

Class

Metabolism; Lipid metabolism; Arachidonic acid metabolism [PATH:tml00590]

SSDB

Motif

Pfam:

An_peroxidase p450

Other DBs

NCBI-GI:

NCBI-GeneID:

INRA:

UniProt:

AA seq 1119 aa
MASNGDGTNGATNGDSKYATQSKPPPPVAKPTRAAVDSTFEQFSNLLHASNRPLPNRFGD
GKDQRPPELKPTGVLTDINTLRRGGFFWESVGTLWDFLKQKAKGGAVDDKTMIMERVIQL
TSRLPPTSKARVALTTLQVDQLWDSLQHPPLSYLGDEFSYRQADGGYNNIMYPQLGRAGS
AYARSVKPMTKMPGAPPDAYTLFDRIFSRGPNDEHFREHDNNVSSMLFYTATIIIHDLFR
TNRENQNISDTSSYLDLAPLYGSSVEDQSKIRTFQDGKIKPDSYSEKRLLAFPPGVSVLL
IMFGRFHNYVVENLKAINEGGRFNLKFPRYPNGDDEVTRQAKALRQQDEDLFQTGRLVTC
GLYINFILNDYLRTIVNLNRVDTTWTLDPRFEASKVYNPDGTPAGIGNMVSAEFNLIYRW
HSCISKRDDQWTKDFYQGLFPGRDASDIEMPEFTRGVGRWERSLSDDPIQRNIAGLERKA
DGSYHDDDLVKILTESVEDVAGAFGARNVPHVLRLVEVLGIEQSRKWMVGSLNELREFFG
LKPHATFEDINPDPAVANTLRQLYDHPDFVEMYAGLVAEADKKPMVPGVGIGPTYTISRA
ILSDAVTLVRGDRFYTADYTASHLTNWGLQEASSDLATVYGCVGYKLILKAFPNHFKFNS
IYAHYPLTIPQENHKIHTALNSVDQFDFERPVYTPPRIPISSYNATKQILCDAENFKVTW
GAGFDFIMRADFMLSGDKPSNSEQKQFVRDRLYLGGVDWKQQIRQFYEEATEKLIRKKAY
SLGDTYQVDAVRDIGNIAQTIFAASIFNLPMKSEDHPKGIYTEQELYMILCVMFIVIFFD
IDSSKSFPLRQAGFKVVRQYGTLVEAQVKAIKNWSWLQGVWDPLNIRGRNKSSPLKSYGW
TMIKRLLDTGKSPYDVTWSYIVPTAGASAPNQGQIFAQVLDFYLEDRNSHHLAEIQRLAQ
SGAVDAWETIKKYALEGGRLAGTFGLYRRVEPDNITIEDNGRNIELRKGDMVFVNFITAS
RDPVVFPDPLEIKLDRPEASYMQYGDGPHECLGKAANIIGLTTMLMQFGKLKGLRRAPGP
QGALKYIPKPGGFKVYMKEDWSAYWPFPTSMKVRFDDII

NT seq 3360 nt +upstreamnt +downstreamnt
atggcctctaatggtgatggcaccaatggtgccacgaacggtgatagcaaatacgctaca
cagtcaaagccccctccgcccgtcgcaaaacctacgagagcggcagtggatagtaccttt
gaacaattctcaaacttattacatgcttctaaccgccccctaccaaacagattcggggac
ggaaaggatcagaggcccccagagcttaaaccaactggagtattgaccgacattaacaca
ttgagacgtggggggttcttttgggagagtgtgggaacgctatgggatttcctcaagcag
aaggcaaagggtggagcggtagacgacaagactatgattatggaacgtgtcatacaactt
acttcacgactcccgccaacaagcaaagctcgcgttgccttgaccacactccaggtagat
caactttgggactcgctccaacaccctccgttatcttatctcggtgatgagttctcttat
cgccaggcagatggtggatacaacaacataatgtaccctcaactgggtcgtgcgggctcc
gcatatgcgagatctgtgaagccaatgacaaagatgcccggagcaccaccagatgcatac
acgcttttcgacaggatcttctctcgaggacctaacgatgagcacttccgtgaacacgat
aacaacgtcagtagtatgttgttttataccgcgactattattattcatgacttgttccga
accaaccgggagaatcaaaatatctcggatacatcatcatacctggacctggcgccgctc
tatggaagcagtgtagaggaccagtccaagatcaggacattccaggacggaaagatcaag
ccggacagttacagtgaaaagaggttgctggctttccccccgggtgtttcggtattgctc
atcatgtttgggcggttccataactacgttgttgagaatctcaaggccattaatgagggt
ggacgatttaacctaaagttccccagataccctaatggggatgatgaggttaccaggcag
gcaaaggccctgaggcagcaggacgaagacttgttccagactggtagattggtcacctgt
ggtctatacatcaactttatcctcaacgactacctgaggactattgtcaacttgaaccga
gtagacaccacctggacacttgatccgcgatttgaggctagcaaggtttacaatcccgat
ggaactcctgctggtattggtaacatggtctctgccgagttcaacttgatctacagatgg
cactcttgcatttccaagcgtgacgatcaatggacaaaggatttctaccagggtctgttc
cccgggagggatgccagtgacattgaaatgcccgagttcactagaggtgtcggtaggtgg
gagaggagcctcagcgacgaccccatccagcggaacatcgccggtttagagcgcaaagcc
gacggcagttatcatgacgacgacctagtgaagatcctcacagagagcgtcgaagatgtt
gcaggtgcctttggtgcgcgcaatgttccccatgtcctccgccttgttgaggtattgggt
attgagcaatcccgcaagtggatggtcggctccttgaacgaactccgcgagttcttcgga
cttaaaccacacgcaaccttcgaggatatcaatcccgacccggccgtggccaacacactc
aggcagctttacgatcacccggacttcgttgagatgtatgctggtctcgtggccgaagcc
gacaagaagccgatggttccgggtgtcggtatcggacccacatacaccatctcccgtgcc
attctcagtgacgctgttactctagttcgcggtgacaggttctacactgccgattacact
gcctcccacttgaccaactggggtcttcaggaggcatcttctgatctggctaccgtctat
ggatgcgtgggatataagctgattctcaaggctttcccgaaccacttcaagttcaactcc
atctacgcacactacccactcaccatcccgcaagagaaccacaagatccacactgctcta
aactcggttgatcaattcgatttcgagagaccggtctacactcctccccgcattcccatc
tcatcctacaacgccacgaaacagattctgtgcgatgctgaaaacttcaaggtcacctgg
ggtgctgggttcgactttatcatgagggcggatttcatgttgagcggtgataagccgtcc
aattccgaacagaaacagtttgtccgcgaccggttgtaccttgggggtgtagattggaag
caacagattaggcaattctacgaggaggctacggagaagttgatccggaagaaggcatac
agcctcggtgatacttaccaagtcgatgcagttagagacatcggaaatatcgcccagaca
atctttgcagcgtcaatctttaatctaccgatgaagagcgaggatcacccaaagggaatc
tacacggaacaagagctctacatgatcctgtgcgtcatgttcatagtcatcttctttgac
attgactccagcaagtcattcccgctacgccaggcgggattcaaggtagtccgccaatac
ggcactctcgtggaagcccaggtcaaagccatcaagaactggtcatggctccaaggggtc
tgggatccactcaatattcgcgggcgcaacaagtcctccccgctcaaatcttatggctgg
acgatgatcaagcgtctcctcgacaccggaaaatctccatacgacgtgacctggtcgtac
attgttcccacagcaggggcatcggcaccaaaccagggccagatattcgcccaggtcctg
gacttctacctagaagacaggaattctcatcacctcgccgagatccaacgactggcgcaa
tcgggcgcggtggacgcctgggaaactatcaagaagtatgctctcgaaggcggccgtctc
gccggcacttttggcctctaccgccgcgtcgagccggataacatcacgatcgaagacaac
ggacgcaacatcgaactccgaaagggcgacatggtattcgtaaatttcatcaccgcctcc
cgcgatcccgtggtcttccccgacccgctcgaaatcaaacttgaccgacctgaggctagt
tacatgcaatacggcgacggcccgcacgaatgccttggaaaggcggcgaatatcattggc
ctcactaccatgcttatgcaatttggtaagctcaaggggttgaggagagcgcccggacca
caaggagcgctcaagtatattcctaagccgggtggcttcaaggtttacatgaaggaggac
tggagcgcatactggcccttcccgacgagtatgaaggttaggtttgacgatattatttag

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   INRA-TML (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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