Salvia miltiorrhiza (redroot sage): 131000031
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Entry
131000031 CDS
T09291
Name
(RefSeq) bifunctional TH2 protein, mitochondrial-like
KO
K22911
thiamine phosphate phosphatase / amino-HMP aminohydrolase [EC:
3.1.3.100
3.5.99.-]
Organism
smil
Salvia miltiorrhiza (redroot sage)
Pathway
smil00730
Thiamine metabolism
smil01100
Metabolic pathways
smil01240
Biosynthesis of cofactors
Module
smil_M00897
Thiamine biosynthesis, plants, AIR (+ NAD+) => TMP/thiamine/TPP
Brite
KEGG Orthology (KO) [BR:
smil00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00730 Thiamine metabolism
131000031
Enzymes [BR:
smil01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.100 thiamine phosphate phosphatase
131000031
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GFIT
Motif
Pfam:
TENA_THI-4
Motif
Other DBs
NCBI-GeneID:
131000031
NCBI-ProteinID:
XP_057781753
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Position
1:60210340..60214173
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AA seq
558 aa
AA seq
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MGSVEADHEGGVAKRLWNKFKNGRALALYSPYIVCLASGTLDPTSFLHCISQDFYLLQAF
ARAYELAEEYADDDEDKEAIVKLRKRVLKRLRNQDALISEWGFEPPKDHTCNDATSKYTE
FLMETASGKVGGEKFAVKIVTPFEKTKLAAYTLSAISPCMRLYSFISREIQALLDPDESN
NIYKKWLNSLSSEKFEASASRIEDLLDKLSISLTGEELDVVERLYHRAMKLKLDFIWSQS
VVQQTIVPFSLLRNSGEDNLITLCDFDLTCTAIDSSALLAEIAIVAATNISEPQLPSSDH
IRTTWNELFSQYVEEYQQCIESIVPSEACIDNSTQGTRLDYEGLCKALEQISEVEKRATS
RVVHSNVLKGLNLADIKRAGEHLSFQDGCKRFFQDLVECNKCAADIHVLSYCWCSDLIES
AFSSGEQNVLNVHSNNLVYEASVSTGDMSKDMESPMDKLRVFNEITKNGGKASTVYIGGS
AGDLLCLLEADFGIVIGLSGSLERLGNHFGIRFVPLFSGLVREQRELAETGILSRDGRSN
ILYTVCNWDEIYAFILGR
NT seq
1677 nt
NT seq
+upstream
nt +downstream
nt
atggggagtgtggaggcggatcatgaaggcggcgtagccaagaggctgtggaacaagttc
aagaatggaagggctttagctctctacagcccttatattgtttgcttggcgtctggcacc
ttggaccccacctcttttcttcattgcatctctcaagatttctaccttcttcaagctttt
gctcgggcatatgaactagcagaagagtatgcagatgatgatgaggacaaggaggccatt
gtcaagttgagaaagcgcgtcttgaagcgcctcagaaaccaggatgcacttatttctgaa
tggggttttgagcctcctaaagatcatacttgcaatgatgccacatcaaagtataccgaa
ttcttgatggagacagcctcggggaaagttggaggagagaaatttgctgtcaaaattgtg
acgccttttgagaagactaaactggctgcatatacgctcagcgccatttcaccctgcatg
aggctctacagctttattagtagggagatccaggctctcctagaccctgatgagagcaac
aacatctacaagaagtggctcaacagcctctcttctgaaaaattcgaggcatcagcttcg
agaattgaagacttgctagataaattaagcatttctttgaccggtgaagaactagatgtc
gtagaaaggctctatcatcgggccatgaaactcaagttagactttatctggtcgcaatca
gtcgttcagcaaacaatagttcccttttcactactccgcaacagtggcgaagacaatctc
atcactttatgcgactttgacttgacatgtaccgctatcgactcctctgctcttctagca
gagattgcaattgtagcagcgaccaatatttccgaaccacaactcccatcatcagatcat
atcaggacaacgtggaacgaacttttcagccagtatgtggaagagtatcaacaatgtata
gaaagcattgtaccaagtgaagcatgtattgataattcaacccaagggacgcgactggat
tatgaaggtctatgcaaagcactggagcagatatctgaagtcgagaagcgagctacttca
agagttgtccactctaatgtattgaaaggattgaatctagcagacataaagagggctggt
gagcacctctcttttcaagatggttgtaagcgattctttcaggatctcgtggaatgcaac
aaatgcgctgcagacatccatgtgctatcatactgttggtgtagtgatctaatagagtct
gccttttcatcaggagagcaaaatgtgttgaatgtacactcaaacaacttagtttacgaa
gcatctgtttccactggtgacatgtcaaaagacatggagtcccccatggacaagcttcga
gttttcaatgaaatcaccaagaatggaggtaaggcctcgacagtttacattgggggttcg
gctggtgacttgctgtgtctgttagaagcagattttggtatcgtgattggcttgagtggg
agccttgagaggcttgggaatcactttggtataaggttcgttccattgttctccggttta
gtgagggaacagagagagcttgcagaaactgggattttgagtcgtgatggaagatccaac
attctttatacggtgtgtaactgggacgagatatacgccttcattttggggcggtag
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