Salvia miltiorrhiza (redroot sage): 130985233
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Entry
130985233 CDS
T09291
Name
(RefSeq) alpha,alpha-trehalose-phosphate synthase [UDP-forming] 1-like isoform X1
KO
K16055
trehalose 6-phosphate synthase/phosphatase [EC:
2.4.1.15
3.1.3.12
]
Organism
smil
Salvia miltiorrhiza (redroot sage)
Pathway
smil00500
Starch and sucrose metabolism
smil01100
Metabolic pathways
smil01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
smil00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
130985233
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
smil01003
]
130985233
Enzymes [BR:
smil01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.15 alpha,alpha-trehalose-phosphate synthase (UDP-forming)
130985233
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.12 trehalose-phosphatase
130985233
Glycosyltransferases [BR:
smil01003
]
Others
Trehalose
130985233
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_transf_20
Trehalose_PPase
K_trans_C
Glyco_transf_5
Motif
Other DBs
NCBI-GeneID:
130985233
NCBI-ProteinID:
XP_057764057
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All DBs
Position
5:complement(4333173..4341042)
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AA seq
941 aa
AA seq
DB search
MGSSQDTTNLVDAQATRTQENHCNSGPSIPTSRLERLLRERVLRRSSKSYHSLEESRDSN
GDLDISGNSNDLYLSDGDRGYQDEDFFEGNALVKHLTDGSEKQDVRVPKQRLLVVANRLP
VSAIRKDDDSWGLEVSVGGLVSALLGINEFEARWIGWAGVNVPDEVGQRSLTKALAEKRC
IPVFLDEEIVHQYYNGYCNNILWPLFHYLGLPQEDRLATTRSFQSQFAAYKEANQMFADV
VNEHYREGDVVWCHDYHLMFLPKCLKDYNSKMKVGWFLHTPFPSSEIHRTLPSRSELLRS
VLAADLVGFHTYDYARHFVSACTRILGLEGTPDGVEDQGKLTRVAAFPIGIDSERFIRAL
ELPQVKAHMNQLKERFAGRKVMLGVDRLDMIKGIPQKILAFEKFLEENPVWRDKVVLVQI
AVPTRTDVPEYQKLSSQVHEIVGRINGRFGTLTAVPIHHLDRSLDFHALCALYAVTDVAL
VTSLRDGMNLVSYEFVACQASKKGVLILSEFAGAAQSLGAGAILVNPWNITEVAASIGYA
LTMPADEREKRHRHNFTHVSTHTSQEWAETFVSELNDTVVEAQLRIRQIPPLLPKGDAVE
RYMHSNNRLLILGFNATLTEPVDTQGRRIDQFKEMELKLHQDLKEPLRKLCADPKTTIIV
LSGSDRNVLDENFGGYNLWLAAEHGMFLRRTTGDWMTTMPENLNMDWVDSVKHVFEYFTE
RTPRSHFELRETSLVWNYKYADFEFGKLQSKDLLQHLWTGPISNASVDVVQGARSVEVRA
VGVTKGAAIDRILGEIVHHSHVEAPIDYVLCVGHFLPKDEDIYSFFEPELPTGPAPSARA
KIANPLNRLASNSTGVAAFCRKAPLPIPSPETRTNSFLGNGNWWSRMRERMTVHEGSSVL
DLRGENYFSCAVGRKRSSARYLLGSSTEVVSLLKDLTASQP
NT seq
2826 nt
NT seq
+upstream
nt +downstream
nt
atgggatcatctcaagacaccaccaatttggttgatgcacaagcgactcgtacgcaggag
aaccattgcaactctggtccctcaatacccacaagtagactagaaaggcttttgagagaa
agagtgttaagaaggtccagcaagtcttatcactctcttgaagaatcaagagatagtaat
ggggatctggacatttctggaaattcaaatgacctatatctctctgatggtgacaggggc
taccaagatgaagatttttttgaagggaatgctttagtaaaacatctaacagatggctct
gagaaacaggatgttcgagtccccaaacagaggttactggtggtggcgaatcgactgcca
gtgtctgcaattaggaaggatgacgactcatggggacttgaagtaagtgtaggcggccta
gttagcgctcttttgggtatcaacgagttcgaagctagatggattggatgggctggtgta
aatgttcctgatgaagttggacaaaggtccctaactaaagctctagctgaaaagagatgc
atccctgtattcctcgatgaagagatcgttcaccagtactataatggctactgtaacaac
atattatggcctcttttccactatcttgggcttccacaggaagaccgcctagcaacaaca
cggagcttccagtctcagttcgctgcatacaaggaagcaaatcagatgtttgctgatgtt
gtaaacgagcattacagggagggagatgtggtctggtgccacgattatcatctcatgttt
cttccaaaatgccttaaagactacaacagcaagatgaaagtaggttggtttctacacaca
cctttcccctcctctgaaattcatcggacattgccgtcaagatcggaacttttaagatct
gttctggctgctgatttggtcggattccacacatatgattatgcgaggcatttcgtaagt
gcctgcactcgtattcttgggcttgaaggtacccctgatggagtggaagatcaaggaaag
ctgactcgtgttgctgcgtttcctattggtatagattctgagcggttcattcgagctctg
gaacttccacaagttaaggctcacatgaaccaattgaaagaaagatttgctggtagaaaa
gtaatgctaggggttgatcgtcttgatatgattaaaggaataccccaaaagattttggca
tttgaaaagttccttgaagaaaacccagtttggcgcgataaggtagttctagtgcaaatt
gctgtaccaacaaggacagacgtgcctgagtatcaaaagctatcatcccaagttcatgaa
attgttggacggataaatggaagatttggaactcttacagctgttccaatacatcatcta
gatagatctcttgatttccatgcattatgtgccttatatgctgttactgatgttgctctg
gttacatcactacgggatggaatgaatctagtgagctacgaatttgtggcctgccaagct
tcaaagaaaggggtcctcattctaagtgagtttgctggtgccgcacagtcacttggcgct
ggagcaattctggtgaacccttggaatattacagaagttgctgcatcgattggttatgct
ctgactatgccagcagatgaaagagaaaaacggcatcggcataatttcactcatgttagt
actcacacgtcacaagagtgggccgagacatttgtaagtgaacttaatgatactgttgtt
gaagcacagctaaggattcggcaaattccgccattactccctaaaggagatgctgtcgag
cgttacatgcattcaaataatcgtttacttattctgggattcaatgcaacgcttactgaa
cctgtcgacacccaagggagaaggatcgaccagttcaaagaaatggagctcaagttacac
caagatttgaaggaaccgctgagaaaactttgtgcggatccaaagaccaccataattgtc
cttagtggaagcgatagaaatgttcttgacgagaactttggagggtataatttgtggttg
gctgccgaacacgggatgtttttgcgtcgtacgacaggagattggatgacgacaatgcca
gaaaatctaaatatggattgggttgacagcgtgaagcatgtatttgaatatttcactgag
aggacaccccgatctcatttcgagctccgtgagacttcactcgtatggaactacaagtat
gcagattttgaatttgggaagcttcaatcgaaggacctcctacagcacttgtggacgggg
ccaatttcaaatgcttctgtcgacgtagttcaaggagcgagatctgtggaggtccgagca
gttggagtaaccaaaggcgctgcaattgatcgaatcctaggggaaatagttcatcacagt
cacgtggaagctcccattgattatgttttgtgtgttgggcattttctaccaaaggatgaa
gacatttatagctttttcgagccagagctacctactggaccagcacctagtgcaagagcc
aagattgccaaccctctcaacagacttgcttccaactctaccggagtagctgcattctgc
cgcaaagctcctttgcctatcccgtctccagaaacacgaaccaacagttttctggggaac
gggaactggtggtcccgcatgcgcgagagaatgaccgtgcacgagggctcatcggttctt
gatctcaggggagagaattacttctcctgcgcggtggggaggaaacgttccagtgcaaga
taccttctggggtcatcgacagaggtcgtgtcgttgctaaaggatctaacagcttctcag
ccatga
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