Salvia miltiorrhiza (redroot sage): 131010504
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Entry
131010504 CDS
T09291
Name
(RefSeq) glucose-1-phosphate adenylyltransferase large subunit 1-like
KO
K00975
glucose-1-phosphate adenylyltransferase [EC:
2.7.7.27
]
Organism
smil
Salvia miltiorrhiza (redroot sage)
Pathway
smil00500
Starch and sucrose metabolism
smil00520
Amino sugar and nucleotide sugar metabolism
smil01100
Metabolic pathways
smil01110
Biosynthesis of secondary metabolites
smil01250
Biosynthesis of nucleotide sugars
Module
smil_M00854
Glycogen biosynthesis, glucose-1P => glycogen/starch
Brite
KEGG Orthology (KO) [BR:
smil00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
131010504
00520 Amino sugar and nucleotide sugar metabolism
131010504
Enzymes [BR:
smil01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.7 Nucleotidyltransferases
2.7.7.27 glucose-1-phosphate adenylyltransferase
131010504
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Motif
Pfam:
NTP_transferase
Hexapep
Motif
Other DBs
NCBI-GeneID:
131010504
NCBI-ProteinID:
XP_057794021
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Position
2:complement(56520817..56524649)
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AA seq
521 aa
AA seq
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MDSCCVAIRANVPPPSRRENGFFGKKLRSSKEIVFGSRVWKKKGENGTRNLKPGVVYSVQ
TRDINKEMAALQSTPFPEETPNANPATVASIILGGGAGTRLFPLTSRRAKPAVPIGGCYR
LIDVPMSNCINSGIRKIFIMTQFNSFSLNRHLARTYNFGNGMNFGDGFVEVLAATQTSGE
TGKRWFQGTADAVRQFIWVFDAAKNKNIEHIVILSGDHLYRMDYMDFVQKHIDTNADITV
SCVPMDDSRASDFGLMKIDKTGQVIQFAEKPKGSDLQAMQVDTSVLGLSRQEAAKFPYIA
SMGVYVFKTDVLLQLLKYTYPSCNDFGSEIIPGAVRSHKVLAYLFSDYWEDIGTIRSLFD
ANLALTEQPPKFDFNDPKTPFYTSPRFLPPSKVEKCRIVDAIISHGCFLGECSVQHSIVG
VRSRLDNGVELKDTMMMGADYYQTESEIASAVAEGKVPIGVGENTKISKCIIDKNAKIGR
NVMIANKDGVEEADRAEEGFYIRSGITVVLKNATIKDGTLI
NT seq
1566 nt
NT seq
+upstream
nt +downstream
nt
atggattcatgttgtgtcgccattagagctaatgtgccgccaccgagccggcgggaaaat
gggttttttggaaagaaacttaggagttcgaaagaaattgtttttggatcacgagtttgg
aagaaaaagggtgagaatgggacgagaaatttgaagccgggagttgtatactctgttcaa
acacgtgatatcaacaaagaaatggctgcacttcaatccacaccatttcctgaggagact
ccgaatgcaaatccagcaaccgttgcgtcaataatcttgggcggaggcgccggcactcgc
ctctttcctctcactagcagaagagctaaacccgccgttccgattggtggttgttatagg
ctcattgacgtcccaatgagcaactgcatcaatagtgggataagaaagatattcattatg
acgcagttcaactcattctccctcaataggcaccttgctcggacctacaactttggaaat
ggaatgaattttggagatggttttgtggaggttcttgctgccacccaaacatcgggagaa
acaggaaagagatggttccaaggaactgcagatgcagttcgacaattcatttgggttttc
gatgctgccaaaaataaaaatatcgagcacatagtaatcttgtcgggtgaccatctttac
agaatggactatatggattttgttcagaaacatatagatacaaatgcagacattacagtt
tcgtgtgtacccatggatgatagccgagcctcagattttggattgatgaaaattgataaa
acgggccaggtcattcagtttgcagagaaaccaaagggctctgatctacaagcaatgcaa
gttgacacctctgttctcggactttctcgtcaagaggcagcaaaatttccctacattgca
tcaatgggtgtttacgtcttcaagactgacgtcctactacagcttctgaaatatacatac
ccatcgtgcaatgattttggctccgagatcattcctggagccgtgaggagtcacaaagtg
ctggcatatttgttcagtgactactgggaggacattggaaccatcaggtcgctatttgac
gccaacttggccctcacagagcagcctccaaagtttgattttaatgacccaaagacccct
ttctacacatctccaagattcttgccaccttcgaaagtcgaaaaatgcaggatagtggat
gcaataatttcccatggttgctttttgggggaatgtagtgttcaacactctatagttggt
gtgagatcacggctagacaacggtgttgaactcaaggatacgatgatgatgggagcagac
tattatcagacagaatctgaaatagcatctgctgtggcggaaggaaaggttccaatcggt
gttggagaaaataccaagatcagtaagtgtataatcgacaagaatgcaaagatcggaagg
aatgtgatgatcgcaaacaaagatggtgtggaagaagcagacagggcggaggaaggattt
tacataagatctggaatcacagtagtattgaagaatgccaccattaaagatggaactctc
atatga
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