Setaria italica (foxtail millet): 101752753
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Entry
101752753 CDS
T02818
Name
(RefSeq) starch synthase 3, chloroplastic/amyloplastic isoform X1
KO
K00703
starch synthase [EC:
2.4.1.21
]
Organism
sita
Setaria italica (foxtail millet)
Pathway
sita00500
Starch and sucrose metabolism
sita01100
Metabolic pathways
sita01110
Biosynthesis of secondary metabolites
Module
sita_M00854
Glycogen biosynthesis, glucose-1P => glycogen/starch
Brite
KEGG Orthology (KO) [BR:
sita00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
101752753
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
sita01003
]
101752753
Enzymes [BR:
sita01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.21 starch synthase (glycosyl-transferring)
101752753
Glycosyltransferases [BR:
sita01003
]
Polysaccharide
Storage polysaccharide
101752753
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_transf_5
CBM53
Glyco_transf_4
Glycos_transf_1
Glyco_trans_1_4
Glyco_trans_4_4
Ig_PIFI
Motif
Other DBs
NCBI-GeneID:
101752753
NCBI-ProteinID:
XP_022683090
LinkDB
All DBs
Position
VI:complement(2790895..2800247)
Genome browser
AA seq
1405 aa
AA seq
DB search
MEMALLPRSPLCSRGRSAPVVRPTTLDGGSAQPFLRTSGFARSRIIWCTVASSGPANSSY
LVGLFVVLLTSCFLTLPYADCPNRKSRKMVYPKVKLTAFSGYVPRLPAESSTEKSEHHDS
DEGDGIYNRLLSTDIEGLETAEVDLPENASSSSAYGEVDVAEEAALDMVEVELSRNALTN
MSLGEVEAVDEAAVEEDKFAVDLSGIELSIAAVCELDPKDEAKAKEDIFMAVESSDETSD
VENEQWQYPALPSTSIEDKANNETHGSLKPQSMPLVRVQEQGKSIVGVPEQIQSIVVYRK
PDQSIVASHRKDESIAVVPEQIQSVVGYSKPDQSIVGVPDQIKSIVGYSKVEQSVVHIPK
EEQSVVGFPKQDLSIVGTTKESQTKKLDFPGSHHAFRTEGVEAKEGDYTPQKPDGDMLHA
KSDVDDLLQKHKKDFSEEESETITSIEEQINTSMEEEQCIVTEEGIPEVEDEMETGEDRF
LHQLSEEESSWAEDEVETTEDEEQYEVEESSFVSAEQDTQESPQDYLDPQALQRMLQELA
EKNYSLGNKLFVFPEVLKADSTIDLYFNRDLSSLANEPDVLIKGAFNGWRWKFFTEKLHK
SELGGDWWSCKLYIPKEAYRLDFVFFNGRTMYENNGRKDFVIPIESTMDEHSFADFLVEE
KQRELEREAQRKSQTEEQQRLEEERAANEADRAQAKAEVQTQKIKLQNVLDSAKASVDNL
WYIEPITTMQGATVRLYYNRHSRPLVHSTEIWMHGGYNNWIDGLSFSERLVHIDDKDGDW
WYADVALPQRAYVLDCVFADGPPGNARNYDNNGRQDFHAILPNSIMTEEGYWVEEEQRIY
TRIQRERREREEAIKMKAERRAKMKAEMREKTMRMFLVSQKHIVYTEPLEIRAGTTVDVL
YNPSNTVLKGKPEVWFRCSFNRWMHPGGVLPPQKMVKAEHGSHLKATVNVPHDAYIMDFV
FSESEEGGIFDNRNGLDYHIPVFGSIAKEPPMHIVHIAVEMAPIAKVGGLGDVVTSLSRA
VQDLGHNVEVILPKHDCLNLSNVKNLHIHQNFSWDGSEIKVWRGLVEDLCVYFLEPQNGM
FGVGCVYGRNDDRRFGFFCHSALEFLHQRGSSPNIIHCHDWSSAPTAWLYKENYVQSSLA
NARVVFTIHNLEFGAHHIGKAMKYCDKATTVSNTYSREVSGHGAIAPHLGKFYGILNGID
QDIWDPYSDSFIPVQYTSENVVEGKRAAKRALQQKFGLQQNDVPIVGIISRLTAQKGIHL
IKHAIQRTLERNGQVVLLGSAPDPRIQGDFTNLAHDLQNQNHGRARLCLTYDEPLSHLIY
AGSDFILVPSIFEPCGLTQLVAMRYGAIPIVRKTGGLYDTVFDVDNDKDRARARGLEPNG
FSFDGADSNGVDYALNRQAQSHCSA
NT seq
4218 nt
NT seq
+upstream
nt +downstream
nt
atggagatggctctcctaccccggagccctctctgctctcgaggaaggtcagcgccagtg
gtccggccaaccaccttggacggtggctccgctcagcctttcttgaggactagcggattt
gccagaagcaggattatttggtgcacagtagcaagttcaggtccggcgaatagttcttat
ttggttggtttgtttgttgttctgctgacatcatgttttcttacattaccttatgcagat
tgtcctaataggaaatcaaggaagatggtgtatcctaaggtaaaactcactgcttttagc
gggtatgttccaagactccctgctgaatcgagcaccgagaagagtgaacaccatgatagt
gatgaaggtgatggtatatacaataggctgttaagtacagatatagaaggtttagaaact
gctgaagtggatttgccagaaaatgcttcgagcagttcagcatatggggaagtggatgtg
gcagaagaagctgcactggacatggttgaggtcgaattgtcaagaaatgcattgactaat
atgtcattaggggaagtggaagcagtagatgaagctgcggtcgaagaagataaatttgcg
gtagatctctcaggaattgaattgagcattgctgcagtttgcgaacttgatccaaaggat
gaagctaaagctaaagaagacatatttatggcagtggagtcttcagatgaaacctctgat
gtagagaatgagcaatggcaatatccagcactgccatcaacatccatagaggacaaggcc
aataatgaaacacatggaagtttgaagcctcagtccatgccacttgtcagggtccaggaa
caaggcaaatcaattgttggtgtgcctgagcaaatccaatccattgttgtttacagaaaa
ccagatcaatctattgttgcttctcacagaaaagatgaatcgattgctgttgtgcccgag
caaatacaatccgttgttggttatagtaaaccagatcaatctatcgttggcgtgcctgat
caaatcaaatccattgttggttacagtaaagtagaacaatcagttgttcatatccctaaa
gaagaacaatccgtagttggctttcctaaacaggacctatcaattgttggcaccaccaaa
gagtctcaaacaaagaaacttgattttcctgggagtcaccatgcatttcgtacggaggga
gtagaagctaaggagggagattacacacctcaaaaacctgatggggatatgcttcatgca
aagtctgatgttgatgacttgttacagaaacacaagaaggatttctctgaagaagaatcg
gagacgataactagcattgaagagcagataaatacaagcatggaggaagaacaatgcatt
gttactgaggaaggcattccagaggttgaggatgagatggaaacgggcgaggacaggttt
ctgcatcaactttctgaagaagagagttcatgggctgaagatgaagtggagacaactgag
gatgaagaacagtatgaagttgaggagtcgtcttttgtgtctgccgaacaagatacccaa
gaatcaccacaggattacctggatccacaagcactacagaggatgcttcaagaacttgct
gaaaaaaattattcgctgggaaacaaactttttgtttttccagaggtactgaaagctgat
tcaactattgatctctatttcaatcgtgatctatcatctttagccaatgagcctgacgta
ctcatcaaaggagcattcaatgggtggaggtggaagtttttcactgaaaaattgcacaag
agcgaactgggaggggactggtggtcctgcaaactgtacattcccaaggaggcatacaga
ttagattttgtgttctttaatggtcgtacaatgtatgaaaataatggcagaaaagatttt
gtgataccaatagaaagcaccatggatgaacattcgtttgccgatttcttggttgaagaa
aagcaaagagaacttgagagagaagctcaaaggaagagccagactgaagagcagcagcga
ttagaggaagaaagggctgcaaatgaagctgacagggcacaagcgaaggctgaggtacag
acacagaagattaaattgcagaatgtattggattcagccaaagcttctgttgataatttg
tggtacatagaacctatcacaactatgcaaggggctactgtcagattgtattacaacaga
cactcgagaccacttgttcacagtactgaaatttggatgcatgggggctacaacaattgg
attgatggactctctttttctgaaagacttgttcatattgatgacaaagatggtgattgg
tggtatgcagatgttgccttacctcaaagagcatacgtgttggactgcgtttttgctgat
gggccaccagggaatgcaaggaattatgataacaatggcagacaagattttcatgctatc
cttcccaatagcatcatgactgaggaaggatattgggtggaagaagaacagaggatttat
acaaggattcaacgcgagaggagagaaagggaggaggctattaaaatgaaggctgagaga
agggcaaaaatgaaagctgagatgagggaaaagactatgagaatgtttctggtttctcaa
aaacacattgtttataccgaaccacttgaaatacgtgctggaacaactgttgatgtgctt
tacaatccttctaatacagtgttaaagggaaaaccagaggtgtggtttcgatgttctttt
aaccgttggatgcatccaggtggtgtgttgccaccccaaaagatggtaaaagcggaacat
ggttcacacttaaaagcaacagttaacgttccgcacgacgcctatataatggactttgtt
ttctcggagtcagaagaaggtggaatttttgacaacaggaatgggttggactatcatatt
cctgtttttggttccattgcaaaggaacctcctatgcatattgtccacattgctgttgag
atggctcccattgcaaaggttggaggtcttggtgatgttgttacgagtctttcacgtgct
gttcaagatttaggacacaatgttgaggttattcttccaaagcatgattgcttgaatcta
agcaatgtgaagaatttacatatacatcaaaatttttcttgggatggttctgaaataaaa
gtatggcgtggacttgttgaagacctctgtgtttacttcttggaacctcaaaatgggatg
tttggagtcggatgtgtatatggaaggaatgatgaccgtcgatttggcttcttctgtcat
tctgctcttgaatttctccaccagaggggatcttctccaaatataatacattgccatgat
tggtcaagtgctcctactgcctggctatacaaggaaaactatgtgcaatccagtttggca
aatgcacgggttgtatttacgatccacaatcttgaatttggagcacatcatataggcaaa
gcaatgaaatattgtgataaagccaccactgtctctaatacatattcaagggaagtgtca
ggtcatggcgccatcgctcctcatcttggaaaattctatggcatcctcaatggaattgat
caagatatctgggatccatacagtgacagctttattccggtccaatacacttccgagaat
gttgttgaaggcaagcgtgctgcaaagagggccttgcagcagaagtttgggttacagcaa
aacgatgtgcccattgttggaatcatcagtcgcctgacagcccagaagggaatccacctc
atcaagcatgcgattcaacgaacacttgaacggaatggacaggtggttttgcttggttca
gccccagaccctcgaatccaaggtgattttaccaacttggcacatgatctccagaaccaa
aaccatggtcgagcgaggctgtgtttaacctacgacgagcctctttcacatctgatatac
gctggctctgacttcattctggttccatccatatttgagccttgtggcttaactcagctg
gtcgccatgcggtatggagccatccctattgtccggaaaactggagggctctacgacact
gtctttgatgtggacaatgacaaggaccgagcccgggctcgaggccttgagccaaacggg
ttcagcttcgacggagctgacagcaatggtgtcgactatgccctgaacaggcaagcacaa
tctcactgcagtgcctag
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