Mercurialis annua (annual mercury): 126669365
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Entry
126669365 CDS
T10153
Name
(RefSeq) 1,4-alpha-glucan-branching enzyme 3, chloroplastic/amyloplastic
KO
K00700
1,4-alpha-glucan branching enzyme [EC:
2.4.1.18
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00500
Starch and sucrose metabolism
mean01100
Metabolic pathways
mean01110
Biosynthesis of secondary metabolites
Module
mean_M00854
Glycogen biosynthesis, glucose-1P => glycogen/starch
Brite
Enzymes [BR:
mean01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.18 1,4-alpha-glucan branching enzyme
126669365
Exosome [BR:
mean04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
126669365
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GFIT
Other DBs
NCBI-GeneID:
126669365
NCBI-ProteinID:
XP_050218774
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Position
LG2:complement(8599439..8610621)
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AA seq
912 aa
AA seq
DB search
MNSHLLLTKFSVSLHPIDNHSLYLLPFQSKPQTTNFGNCKFISRIKCAANQSPPPQPRQQ
KQSKKRSNEHKAEAEEDEKGINPVGFLTRLGISHKQFAQFIRDRHKAMKDLKEELFKRNL
MIKDIAYGFELMGLHRHPEHRADYMEWAPGARYCALVCGSNGWSPTENYAREGHLGHDDY
GYWFIILEDKLREGEEQDELYFQQYNYVDDYDKGDSGVSIDEIFQKANDDYWEPGEDEYI
KNRLKVPAKLYEQWFGPNGPETEEELNAIPLPDAETRYRQWKEQHKDDPPSNLPPLDVID
QGKEYDIYNIISSPEWVKKIRAKEAPLPYWLETRKGRKAWLKKYAPTIPHESKYRVYFNT
PNGPLERVPAWATYVDPGTDGKQPFAIHWEPPPELAYKWKNTSPKKPKSLRIYECHVGIS
GSEPKISSFNDFIEKVLPHVKEAGYNAIQLIGVVEHKDYFTIGYRVTNPFAVSSRFGTPD
DFKRLVDEAHGIGLLVFLDIVHSYSAADEMVGLSLFDGSNDCYFHTGKRGHHKHWGTRMF
KYGDREVLHYLLSNLNWWVVEYQIDGFQFHSLSSMMYTHNGFASFTGDLDEYCNQYVDKD
AFLYLILANELLHTIHPNIITIAEDATLYPGLCDPTSQGGLGFDYYVNISASEMWSSLLK
DTPDSEWSMSKIVDTLVGNRRNADKMLLYAENHNQSISGGQSFAEMLFGEVMDHSSASEE
SLLGGCALHKMIRMITFTIGGHAYLNFMGNEFGHPKRVEFPMQSNNFSYSLANRCWDLME
KEDVHRHLFFFDKDLMNLDVNQKVLSRRSPAVHHANDASMVISYMRGPLLFIFNFHPTNA
YERYSVGVEEAGEYQIILNTDDKKYGGQGIVKADQYIQRTVSKRVDSHRYCLEVPLPSRT
AQVYKLTRILRI
NT seq
2739 nt
NT seq
+upstream
nt +downstream
nt
atgaactctcaccttctcttaacaaaattctcagtttctctccacccaattgataaccat
tctctttatcttctccccttccaatcaaaacctcaaaccaccaattttggtaactgtaaa
ttcatatccaggataaaatgcgccgcaaaccaatcaccaccaccacaacctcgtcagcaa
aagcagtctaaaaaacggagcaatgagcataaagctgaagctgaagaagatgagaaagga
atcaacccagttgggtttcttactcgactcggcatttcccataaacaattcgctcagttt
atccgtgataggcataaagcaatgaaggatctaaaagaggaacttttcaagaggaatttg
atgatcaaagacattgcttatgggtttgaattgatgggtctgcatcgtcatccagagcat
cgggcagattatatggaatgggcaccaggtgctcgttattgtgcactagtttgtggctct
aatgggtggtcaccaaccgaaaactatgcaagagaaggtcaccttggccatgatgactat
ggatactggtttatcattcttgaagataaactaagagagggagaagaacaagatgaactt
tattttcagcagtataattatgtggatgactatgataaaggtgacagtggtgttagcatt
gatgaaatctttcagaaagcaaatgatgactactgggaacctggagaagatgaatatata
aaaaaccgactgaaggtgccagcaaagttatatgagcaatggtttgggcctaatggacct
gaaactgaggaagaattaaatgcaatacccttgccagatgcagaaacaagatatagacaa
tggaaagaacagcataaagatgaccccccaagtaatttgcctccattagatgtgattgat
caaggaaaagaatatgacatatataatattataagtagcccagagtgggtaaagaaaatt
cgtgctaaggaggccccgttgccatattggcttgagacacgcaaaggaagaaaagcttgg
ttgaaaaagtatgcgccaacaattcctcatgaaagtaaatatagggtatattttaacact
cccaatggtccgctagagcgtgtgcctgcatgggctacctatgtagatccaggcactgat
gggaagcaaccttttgccatccactgggaaccaccaccggaacttgcttacaaatggaaa
aacacttccccgaaaaagccaaaatccttgcgtatatatgagtgtcatgttggaattagt
ggctcagagccaaaaatatcttctttcaatgacttcatagagaaggtccttccacatgta
aaggaagctggatataatgcaatccagttgattggagttgttgagcacaaagattacttc
actattggctatcgagtcaccaaccctttcgctgttagcagtcgatttggcactcctgat
gatttcaaacgcttggttgatgaagcacatggaataggactgctagtgttcttagacatt
gtccattcctactcagcagctgatgaaatggttggactctcactttttgatggatcaaac
gattgctactttcatactggtaaacgcggtcatcacaaacattggggtactagaatgttc
aagtatggggatcgtgaagtattgcattatttgctctcaaatctaaactggtgggttgtg
gaatatcaaatagatggctttcaatttcattcactctcatcaatgatgtacacacataat
ggttttgcttcgtttacaggcgacttagatgagtactgtaatcagtatgtagacaaagat
gcattcttgtatctcatattggcgaatgagctattgcataccattcatcctaatataata
acaattgctgaagatgcgacattgtatcctggactctgcgatccaacttctcaaggggga
ttgggatttgactattatgtcaatatatctgcatcagagatgtggtcttctcttctcaaa
gatactccagacagcgaatggagcatgagcaagattgttgacacattagttggcaacaga
cgaaatgctgataagatgcttttatatgcggaaaatcacaatcaatctatctctggaggg
caatcatttgcggagatgttatttggtgaagttatggaccactcttctgcctcagaggaa
tcattgcttgggggatgtgcactgcacaaaatgatcaggatgatcactttcacaattggg
ggccatgcttacctaaatttcatgggtaacgaatttgggcatcctaagagggtggagttc
ccaatgcagagcaacaacttctcgtattctcttgctaaccgttgttgggatctgatggaa
aaagaagatgtgcatcgccatttattcttctttgataaggatctgatgaatttggatgta
aatcaaaaggtgctctcaaggagatcaccagccgtacaccatgccaatgatgctagcatg
gtaatatcttatatgagaggtcctcttctctttattttcaactttcatccaaccaatgca
tatgaaagatacagcgtaggcgtagaagaagctggagagtatcaaatcatactaaatacc
gatgacaagaagtatggaggtcaagggattgtaaaggctgaccaatacattcaaagaacc
gtcagcaaaagagttgatagccaccgatattgcttggaagtgcccttgcctagtagaact
gcgcaggtttacaaactaactcgcatattacggatatga
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