Entry |
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Name |
(RefSeq) monofunctional riboflavin biosynthesis protein RIBA 3, chloroplastic isoform X2
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KO |
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Organism |
mdm Malus domestica (apple)
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Pathway |
mdm01110 | Biosynthesis of secondary metabolites |
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Module |
mdm_M00125 | Riboflavin biosynthesis, plants and bacteria, GTP => riboflavin/FMN/FAD |
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Brite |
KEGG Orthology (KO) [BR:mdm00001]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00740 Riboflavin metabolism
103427171
00790 Folate biosynthesis
103427171
Enzymes [BR:mdm01000]
3. Hydrolases
3.5 Acting on carbon-nitrogen bonds, other than peptide bonds
3.5.4 In cyclic amidines
3.5.4.25 GTP cyclohydrolase II
103427171
4. Lyases
4.1 Carbon-carbon lyases
4.1.99 Other carbon-carbon lyases
4.1.99.12 3,4-dihydroxy-2-butanone-4-phosphate synthase
103427171
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SSDB |
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Motif |
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Other DBs |
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LinkDB |
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Position |
03:complement(join(8670095..8670376,8670493..8670789,8670922..8671051,8671218..8671543,8671828..8672049,8672408..8672738,8672965..8673020))
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AA seq |
547 aa
MDSALAPHPLFPHILSSSSLHRSLAVRQCLFRQRWLNPTCWAIGVSGSSVGAAGNNLFGD
ANYLKGSENGSLLGGLDESASAGPFGTLDAEITPETVDFFVSDADGDPDCPSDGYSSIEQ
ALNTFRQGKFVIVVDDENGEVEGNLVMAASFANPKNVAFMIKQGSGIVSVGMMEEDLERL
ELPLMSPETEDEDSSAPTFTITVDAKVGTSTGVSAADRAKTVAALSSNESKPEDFRRPGH
VFPLKYRNGGVLRRAGHTEASVDLVVLAGLRPVSVLSAVVDADDGSMASLSNLRTLSLEH
SIPIVSITDLIRYRRKREKLVERKAVSRLPTKWGLFQAYCYRSKLDGTEHVAVVKGSIGN
GQDVLVRVHSECLTGDIFGSARCDCGNQLDLAMQLIEQAGRGVVVYLRGHEGRGIGLGHK
LQAYNLQDQGHDTVQANIELGLAVDSREYGIGAQILRDIGVRTMRLMTNNPAKFTGLKGY
GLAVVGRVPVLTPITEENKTYLETKRTKMGHVYGSDIQGLSDGLFINPNVNDQGLPESGN
TEDSNYT |
NT seq |
1644 nt +upstreamnt +downstreamnt
atggactctgctctagctcctcaccccctcttccctcatatcctctctagctcgagcttg
catcgatctctcgcagttcgtcaatgtctgttccggcagaggtggttaaatccgacttgt
tgggctattggggtgtctggaagtagtgttggagcagctgggaataacctctttggtgat
gctaattatttgaaggggagtgaaaatggttctctgttgggtgggttagatgagtcagct
tcggcaggaccatttgggacgttggatgcggagatcacaccggagaccgttgatttcttt
gttagtgatgctgatggtgaccctgattgcccatctgacggctactcttccatagagcag
gcgcttaacacattccgccaaggaaagtttgtgattgttgtagatgatgaaaatggggaa
gttgaaggaaacctagtcatggccgcgtcgtttgcgaacccgaaaaacgtagcgttcatg
atcaagcaggggtctgggattgtttcagtaggcatgatggaggaggatcttgaaagattg
gagcttcctctcatgtcaccggagactgaagatgaagactcttctgctcccacattcaca
atcacagtggatgcaaaagttggaacatcaaccggagtctcagctgcagacagggcaaaa
actgtggctgctctttcatctaatgagtctaaaccggaggacttcagaaggcctggccat
gtgtttcccctcaagtaccgaaatggcggggttcttaggagagccggtcacactgaggct
tcggttgatctcgttgttctggccggcttaaggccggtgtctgttctttcagcagtagtt
gacgccgatgacggctctatggcctctttgtccaatttgaggacattgtctctggagcat
tccattccaattgtctccattactgatttgatcaggtacaggagaaagagggaaaaatta
gttgaaagaaaagccgtttcgcgtctacctacgaaatggggtctatttcaagcctattgc
tatcgctcgaagctagacggaacagaacatgttgcagttgtaaagggaagcattggaaat
ggacaagatgtgctagtaagagtgcattcggagtgtttaacaggagatattttcggatca
gcgcggtgcgactgtggaaaccagttggatttggcaatgcagctaatcgaacaagccggt
cgaggagtcgttgtgtacctcagaggtcatgaaggaagaggcattggtctaggccacaaa
cttcaagcctataatctgcaggatcaaggccatgacaccgtccaggccaacatagaactc
ggactagctgttgattctcgtgaatatgggattggtgcccagatattgagagacataggg
gtccgaacgatgaggctaatgacgaacaacccggcaaagttcaccggtctaaagggatac
gggttggccgtggtcgggagggttccggttttgacaccaatcacagaggaaaacaagacc
tacttggaaacaaaaagaacaaagatgggacatgtttacggttctgatattcaaggactt
tcagatggattgttcatcaaccctaatgtaaatgaccaaggtctgccggaatcaggaaat
accgaagattcaaattatacgtag |