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GrainGenes Reference Report: TAG-103-359

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Reference	TAG-103-359
Title	Gene content and organization of the oat mitochondrial genome
Journal	Theoretical and Applied Genetics
Year	2001
Volume	103
Pages	359-365
Author	Siculella L [ Show all 7 ]
Abstract	Summary: The physical organization of the oat mitochondrial genome has been established. The master chromosome, one of the most complex described so far among higher plants, accounts for 596 kb and contains six direct repeats. Reiterated inverted repeats of 12 and 3 kb are also present and imply the possible existence of multiple isomeric forms. Fourteen genes coding for proteins, components of chain respiration and oxidative phosphorylation complexes, and of mitochondrial ribosomes have been detected together with rrn26, rrn18 and rrn5 genes and a set of 18 tRNA genes (ten genuine and eight cp-like). Some of them are clustered in a conserved form with respect to other monocots. Only the trnS (GGA) gene is silent
External Databases	http://link.springer-ny.com/link/service/journals/00122/bibs/1103002/11030359.htm
Keyword	[ Hide all but 1 of 34 ] avena sativa brassica chain chloroplast dna chromosome complexes component cytoplasm direct repeat existence fertile gene gene location genome inverted repeat isomeric form maize mitochondrial mitochondrial genome monocot monocots oat organization oxidative-phosphorylation phosphorylation physical map protein recombination repeat respiration ribosomal rna genes ribosome transcription trna

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