expression is highly induced at early stages of germination and seedling development in all different organs. An increase of activity is observed in germinating embryos and seedlings
before puberty, ornithine aminotransferase expression is similar between female and male kidneys whereas from puberty until adulthood ornithine aminotransferase expression increases in the female kidney, becoming 2.5fold higher than in the male kidney. This sex-differential expression of ornithine aminotransferase is associated with a sex-specific distribution of enzyme along the corticopapillary axis and within the nephron. Ornithine aminotransferase is three- to fourfold more expressed in the female than the male cortex. In males, enzyme is highly expressed in the medulla, mainly in the thick ascending limbs. Renal enzyme distribution in orchidectomized mice resembles that in the females. Ovariectomy does not influence enzyme expression. Ornithine aminotransferase is naturally downregulated in the presence of testosterone
moderate expression, relative expression of transcripts in leaves gradually upregulated until it peaks at heading stage and then decreases at grain filling stage
analysis of expression profile of the wheat OAT genes in different tissues and developmental stages, overview. Expression at spike-developmental stages are strong at tipping, heading, and anthesis stages with the highest expression at the heading stage
analysis of expression profile of the wheat OAT genes in different tissues and developmental stages, overview. Expression at spike-developmental stages are strong at tipping, heading, and anthesis stages with the highest expression at the heading stage
analysis of expression profile of the wheat OAT genes in different tissues and developmental stages, overview. Expression at spike-developmental stages are strong at tipping, heading, and anthesis stages with the highest expression at the heading stage
analysis of expression profile of the wheat OAT genes in different tissues and developmental stages, overview. Expression at spike-developmental stages are strong at tipping, heading, and anthesis stages with the highest expression at the heading stage