Male sterility of triticale lines generated through recombination of triticale and rye maintainers

Comparative Analyses of Physicochemical and Technological Properties of Triticale, Rye and Wheat

Wheat, rye and triticale samples were evaluated in terms of physicochemical and technological properties. The triticale samples had higher susceptibility of sprouting compared to rye. The milling value of wheat and triticale samples was over 70, suggesting good milling properties and the ability to provide flours with low extraction rates. Of all studied grains, triticale had the lowest dough d...

Identification and sequence analysis of grain softness protein in selected wheat, rye and triticale.

Grain softness protein (GSP) is an important protein for overcoming milling and grain defenses in the innate immunity systems of cereals. The objective of this study was to evaluate and understand GSP sequences in selected wheat, rye and triticale. Using sequences for this gene from a sequence database, we performed clustering analysis to compare the sequences obtained from 3 germplasms wi...

Characterisation of Dietary Fibre in Cereal Grains and Products Emphasis on Triticale and Rye

Utility of cereals is mainly defined by their composition. High content of extractable dietary fibre (DF) with retained molecular features may be desired for human consumption to derive certain benefits associated with DF. In contrast, low amount of extractable DF with degraded molecules will give higher feed value to cereals intended for animal feed. This thesis investigated the composition of...

Registration of ‘NE422T’ Winter Triticale

RNA editing of the mitochondrial atpA/atp9 co-transcript of triticale, carrying the timopheevi cytoplasmic male sterility cytoplasm from wheat.

Subunits a and nine are components from two different portions of the mt H+-ATP synthase enzyme, namely the soluble catalytic (F,) and the membranous proton-conduction (F,-ATPase) complexes. In wheat and triticale the genes for both subunits are located adjacently in the mt genome, irrespective of whether these lines are carrying the aestivum, durum, or timopheevi cytoplasmic male sterility cyt...