Sentence examples for sterile wheat from inspiring English sources

Dwarf male sterile wheat.

Figure 4 Height appearance of the haploid plants derived from the dwarf male sterile wheat induced by maize pollens.

Figure 5 Fertile traits of the haploid plants derived from the dwarf male sterile wheat induced by maize pollens.

Figure 3 Leaf guard cells of the rescued plants derived from the dwarf male sterile wheat induced by maize pollens and control diploid plants.

Haploid dwarf male sterile wheat plants were achieved for the first time in this study by using DMSW and corn inducer.

Sun et al. (1999) obtained homozygote of Taigu genic male sterile wheat plants by chromosome elimination induced by maize pollens, and identified the plants by chromosome constitution.

Ae. kotschyi cytoplasm naturally induces the haploids form, which is free of inducing treatment or tissue culture, even in combinations between male-sterile wheat and a restoring line, the frequency of haploids is as high as 80% (Kobayashi 1980).

Haploid dwarf male sterile male wheat plants were obtained in this study by using corn inducer and normal inbred maize line.

Sterile roots of wheat (Triticum aestivum L). plants were exposed to solutions containing either 14C-labelled L-alanine, D-alanine, L-trialanine or D-trialanine at a concentration likely to be found in soil solution (10 µM).

Over 5 h, sterile roots of wheat took up 14C-labelled L-alanine, D-alanine and L-trialanine at rates of 0.9±0.3, 0.3±0.06, and 0.3±0.04 µmol g−1 DW root h−1, respectively (mean ± SEM; n = 3) from a 10 µM solution reflecting realistic soil solution concentrations.

In thermo-sensitive genetic male sterile line of wheat, anthers show a shrunken plasma membrane and aberrant actin cytoskeletal structures, which indicate that the cytoskeletal organization is altered during anther development [ 56].