G-type cytoplasmic male sterility restorers: BASFRecent Research Landscape
Inconsistent hybrid seed purity increases production costs and reduces crop yields. These genetic markers allow for the precise selection of restorer genes to ensure stable fertility restoration in cereal breeding.
What technical problems is BASF addressing in G-type cytoplasmic male sterility restorers?
Inadequate transgene expression levels
(24)evidences
Low efficiency in regenerating whole plants from transformed cereal cells. Overcoming this bottleneck allows for the practical application of genetic modifications in recalcitrant crops.
Pathogen induced crop yield loss
(8)evidences
Pathogenic susceptibility and suboptimal seed composition limit agricultural productivity. Mitigating these biological vulnerabilities prevents total crop loss and commercial devaluation.
Unreliable hybrid seed fertility
(7)evidences
Spontaneous or insufficient restoration of fertility in G-type CMS lines prevents viable commercial seed production. Reliable fertility restoration ensures high-yield hybrid crop stability.
Photosynthetic thermal instability
(7)evidences
Chemical weed control agents frequently cause unintended damage or growth inhibition to the primary crop. Eliminating this sensitivity allows for higher application rates and broader weed control efficacy without yield loss.