Segmenting breeding into controlled crosses maintains uniformity while introducing locus conversions for disease resistance.
A bivalent binding agent detects posttranslationally modified polypeptides using two linked monovalent binders.
Re-epoxidizing residual oligomeric co-products reduces viscosity and eliminates hydrolyzable chloride while increasing crosslink density.
Backcross conversion introduces stress resistance traits into the PH17P5 genetic background while maintaining agronomic quality uniformity.
Succinate-based electroporation buffer reduces cellular toxicity while enhancing nuclear uptake of polynucleotides in human T cells.
Cloning vector merges heavy and light chain nucleic acids into a single construct for automated expression.
Eukaryotic Rh5 polypeptide expression enables CD147 receptor binding for malaria vaccine development.
G07-NPXA6496 inbred corn line replaces complex three-line CMS systems with a simplified two-line transgenic approach using barnase and barstar genes.
Maize inbred PHW2P combines disease, drought, and insect resistance via backcross conversion and transformation to address breeding time constraints.
DRO3 gene overexpression boosts drought tolerance by maintaining higher water content under low-water conditions.