… readily by plant breeding than has total biomass in the prevailing agronomic conditions.
These … to molecular techniques that can be applied to improve the efficiency of conventional …

… can also be applied to increasing the efficiency of selection. … limitation, forward breeding
may be required to cooptimize … in both molecular biology and plant breeding. Educational …

… be essentially reduced by applying modern biotechnologies, … to the required trait and on
the further use of these plants for … integration of molecular genetics in practical breeding and …

… the molecular genetics and its efficiency in plant breeding … has revolutionized plant breeding
and has been applied … is a core requirement to achieving our breeding goals successfully. …

… Many have decided that the future of plant breeding lies in genomics, relying on claims
that molecular genetics has revolutionized the time frame for product development. “Seldom …

… of genetics, molecular biology and biotechnology, breeders … molecular marker that meets
most of the requirements according to the conditions and resources available for the breeding …

… conditions than lines selected under stress conditions; and lines with high yield under stress
could be discarded when testing is done only under high yield conditions. … was to apply a "l …

… of applying molecular markers for enhancing the selection efficiency in plant breeding. … Set
up the PCR reaction as per the optimized conditions to get the amplicons by using fluorescent …

… land area require efficient plant breeding. Novel … molecular biologists and plant breeders
is another major factor limiting MAS application. For example, we heard molecular biologists …

… by plant breeders to obtain information on molecular genetics. In … and conditions have no
effects in which the crop plants are … all these have applied successfully in breeding and genetic …