Conventional plant breeding can accelerate crop improvement by crossing superior plants
with other compatible plants, or randomly induced variants generated by chemical-or …

Genome or gene editing includes several new techniques to help scientists precisely modify
genome sequences. The techniques also enables us to alter the regulation of gene …

The global climate change and unfavourable abiotic and biotic factors are limiting
agricultural productivity and therefore intensifying the challenges for crop scientists to meet …

Genome editing describes a variety of molecular biology applications enabling targeted and
precise alterations of the genomes of plants, animals and microorganisms. These rapidly …

Plant breeding for centuries has relied on the availability of genetic variation to introduce
new desirable traits into crops. Biotechnology has already accelerated the ability to induce …

Genome or gene editing (GE) involves a repertoire of innovative molecular techniques that
make use of sequence-specific nucleases (SSNs), for the precise modification of an …

Genome editing technology encompasses a revolutionary set of molecular tools that holds
the potential to improve human health, unlocking improvements in medicine and agriculture …

Changeable biotic and abiotic stress factors that affect crop growth and productivity,
alongside a drive to reduce the unintended consequences of plant protection products, will …

In recent years, plant biotechnology has witnessed unprecedented technological change.
Advances in high-throughput sequencing technologies have provided insight into the …

Genome editing of crop plants is a rapidly advancing technology whereby targeted
mutations can be introduced into a plant genome in a highly specific manner and with great …