Though regeneration system in rice has been very well established compare to other crop
plants, the fact remains that, most of the indica rice varieties are still recalcitrant for …

Understanding the control of related molecular mechanisms is impossible without efficient
and reproducible regeneration and stable genetic transformation. The key factors for …

Rice is an inherent part of human civilization and consumed by majority of Asians as their
staple food. In addition to classical plant breeding methods, biotechnological tools including …

The selection of highly regenerable rice varieties is a pre-requisite for success in rice
biotechnology. In this report we developed a reproducible and effective plant regeneration …

In vitro protocol for efficient plant regeneration has been developed from Thai indica rice
cultivar (Oryza sativa L. cv. KDML105). Embryogenic callus was initiated from mature seeds …

Rice is the staple diet for the greater part of the world's population and there is a regular
expanding need of rice production. The plant development and productivity are decreased …

Background Rice genome sequencing projects have generated remarkable amount of
information about genes and genome architecture having tremendous potential to be …

Establishment of a suitable system for plant regeneration of rice calli derived form mature
embryos is a prerequisite for plant transformation. We report here high frequency plant …

Development of highly efficient and reproducible plant regeneration system has tremendous
potential to provide improved technology to assist in genetic transformation of indica rice …

Rice shoot apices have been selected as the potential explant for genetic transformation
since lesser time for regeneration and lower incidence of somaclonal variants were reported …