Our vision prominent technology provider in the field of plant sciences while incorporating the values, creativity, collaborative and competence. Our name Visargha is a Sanskrit homonym with multiple meanings such as creation, transformation and divergence. These words reflect the path we pursue in creating transformative technologies in a divergent way. The company believes in the philosophy of science of today is technology of tomorrow" and is having a mission to develop lab to field technologies to expedite product development in agricultural field. Our technoloy: Plant genetic transformation is one of the most used technologies in plant sciences with applications for gene function in basic research to trait development in commercial research among others. However, an efficient, reliable, cost effective and species independent genetic transformation technology is missing and we have developed a direct DNA transformation technology that can be seamlessly integrated to existing regeneration protocols and importantly adopted to in planta methodology for a variety of species. We are working on adoption of this technology for precision breeding, gene targeting and plant bioreactors for protein production.
Our vision prominent technology provider in the field of plant sciences while incorporating the values, creativity, collaborative and competence. Our name Visargha is a Sanskrit homonym with multiple meanings such as creation, transformation and divergence. These words reflect the path we pursue in creating transformative technologies in a divergent way. The company believes in the philosophy of science of today is technology of tomorrow" and is having a mission to develop lab to field technologies to expedite product development in agricultural field. Our technoloy: Plant genetic transformation is one of the most used technologies in plant sciences with applications for gene function in basic research to trait development in commercial research among others. However, an efficient, reliable, cost effective and species independent genetic transformation technology is missing and we have developed a direct DNA transformation technology that can be seamlessly integrated to existing regeneration protocols and importantly adopted to in planta methodology for a variety of species. We are working on adoption of this technology for precision breeding, gene targeting and plant bioreactors for protein production.