Projects related to 47-2019-10825

  Background High concentrations of herbicides are used to compensate for loss due to leaching and surface migration. The Current Slow-release and controlled-release Herbicides are specifically designed for hydrophobic formulations, but  not ...

Dried cellular hydrocolloid carriers for biological control of pathogens Background There is a need for a method to protect live biological control agents that have been deposited on the ground or sprayed on plants against UV radiation Viable ...

Our Innovation We have developed a non-toxic, ecologically-friendly anti-bacterial agent that prevents bacterial diseases in agricultural crops, including in fruit and vegetables – caused mainly by pathogenic bacteria. Such diseases are ...

Background The question of how to feed the worlds growing population is becoming increasingly important. By 2050, the population of the world is set to rise to 9 billion people and current food production rates will need to double in order to ...

Background The development is an innovative technique to cost-effectively preserve and prolong shelf-life in crop-plants. A wide range of agricultural crops such as tomato, potato, eggplant and other Solanaceous species overcome oxidative ...

Our Innovation A transgenic plant that expresses genes of Chlorella Ohadii algae, and thus demonstrate significant resistance to photo damage  Prof. Kaplan’s research group has discovered C. Ohadii , a unique type of algae found to be ...

Background 2,4-D is a herbicide widely used for eradicating broad leaf weeds with a worldwide market value of over $1 billion per year. Despite its success, this herbicide is not used in fields planted with dicots, such as soy, cotton, potatoes ...

  Category Agriculture, Life Sciences Keywords Anti-bacterial, Agtech, Current development stage General list: TRL4 Technology validated in lab              Collaboration Opportunity Licensing of Technology  Background Chemical control ...