| Technology Name | Briefcase | Lead Researcher |
|---|---|---|
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 ... More | Rubin Baruch | |
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 ... More | Nussinovitch Amos | |
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 ... More | Hayouka Zvi | |
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 ... More | Kerem Zohar | |
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 ... More | Kaplan Aaron | |
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 ... More | Mosquna Assaf | |
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 ... More | Hayouka Zvi |