Abstract
The University of Central Florida invention is a composition consisting of a metal borate biocide material (inorganic metal part) and a surface borate complex (organic part). The organic part of the composition allows the material to be modulated with biomolecules (such as sugars, proteins, enzymes, peptides) present in plant and animal cells. In plant systems, this unique material property can ameliorate the phytotoxicity issues of traditional heavy metal ions (such as copper and zinc) while retaining their biocidal properties. Due to boron chemistry, this composition has the unique capability of targeting hydrophilic areas of a plant leaf surface (such as stomata and areas between cuticles). This new groundbreaking discovery enables targeted delivery of agrochemicals through plant surfaces.
Partnering Opportunity
The research team is seeking partners for licensing and/or research collaboration.
Stage of Development
Prototype available.
Benefit
Ameliorates the phytotoxicity issues of traditional heavy metal ions like copper and zincIncreases efficiency of foliar sprayed agrochemicals by targeting important areas in between leaf cuticles and stomataOffers the potential to deliver a wide range of agrochemicals to plant systems including:Tetracycline and aminoglycoside antibioticsMetallic ions for pesticidal or nutritional usePhytochemicalsSimple and complex carbohydratesMarket Application
Broad-spectrum bactericide/fungicide or insecticideTargeted delivery system for agrochemicals including fertilizers to improve use efficiency
Brochure
