Simple heterocycles to inhibit fungi and bacterial biofilm formation
Categories |
Cleantech, Environment, Water Technologies, Biofouling, Biofilm, Food Packaging |
Development Stage |
Our technology has been proven to reduce up to 60% biofilm after one coating application on pipes' inner surfaces, in the Israeli main recycling water center (SAFDAN) |
Patent Status |
Patent applications filed in the US (2011-0281921-A1)and Europe (2365969) |
Market Size |
The total market for anti fouling solutions is estimated in billions of dollars annually |
Highlights
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Simple heterocyclic compounds disrupt cell–cell communication (quorum sensing) interfering with the formation of biofilms
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First compounds to exhibit cross kingdom inhibition and reversal of biofilms
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Environmentally friendly method to control the formation of biofilms on artificial surfaces such as water pipes or air-conditioning ducts in industry and agriculture
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Non-leaching polymer coatings
Our Innovation
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Novel simple heterocyclic compounds, synthesized to resemble the structure of the natural auto inducer-2, are used as polymer coatings for water pipes, membranes, food packaging and other surfaces to disrupt quorum sensing between bacterial cells and prevent the formation of biofilms.
Key Features
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No antibacterial or antifungal effect, avoids development of resistant strains
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Environmentally safe – non-leaching coating
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Effective against both fungal and bacterial biofilms
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Inhibit and reverse biofilm formation
Development Milestones
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Additional compounds to be synthesized
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Additional field trials in agricultural, municipal and industrial water pipes, homes and hospitals
The Opportunity
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Biofilm-related problems cost U.S. industry billions of dollars annually by corroding pipes, reducing heat transfer or hydraulic pressure in industrial cooling systems, plugging water injection jets, and clogging water filters.
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Applications include industrial water treatment, prevention of biofilm formation on filtration membranes, paints and coatings, irrigation pipelines, paper-making machines, food packaging
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Cost of desalination and water recycling processes reduced by lowering energy consumption