Pharmaceutical & Life Sciences

Carbon Nanotube based Rubber Additive


This technology converts bundled carbon nanotubes into discrete, multi-walled CNTs functionalized for use as rubber additive.
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Carbon Nanotube Based Paint Coating Technology


This breakthrough technology produces functionalized and dispersed multi-walled carbon nanotubes with better mechanical properties resulting in reduced paint coating costs and ownership costs.
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Escape Therapeutics’ Stem cell based regenerative medicine and dermatology technologies and products


Escape Therapeutics has successfully worked on a number of novel and potentially disruptive technologies including peptides/ proteins and some of them are already in the market, either by themselves, or in collaboration, and has also out-licensed portfolios in the past. Their various technologies/ products can be applied for treating conditions such as Type I diabetes, Myocardial infarction and Chronic heart failure, Osteoarthritis, Scleroderma, thermal burn and radiation injury, Hyperpigmentation, Melanoma, Aging, Wound and scar etc. Escape Therapeutics is currently looking for licensing/sale of their Patent Portfolio (including stake in the entity as well) and/or for allied collaborations.
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Aerogel and hybrid aerogel-hydrogel hydrocolloid materials to trap and release functional materials


The materials can be fabricated to hold particles with sizes ranging from 5 to 30nm. This can have applications in health, hygiene, fragrance, perfumery, food, agricultural sector.

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Electronic Urinal: Design and Method

electronical urinal

The current invention has a unique feature that allows effective use of urinal waste to produce electric energy by Mass Flow Controller (MCF). In earlier days, some researchers attempted to integrate MFCs with Urinal systems. However, there is a gap in field trial studies describing pilot-scale MFC systems deployed under real conditions. The present invention has overcome those challenges to make the MFC based Urinal System scalable at large scale.

Patent Application Number: 201911005010

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Alternative oxidase activity stimulating chemical composition and a method for reducing hypoxia in plants

Alternative oxidase

The Present invention provide technique for improvements as solution to hypoxia generated in conventional plant tissue culture practices. It Provides a chemical compositions when used in effective concentration will improve plants yield, hypoxic tolerance of plants micro propagated through plant tissue culture practice. And, Chemical composition comprises high concentration of potassium nitrate, choline chloride, glutamine acid, L- Glycine, L-Cysteine, Adenine sulphate, D Ca- Pantothenate acid, Sodium silicate and succinic acid derivatives along with plant tissue culture medium and plant growth hormones. Said chemical compositions may be added during multiplication stage, shooting stage and rooting stage along with plant tissue culture medium.

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