Load smart,
cure better.

Better loading, smart delivery !
A breakthrough technology that precisely targets pathogens by delivering therapeutic bioactive molecule via a natural delivery system.

To load forward
to cure better.

Better loading, smart delivery !
A breakthrough technology that precisely targets pathogens by delivering therapeutic bioactives via a natural delivery system.

Our mission

“Based on the natural properties of extracellular vesicles in plants and microalgae, we will be able to develop innovative and effective therapeutic solutions for plants and animals.“

Gwenaëlle Gain – Scientist at ENgreen

“The natural properties of EVs enable the development of innovative therapeutic solutions and the targeting of pathogens for which there are no existing ways of combating them.”

Antonio Emidio Fortunato – CSO ENgreen

Our approach

Load.
Connect.
Protect.

ENgreen’s solutions will make it possible to target a plant pathogen for which there is no treatment, Xylella fastidiosa, which is destroying vines and olive trees. In animal health, ENgreen plans to use its solutions to protect animals from the avian influenza virus, which, because of its speed of evolution, requires flexible and constantly updated means of defense.

Our solutions

Using EVs to develop therapeutic solutions has several advantages, as it is based on processes that are naturally present in all organisms.

Against
grey
rot

Protection against gray mold (Botrytis cinerea) on tomatoes, strawberries and vines.

Against
Xylella
fastidiosa

Targeted treatment to protect olive trees against Xylella fastidiosa.

Against
cancer

Protection for our most loyal friends against cancer initiation and/or development.

Against
avian
flu

Delivering bioactive antigens, or their cognate mRNAs, for vaccination against avian flu.

 

ENgreen benefits

Intrinsic

EVs can naturally deliver molecules. They can therefore be used to transport bioactive molecules to protect plants and animals.

EVs can penetrate specific tissues and deliver bioactive compounds to the very ‘organs’ affected by pathogens. Targeting is precise and optimal.

EVs are stable and can be lyophilized, which makes them easier to store and use, therefore guaranteeing the maintenance of their integrity over time.

Plants and animals interact with these particles constantly because they are present in the environment and in food, for instance. EVs can therefore be administered safely even at high concentrations.

Vesicles resulting from the cultivation of plants and microalgae can be recovered. This guarantees high production efficiency at low cost and enables a virtuous production cycle to be established.

The use of EVs enables very rapid development of precision therapeutic and vaccinal solutions against specific pathogens.

ENgreen benefits

Intrinsic

EVs can naturally deliver molecules. They can therefore be used to transport bioactives to protect plants and animals.

VEs can penetrate tissue and deliver bioactives to the very ‘organs’ affected by pathogens. Targeting is precise and optimal.

EVs are resistant, which makes them easier to store and use, thereby guaranteeing their activity over time.

Plants and animals interact with these particles constantly because they are present in the environment and in food, for example. Vesicles can therefore be administered safely even at high concentrations.

Vesicles resulting from the cultivation of plants and microalgae can be recovered. This guarantees high production efficiency at low cost and enables a virtuous production cycle to be established.

The use of VEs enables very rapid development of precision therapeutic solutions against a specific pathogen.

Join
the ENgreen
adventure

Contact us via recrutement@engreen.fr

Join our partners and our team to build a healthier future together.

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Keep up to date with our latest advances

Because research is at the heart of our DNA and we are constantly innovating, we’re challenging our methods on a regular basis to offer you the safest and most effective solutions.

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