Hyasynth Biologicals

About

Natural molecules or derivatives make up more than half of the current drugs on the market with applications to nearly every disease known to humans. Salicylic acid, morphine, cannabinoids and insulin are a few examples. Our specialty is in producing these, and new targets, using a fast and scalable platform based on engineered microbes.

We use the technologies from traditional and modern biology combined with computational analysis to develop our organisms at the fastest possible speed. This makes our platform faster and cheaper than chemical synthesis or extraction from the natural source.

http://hyasynthbio.com/
Collection:  startup
Start Date: 2014
Status: active
Type: Company/Start-up
Location: Montréal
Canada
Tags: drugs, therapeutics

Hyasynth Biologicals

About

Natural molecules or derivatives make up more than half of the current drugs on the market with applications to nearly every disease known to humans. Salicylic acid, morphine, cannabinoids and insulin are a few examples. Our specialty is in producing these, and new targets, using a fast and scalable platform based on engineered microbes.

We use the technologies from traditional and modern biology combined with computational analysis to develop our organisms at the fastest possible speed. This makes our platform faster and cheaper than chemical synthesis or extraction from the natural source.

http://hyasynthbio.com/
Collection:  startup
Start Date: 2014
Status: active
Type: Company/Start-up
Location: Montréal
Canada
Tags: drugs, therapeutics
http://hyasynthbio.com/
Collection:  startup
Start Date: 2014
Status: active
Type: Company/Start-up
Location: Montréal
Canada
Tags: drugs, therapeutics

Hyasynth Biologicals

About

Natural molecules or derivatives make up more than half of the current drugs on the market with applications to nearly every disease known to humans. Salicylic acid, morphine, cannabinoids and insulin are a few examples. Our specialty is in producing these, and new targets, using a fast and scalable platform based on engineered microbes.

We use the technologies from traditional and modern biology combined with computational analysis to develop our organisms at the fastest possible speed. This makes our platform faster and cheaper than chemical synthesis or extraction from the natural source.

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