Harnessing the power of biology
to eliminate mosquitoes

Our biological solution suppresses a mosquito's ability to breed
resulting in the elimination of nuisance and disease-burden

Learn More

The Problem

Mosquito-borne disease results in around 700M cases and 1M deaths per year with a projected $70B spend. The problem is only worsening over time due to climate change, pesticide resistance, and global trade. Existing solutions are expensive and ineffective.

The Solution

Synvect leverages CRISPR gene knockouts to sterilize mosquito eggs which freely develop into non-biting males ready to suppress dangerous mosquito populations. Synvect’s mosquito control solutions are:

Coin on hand - Synvect Images
Cost efficient

Results in huge cost savings associated with production and deployment

Scale icon - Synvect Images
Scalable

100x more scalable than the closest competitor, with clear global supply chain.

Thumbs up - Synvect Images
Effective

Superior suppression efficacy compared to alternative products.

User icon - Synvect Images
User Friendly

Biological, eco-friendly, non-toxic, and easy-to-deploy without outside aid

How It Works

Gender mosquito icon- Synvect Images
Step 1

In-Lab

Genetic cross of CRISPR strains enables the activation of gene knockouts and results in mass production of sterilized mosquito eggs

Gender mosquito icon- Synvect Images
Step 2

In-Lab

Eggs packaged with nutrients into a suppression box, and can be stored and shipped globally for usage

Water drop icon- Synvect Images
Step 3

In-Wild

When needed, water is added to the suppression box for its deployment

Male and Female mosquito icons- Synvect Images
Step 4

In-Wild

Only sterile non-biting males emerge into the environment due to the induction of gene knockouts during egg development

Egg cracking icon- Synvect Images
Step 5

In-Wild

Since female mosquitoes mate only once, every mating of sterile males with wild females dwindles numbers of wild mosquitoes