Engineering Biology
Food & Agriculture Challenge:

Produce more food for a growing global population.

Enable and advance the production and availability of non-vertebrate animal food sources.

Engineering Biology Objectives & Technical Achievements

Increase non-vertebrate yield, including faster reproduction and development.

Engineering DNA Biomolecular Engineering Host Engineering Data Science

Remove genes for non-essential functions from the perspective of engineering organisms as food (such as shell production, wing development).

Silence genes involved in dormancy or molting to increase development and reproductive cycle-time.

Develop synthetic anti-molting peptide that normally limits growth and reproductive cycle-time, to include in feed.

Develop inducible system that increases the number of molts/year (especially at adult stage) to speed up development time and reach reproductive age more quickly.

Develop a system that allows crustacea to continuously molt by overexpressing steroid hormones.

Increase non-vertebrate biomass.

Engineering DNA Biomolecular Engineering Host Engineering Data Science

Change or modulate hormonal pathways that limit growth by changing expression of pathway genes.

Design enzymes that degrade hormones to prevent development from larvae to adults (for insects food sources).

Inducible system that allows tunable expression of proteins or full pathway to maximize growth rate or biomass accumulation.

Develop a system that allows crustacea to continuously molt by overexpressing steroid hormones.

Last updated: June 19, 2019 Back