SynBioBeta Speaker

Da Lin

General Biotechnologies

Principal Scientist

Dr Da Lin is the Principal Scientist at General Biotechnologies where he leads the Molecular Biology team building a pipeline of oral GLP-1 peptides delivered inside cyanobacterial cells.  



Da has a PhD from the University of Oxford, is a former postdoctoral Immunologist and a two-time founder of SynBio spinouts in the field of DNA assembly technology and Epigenetics.

Sessions Featuring

Da

This Year

Lightning Talk

•

11:46 AM

-

11:50 AM

Biomanufacturing

Can Edible Microbes Slash the Cost of Oral GLP-1s?

The oral GLP-1 challenge is, at its core, a manufacturing cost problem. Downstream purification consumes up to 80% of manufacturing cost, and because peptides are readily digested in the stomach, oral formulations of the same drug demands 50-200-fold higher doses than injection to achieve the same effect. General Biotechnologies is building an edible microbes that can express GLP-1 inside the cell itself — making the organism both a low-cost factory and drug delivery vehicle. The cell wall acts as a natural capsule, shielding up to 99% of the peptide payload from stomach acid and enzymes, before releasing it progressively in the intestine for a sufficient dose to be absorbed into the blood.

Featuring

Da Lin

General Biotechnologies

Principal Scientist

Lightning Talk

•

11:46 AM

-

11:50 AM

Biomanufacturing

Can Edible Microbes Slash the Cost of Oral GLP-1s?

The oral GLP-1 challenge is, at its core, a manufacturing cost problem. Downstream purification consumes up to 80% of manufacturing cost, and because peptides are readily digested in the stomach, oral formulations of the same drug demands 50-200-fold higher doses than injection to achieve the same effect. General Biotechnologies is building an edible microbes that can express GLP-1 inside the cell itself — making the organism both a low-cost factory and drug delivery vehicle. The cell wall acts as a natural capsule, shielding up to 99% of the peptide payload from stomach acid and enzymes, before releasing it progressively in the intestine for a sufficient dose to be absorbed into the blood.

Featuring

Da Lin

General Biotechnologies

Principal Scientist

Previous Speakers Include