Shiru, a new company that’s launching from the latest batch of Y Combinator-backed startups, is joining the ranks of the businesses angling for a spot at the vanguard of the new food technology revolution.
The company was founded by Jasmin Hume, the former director of food chemistry at Just (the company formerly known as Hampton Creek) and takes its name from a homophone of the Chinese shi rou (which Hume has roughly translated to an examination of meat). At Just, Hume was working with a team that was fractionating plants to look at their physical properties to identify what products could be made from the various proteins and chemicals researchers found in the plants.
Shiru, by contrast, is using computational biology to find the ideal proteins for specific applications in the food industry.
The company’s looking at what proteins are best for creating certain kinds of qualities that are used in food additives, things like viscosity building, solubility, foam stability, emulsification, and biding, according to Hume.
In some ways, Hume’s approach looks similar to the early product roadmap for Geltor, a company backed by SOSV and IndieBio that was also looking to make functional proteins. The company, which has raised over $18 million to date, shifted its attention to proteins for the beauty industry and cosmetics instead of food — potentially leaving an opening for Shiru to exploit.
Still in its early days, Shiru doesn’t have a product nailed down yet, but the company the science the company is exploring is increasingly well understood, and Hume says it’s looking at several different genetically engineered feedstocks — from yeasts to undisclosed strains of bacteria and fungi to make its proteins.
“We use the power of molecular design and machine learning to identify protein structures that are more functional than existing alternatives,” says Hume. “The proteins that we are screening for are inspired by nature.”
Hume’s path to founding Shiru involves quite the pedigree. Before Just, she received her doctorate in materials chemistry from New York University, and she’d spent a stretch as a summer associate at the New York-based frontier technology-focused investment firm Lux Capital.
Hume expects to begin pilot production of initial proteins later this year and be producing small but repeatable quantities by the end of 2020.
The company hasn’t raised any outside capital before Y Combinator and is currently in the process of raising a round, Hume said.