New School Foods founder Chris Bryson is on a mission to change the world — and he’s on his way, in part, thanks to key ingredients at Toronto Metropolitan University (TMU).
Bryson’s company aims to revolutionize the food industry by launching the world’s first plant-based salmon fillet, one that looks, cooks, tastes and flakes like wild salmon.
To achieve this goal, New School Foods has opted to incubate in Zone Learning’s Science Discovery Zone (SDZ). There, the company has had access to state-of-the-art labs and workspaces, innovative technologies and expert researchers, including food science professor Dérick Rousseau, who, along with three team members, perfected the “piece de resistance” of their operation.
That “piece de resistance” is an innovative and now-patented muscle fibre technology, which could have applications beyond salmon or fish, fueling ideas for additional products to come. If successfully developed, the technology could have a huge impact not only on food consumption, but the entire planet.
“Our oceans are vastly overfished. Some estimates even say that by 2044 our oceans will be empty,” Bryson explains. “It felt like this is a huge problem that no one was addressing.”
So, he is – with the support of TMU’s startup incubation program. “TMU and Zone Learning have been a godsend,” Bryson states unequivocally. Bryson even hired TMU post-doc researcher Auke de Vries from Rousseau’s lab to work full-time for the company.
“Through TMU, we’ve gotten access to office space, lab space through the Science Discovery Zone, access to talent and sponsored researchers through Dérick’s lab. We’ve also accessed the Design and Technology Lab to create prototypes and create pieces of machinery that we use in our process. It’s endless, honestly.”
The pinnacle development is arguably the “scaffolding” technique pioneered by de Vries. In his work with New School Foods, the food scientist has perfected a signature production technology that recreates the muscle fibres of the fish that enables it to “flake.”
“Think about when you heat a salmon fillet, it starts to break down,” Bryson explains. When your fork cuts into it, each flake breaks down into tiny muscle fibres, thereby creating the unique sensory experience of fish. We wanted to recreate that structure, and simulate that experience.”