Starting up in September 2020, we're proud to introduce our Centre for Synthetic Biology Seminar Series. We'll be hosting top speakers from across the globe, presenting on all topics from fundamental theory to cutting edge experiments. At least initially, seminars will be hosted remotely and everyone is welcome, whether you are a member of College or not. If you're interested, please sign up to our network mailing list for regular updates on speakers; our full schedule is shown below, and you can find details about how to watch live by clicking on the event links.  Recordings of previous talks can be found in the video playlist below.

Recorded Seminars

Prof Harris Wang

Interrogating and programming microbiomes with next-generation synthetic biology

Microbes that live in soil are responsible for a variety of key decomposition and remediation activities in the biosphere. Microbes that colonize the gastrointestinal tract play important roles in host metabolism, immunity, and homeostasis. Better tools to study and alter these microbiomes are essential for unlocking their vast potential to improve human health and the environment. This talk will describe our recent efforts to develop next-generation tools to study and modify microbial communities. Specifically, I will discuss new platforms for automated microbial culturomics, techniques to genetically engineer complex microbial consortia and methods for biocontainment. These emerging capabilities provide a foundation to accelerate the development of microbiome-based products and therapies.

Interrogating and programming microbiomes

Prof Harris Wang

Interrogating and programming microbiomes

Interrogating and programming microbiomes with next-generation synthetic biology

Microbes that live in soil are responsible for a variety of key decomposition and remediation activities in the biosphere. Microbes that colonize the gastrointestinal tract play important roles in host metabolism, immunity, and homeostasis. Better tools to study and alter these microbiomes are essential for unlocking their vast potential to improve human health and the environment. This talk will describe our recent efforts to develop next-generation tools to study and modify microbial communities. Specifically, I will discuss new platforms for automated microbial culturomics, techniques to genetically engineer complex microbial consortia and methods for biocontainment. These emerging capabilities provide a foundation to accelerate the development of microbiome-based products and therapies.