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Programmable biology for diagnostics: impacting global health and developme...
Thu, 16 Mar 2017, 09:00 – Fri, 17 Mar 2017, 16:00 GMT
Harnessing recent advances in synthetic biology, cell-free paper-based diagnostics offer a platform for low cost, easy-to-use, in-field testing systems for a wide range of possible specificities. Synthetic gene networks can be designed to generate quantifiable outputs, such as chromoproteins that lead to visual color changes, in the presence of specific input signals like heavy metal ions or viral RNA sequences. These DNA circuits can be freeze-dried onto paper, along with the cellular machinery used for gene transcription and translation. When rehydrated, a simple visible readout can be produced and little or no laboratory experience or infrastructure is required. Critically, the low cost of these strips (~0.1$/test) will enable access across low and middle income countries.
OpenDiagnostics is an interdisciplinary team of early career researchers with three aims: to prototype solutions to technical challenges in cell-free diagnostics, to investigate potential applications, and to connect scientific experts with stakeholders.
OpenDiagnostics Seminar (16th Mar)
This morning workshop will introduce the challenges and opportunities uncovered by the team, with additional talks from the originator of the latest advances in the technology Keith Pardee (University of Toronto, Canada) and plant disease expert Dr Richard Echodu (Gulu University, Uganda).
OpenDiagnostics Sandpit (16th Mar)
Get involved in tackling global health challenges using programmable biology! If you would be interested to help generate ideas and collaborate with OpenDiagnostics, you’re invited to join this interactive sandpit event. Interdisciplinary teams will tackle a range of technical challenges identified by OpenDiagnostics requiring expertise from across the natural sciences, engineering and computer science through to manufacturing, law and social sciences. Solutions may be put forward as funding proposals for the OpenPlant Fund call in July 2017, which offers £5k grants to interdisciplinary projects in synthetic biology.
Lab practicals (17th Mar)
Get hands on with designing logic circuits using DNA and programming cell extracts to produce colours or other reporters in response to a signal. Physicists, engineers, computer scientists and other non-biologists are particularly welcome to attend and explore new technologies that bring engineering thinking into biology. No prior experience required.
16th March 2017 Seminar and Sandpit sessions
9.20-10.40 About OpenDiagnostics
Introduction to OpenDiagnostics
Insights from field trips to Kenya and South Africa
11.00-12.00 Expert talks
Richard Echodu on challenges and opportunities for crop disease diagnostics in Africa
Keith Pardee on cell-free synthetic diagnostics and portable, on-demand biomanufacturing
13.00-14.45 Focus Groups
15.00-15.30 Presentation of OpenPlant Fund proposal ideas
15.30-16.00 Wrapping up and networking
17th March 2017 - Practicals
Practical session at Department of Veterinary Science
- Group 1 09:00-11:00
- Group 2 11:00-13:00
- Joint results session 14:00-15:00
There will be two practical sessions taking place at the University of Cambridge department of Veterinary Medicine on the 17th of March. The two practicals will feature the same content, so attendees need not book a spot on both.
In addition to this event, there will also be an event titled: 'Programmable cell extracts - a new biomanufacturing paradigm' taking place at 18:30-9:00 on the 16th March at the Old Divinity School, St Johns College.
This event is bookable through e-sales on the university website. Please click here for more information.
Tickets and Booking
Please note that if you wish to attend several of the available sessions, you can order tickets for multiple events through the registration option. However, if you wish to attend the sandpit session on the 16th March, you need to attend the seminar session first.