Details
- Computational protein design can produce synthetic proteins that disrupt the function of a target protein.
- Australian community members are actively using protein design technology to solve biological problems.
- Community members will host a monthly seminar series to share knowledge on protein design strategies to get the best outcomes from protein design projects.
Registration is available here.
| Date | Time | Speaker(s) | Topic | Recording | Presentation |
|---|---|---|---|---|---|
| 15 July | 12pm AEST | Rhys Grinter | Using AI protein design to design binding proteins to challenging bacterial transporters | YouTube | Zenodo |
| 12 August | 12pm AEST | Cyntia Taveneau | AIcrs: AI-Designed Anti-CRISPRs as Programmable CRISPR Inhibitors | ||
| 16 September | 12pm AEST | Richard Birkinshaw | Using in silico design methods to create de novo proteins that selectively modulate apoptosis | ||
| 7 October | 12pm AEDT* | Josh Hardy | Introducing ProteinDJ: A modular and open-source framework for protein design workflows | ||
| 11 November | 12pm AEDT* | TBC | TBC | ||
| 3 December | 1pm AEDT* | Joel Mackay | Baby steps in the AI-guided design of proteins to module gene transcription | ||
| *Affected by daylight savings |
Engagement, Australian BioCommons, University of Melbourne
Senior Research Officer, Lucet Lab, WEHI
Chief Scientist, Structural Biology Facility UNSW
Lab head, The University of Melbourne