The 2022 GRC will bring together a diverse group of scientists united in their interest in the role of tetrapyrroles (hemes, B12, bilins, chlorophyll, and related cofactors) in biology. The meeting started over 50 years ago and continues to attract both junior and senior scientists in the field. Each session in the meeting will bring together international researchers with different technical expertise, yet their studies focused on a variety of tetrapyrrole topics. Speakers will present new and unpublished research on topics related to the newest ideas in tetrapyrrole biology for a range of multi- and uni-cellular organisms. In addition to invited speakers, additional speakers including junior researchers will be identified for short talks. The meeting will provide multiple opportunities for established and emerging scientists to interact and exchange ideas in order to build new and unique collaborations. These interactions will occur during the poster session, meet the expert lunches, Power Hour discussion, session discussion periods and social gatherings. We expect the 2022 meeting to highlight new and emerging areas in the role of tetrapyrroles in biology and provide a platform for new collaborations and partnerships.
The conference will consist of nine sessions, on the topics listed below. The conference chair is currently developing their preliminary program, which will include the names of the invited speakers and discussion leaders for each of these sessions. The preliminary program will be available by October 17, 2021. Please check back for updates.
- New Structural Techniques for the Study of Tetrapyrroles
- Trafficking, Signalling and Regulation by Heme
- The Biogenesis and Functions of Bilins
- Tetrapyrroles in Human Health and Disease
- The Biology of Tetrapyrroles: Catalysis, Mechanism and Regulation
- B12: Biosynthesis, Transport, Pharmacology and Mechanistic Enzymology
- Regulation and Biosynthesis of Chlorophyll Pigments
- Microbial Tetrapyrrole Metabolism
- Keynote Session: Tetrapyrrole Regulation and Homeostasis