2024 Chemistry and Biology of Tetrapyrroles Gordon Research Conference and Gordon Research Seminar

PROJECT SUMMARY The Chemistry and Biology of Tetrapyrroles Gordon Research Conference (GRC) and Gordon Research Seminar (GRS) is the biggest and most diverse international meeting for sharing and discussing the latest research on tetrapyrroles, a diverse group of protein cofactors and metabolites which include heme, cobalamin

(vitamin B12), chlorophyll, and bilins. Tetrapyrroles serve as important cofactors to control essential cellular processes important for normal cellular homeostasis and development as well as nutrient sources and important signaling and regulatory molecules in normal and disease states. Both the GRC and GRS are the leading

conferences to present new unpublished tetrapyrrole related research findings and gather international scientists ranging from senior scientists to early stage investigators (ESI) and trainees in both formal and informal environments. Both the GRC and GRS will facilitate the creation of new connections and collaborations to

advance the chemistry and biology of tetrapyrroles and foster an inclusive environment for the development of diverse scientists in an equitable and open setting. The 2024 GRC and GRS meetings will be held from July 13 - 19, 2024 at Salve Regina University in Newport, RI. The Chemistry & Biology of Tetrapyrroles GRC and GRS are one of a kind in terms of the international and

diverse audience that they attract. The diversity of topics discussed span from clinical to biological to chemical aspects of tetrapyrroles and the range of organisms from bacteria to plants to humans. The 2024 GRC and GRS will highlight recent data from a variety of researchers at different levels in the following areas: trafficking

tetrapyrroles; synthesis and metabolism of tetrapyrroles; tetrapyrroles and disease; tetrapyrroles in the environment, energy production and light harvesting; tetrapyrroles in signaling; tetrapyrroles in medicine; tetrapyrroles in chemistry and catalysis; tetrapyrrole protein structure and assembly; and lessons in tetrapyrrole

metabolism. Given the critical roles that tetrapyrroles play in human health and disease including infectious diseases, inflammation, diabetes, kidney disease, porphyrias, anemias, and obesity, understanding the metabolism, trafficking, and homeostasis of tetrapyrroles is crucial for human health.