Bioinorganic Chemistry Conferences Search and Views Navigation
October 2021
Online seminar on “Iron-sulfur protein biogenesis”
Main page Chair: Roland Lill Deborah Perlstein, Boston & In vivo and in vitro recognition of C-termini of cytosolic and nuclear Antonio Pierik, Kaiserslautern iron-sulfur proteins by the CIA targeting complex Simone Ciofi, Florence Unraveling the mechanism of maturation of human mitochondrial proteins
Find out more »November 2021
Online seminar on “Iron-sulfur protein biogenesis”
Main page Chair: Patricia Kiley Benoit D'Autréaux The roles of frataxins in FeS cluster assembly on the evolutionary Gif-sur-Yvette point of view Sandrine Ollagnier, Grenoble E. coli SUF machinery: the mysterious nature of SufBC2D FeS center
Find out more »December 2021
Online seminar on “Iron-sulfur protein biogenesis”
Main page Chair: Helene Puccio Nunziata Maio, NIH Newly identified iron-sulfur cofactors in the RNA-dependent RNA polymerase of SARS-CoV-2 are potential anti-viral targets Dennis R. Dean, V Tech Specificity of assembly and trafficking of the complex nitrogenase iron- sulfur cofactors
Find out more »January 2022
Online seminar on “Iron-sulfur protein biogenesis” 2021/2022
Chair: Nick LeBrun Wayne Outten, USC. Interactions driving FeS cluster biogenesis by the Suf system in E. coli Jaroslaw Marszalek & Rafal Dutkiewicz, Gdansk. Protein-protein interactions critical for the assembly and function of complexes involved in the ISC pathway of FeS cluster biogenesis.
Find out more »February 2022
Journées de chimie de coordination
Organisation: Yohan Champouret et ses collègues de l'Unité de Catalyse et de Chimie du Solide (UCCS). Conférences invitées de Clément Falaise, Olivier Maury, Maylis Orio et Céline Pichon, ainsi que celles de Peter Faller et Grégory Nocton, lauréats des prix DCC 2021.
Find out more »Online seminar on “Iron-sulfur protein biogenesis” 2021/2022
Chair: David Barondeau David Britt, UC Davis A proposed mechanism for the biosynthesis of the H-cluster of hydrogenase Eranthie Weerapana Monitoring iron-sulfur cluster occupancy using chemoproteomics Boston College
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