| More specifically, upon completion of the course they will be able to:
• study, understand and present state-of-the art topics from the current literature in the field (k2,k5,k6)
• discuss new developments and their fundamental background in the field (k3,k4,k5)
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Underlying concepts and mechanistic details of
• Computational Biochemistry: various computational methods to understand biological processes at the molecular and atomistic levels
• development of new biological regulators and advancements in areas like drug discovery.
• Structural Biochemistry: elucidating biomolecular structures, from global molecular architectures to the spatial arrangement of individual atoms.
• how to analyse state of the art research papers and present to peers
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