Chemistry of Biological Processes: An Introduction
Inaugural lecture delivered on Thursday 26 February 2009
Life depends on the ability of living organisms to effectively harness the chemical potential of their environment, namely the sun, for energy, and a certain number of molecules which exist on the Earth’s surface, such as water, oxygen, carbon dioxide, nitrogen, etc. These molecules need to be activated if benefit is to be derived from them, which requires profound electronic modifications that only metal ions can provide. Truly extraordinary metalloenzymes with highly subtle mechanisms are re...
Éditeur : Collège de France
Lieu d’édition : Paris
Publication sur OpenEdition Books : 5 février 2014
ISBN numérique : 978-2-7226-0274-8
DOI : 10.4000/books.cdf.3316
Collection : Leçons inaugurales
Année d’édition : 2014
Marc Fontecave
Liz Libbrecht (trad.)
Chemistry of Biological Processes: An IntroductionInaugural lecture delivered on Thursday 26 February 2009
Life depends on the ability of living organisms to effectively harness the chemical potential of their environment, namely the sun, for energy, and a certain number of molecules which exist on the Earth’s surface, such as water, oxygen, carbon dioxide, nitrogen, etc. These molecules need to be activated if benefit is to be derived from them, which requires profound electronic modifications that only metal ions can provide. Truly extraordinary metalloenzymes with highly subtle mechanisms are responsible for this activation. Bioinorganic chemistry straddles the disciplines of chemistry and biology and is in full expansion today. This discipline was born of the recent realisation that life is not solely organic but also “mineral”, and that no life can exist without metals.
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