Solar-Driven Water Oxidation in Biology: The Energy Input for Life

Speaker(s)

A. William Rutherford FRS

Professor, Chair of Biochemistry of Solar Energy, Imperial College London, London, United Kingdom, CNRS Research Director

Events

When enzymology meets bioinorganic chemistry : GcpE and LytB, enzymes with [4Fe-4S] cen…

DNA biosynthesis : new ribonucleotide reductases (II)

Molecular oxygen, S-adenosylmethionine and iron: a vital combination

Photoenzymes: sunlight and biocatalysis

Seminar

1 Dec 2021

11:00 - 12:00

A. William Rutherford FRS

Solar-Driven Water Oxidation in Biology: The Energy Input for Life

Flavins : polymorphic biological cofactors (I)

Radical chemistry and organometallic cofactors : case studies of FeFe hydrogenase and n…

Flavins : polymorphic biological cofactors (II)

Solar-Driven Water Oxidation in Biology: The Energy Input for Life

Speaker(s)

A. William Rutherford FRS

Events

Suicide enzymes

Deconstructing complex sugars : can new enzymes still be discovered at …

DNA biosynthesis : new ribonucleotide reductases (I)

When enzymology meets bioinorganic chemistry : GcpE and LytB, enzymes with [4Fe-4S] cen…

DNA biosynthesis : new ribonucleotide reductases (II)

Molecular oxygen, S-adenosylmethionine and iron: a vital combination

Photoenzymes: sunlight and biocatalysis

Solar-Driven Water Oxidation in Biology: The Energy Input for Life

Flavins : polymorphic biological cofactors (I)

Radical chemistry and organometallic cofactors : case studies of FeFe hydrogenase and n…

Flavins : polymorphic biological cofactors (II)

Flavin and redox obsession : discovery of a new function in nucleic acid enzymology

See also