Vortrag

How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations

How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations

Veranstaltungen

19.10.22

15:15 – 16:00

Bonn

Physikzentrum Bad Honnef (DPG)

Prof. Dr. Michael Schmittel

Universität Siegen

By controlling the speed of nanomechanical motion, we can achieve conformational transmission over 1 - 3 nm en¬abling the release of a catalyst or the reduction of product inhibition! Since the motional speed may also be regulated by brake stones or remote allosteric effects, one can finetune the rate of catalysis and even build rotating machines that catalyze formation of another catalytic machi¬nery in motion, in principle a small step toward the evolution of machinery.

Kontaktperson

Prof.Dr. Connie Lu

Prof.Dr. Connie Lu


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How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations
How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations
How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations
How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations
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Interessen

Organische Chemie

Veranstaltungsdetails

19.10.22

15:15 – 16:00

Bonn

Physikzentrum Bad Honnef (DPG)

Prof. Dr. Michael Schmittel

Universität Siegen


Kontaktperson

Prof.Dr. Connie Lu

Prof.Dr. Connie Lu


Zu Ihrem Kalender hinzufügen

How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations
How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations
How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations
How Thermal Nanomechanical Motion in Supramolecular Machinery Drives Catalytic Transformations
In andere Kalender herunterladen