Anthony Hyman changes the way we look at cells

Gesellschaft besser machen

  • 29 Min.
  • 51. Episode

The Körber European Science Prize 2022

Discoveries in science take time, patience and determination. The best example for this is British cell biologist Anthony Hyman. He had researched cells for decades, before, in 2008, he and his team found a completely new state of biological matter: proteins, which can accumulate locally in high concentrations in the cell fluid. These "condensates" resemble tiny droplets that are subject to the laws of biophysics, among other things. Today, after more than 14 years of work in the field of condensates, Hyman´s research has completely changed the way we look at cells. Hyman was able to show that condensates usually form very dynamically. But as soon as the degradation is disturbed – often due to age – toxic substances can be deposited in affected cells, triggering degenerative diseases such as ALS or Alzheimer's disease. Hyman is now looking for new drugs that could cure these diseases.

More on Anthony Hyman and his research:
https://koerber-stiftung.de/en/projects/koerber-european-science-prize/previous-prizewinners/2022-anthony-hyman-condensates/

More about the Körber European Science Prize:
https://koerber-stiftung.de/en/projects/koerber-european-science-prize/

Artwork: Gesellschaft besser machen

Gesellschaft besser machen

Wie können wir Polarisierung begegnen – und Europa stärken? In „Gesellschaft besser machen“ spricht Moderatorin Muschda Sherzada alle zwei Wochen mit Persönlichkeiten aus Politik, Zivilgesellschaft, Medien und Wissenschaft über die drängendsten gesellschaftlichen Fragen unserer Zeit. Verständlich, lösungsorientiert und nah an aktuellen Debatten liefert der Podcast neue Perspektiven, konkrete Ideen und Inspiration für ein starkes Europa und gesellschaftliches Miteinander. Ein Podcast der Körber-Stiftung.

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