Solvation science alive

RESOLV Press Releases

04
Nov 2019
  • Paper

How oxygen destroys the core of important enzymes

JACS: New findings are expected to help protect the hydrogen-producing enzymes from harmful oxygen – which is interesting for biotechnological...

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09
Oct 2019
  • Paper

How to make biocatalysts immortal

JACS: Oxygen threatens sustainable catalysts that use hydrogen to produce electricity in fuel cells. Researchers from Bochum and Marseille have...

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30
Sep 2019
  • Paper

Converting CO2 to valuable resources with the help of nanoparticles

JACS: Enzymes use cascade reactions to produce complex molecules from comparatively simple raw materials. Researchers have now copied this principle.

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11
Sep 2019
  • Paper

Molecule properties change through light

Angew. Chem.: Green light affects this chemical compound in a different way than blue light. The molecule is of interest to computer industry as it...

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19
Aug 2019
  • Paper

How two water molecules dance together

Ang.Chem.: Although water is omnipresent, the interaction between individual water molecules is not yet fully understood.

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08
Aug 2019
  • Paper

How Nature splits water and powers the planet

PNAS: An international research team including the Max Planck Institute for Chemical Energy Conversion (MPICEC) in Germany and The Australian National...

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30
Jul 2019
  • Paper

Next step in producing magnetic organic molecules

Ang.Chem.: Unlike metallic magnets, magnets consisting of organic molecules could be lightweight, transparent, flexible or liquid. Normally, however,...

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24
Jul 2019
  • Paper

How nature builds hydrogen-producing enzymes

PNAS: The heart of the biological catalyst is only introduced during the last step. The process is complex.

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25
Jun 2019
  • Award

Award for Nicolas Plumeré

The researcher integrates plant enzymes into sensors and fuel cells.

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25
Jun 2019
  • Paper

High reaction rates even without precious metals

JACS: Precious metals are often efficient catalysts. But they are expensive and rare. However, it has so far been difficult to determine how efficient...

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17
Jun 2019
  • Paper

Preventing drugs from being transported

Nat. Comm.: Certain membrane proteins specialise in transporting molecules out of cells – a problem for the efficacy of cancer medication and...

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15
May 2019
  • Paper

Applying precious metal catalysts economically

Angew. Chem. Int. Ed.: Precious metal nanoparticles of platinum and gold are excellent catalysts. But they are expensive and rare. This new method...

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03
May 2019
  • Paper

Monitoring the lifecycle of tiny catalyst nanoparticles

Angew. Chem. Int. Ed.: Since they are so tiny, it is difficult to investigate single nanoparticles. However, this is exactly what researchers are...

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26
Apr 2019
  • Paper

Improving the lifetime of bioelectrodes for solar energy conversion

JACS: The key to a long life for bioelectrodes lies in an oxygen-free environment.

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29
Mar 2019
  • Award

Catalysts for controlled cascade reactions

It is difficult to convert carbon dioxide or nitrogen oxides into useful or harmless substances. Wolfgang Schuhmann wants to find a way and is being...

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27
Mar 2019
  • Paper

How nerve cells control misfolded proteins

EMBO Journal: Neurodegenerative diseases such as Huntington’s or Parkinson’s disease are associated with misfolded and aggregated proteins....

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27
Feb 2019
  • Press Releases

Examining silver nanoparticles in natural environments

Thanks to their antibacterial properties, the particles are used in many products. Their effect on the environment is largely unexplored. This is...

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22
Dec 2018
  • Paper

Structure and function of photosynthesis protein explained in detail

Science: Photosynthetic complex I is a key element in photosynthetic electron transport, but little has been known about it so far.

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07
Dec 2018
  • Paper

How ice particles promote the formation of radicals

Phys. Rev. Lett.: Certain molecules with fluorine, chlorine or bromine, together with water, can release harmful substances into the atmosphere.

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04
Dec 2018
  • Paper

New catalyst achieves unprecedented activities

Angew. Chem. Int. Ed.: The new system to produce aromatic nitrogen compounds could make the manufacture of medicines and pesticides more efficient.

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