ľ�ϸ���Ӱ��

The research is an important step forward in the field of endocrine disruptor research.

Researcher Berend-Jan Bosch explains why it is both difficult and important to be prepared for future outbreaks of coronaviruses

When art meets science – and hyperflexible dancing bodies meet their hyperflexible antibodies!

Launch of Basement Membrane Extract (BME)-free database, hosted by 3Rs Centre Utrecht.

Two of the seven research consortia awarded Gravitation research funding from OCW are led by researchers from Utrecht ľ�ϸ���Ӱ��.

The consortium of researchers will, for the first time, comprehensively chart the supervision of specific proteins within the cell, from cradle to grave.

Professor Dr Willem van Eden's research group receives 500.000 euros by ReumaNederland for developing a vaccine against rheumatoid arthritis (RA).

Building bridges to realise biological pharmaceutical therapies

Testing the manure of over 9,000 pigs and chickens: researchers from the UU and WUR didn't turn their noses up at the task.

Research of Tania Morán Luengo, Stefan Rüdiger and colleagues from Heidelberg led to a breakthrough in understanding the functioning of the Hsp70-Hsp90 cascade

Hugo van Ingen en collega's ontwikkelden een breed inzetbare methode die op atomair niveau inzicht geeft in de binding van eiwitten aan chromatine

Kerstin Schneeberger gets grant from K.F Heinfonds for developing stable liver cells.

Bart Spee awarded STW grant for development of specialised liver cells to test the toxicity of drugs.

Neurobiologist Harold MacGillavry receives an ERC Starting Grant to study the movement fo receptors in synapses.

Resistance to antibiotics is a growing, urgent problem that requires new and better alternatives.

First ‘X-ray films’ of moving biomolecules

Analysis of medicinal cannabis

Researchers of Utrecht ľ�ϸ���Ӱ�� and the VU Amsterdam studied the Triatoma virus, which kills insects that spread Chagas disease.

7,1 M€ ERC Synergy Grant for prof. Anna Akhmanova and prof. Marileen Dogterom

After 9 years of research, chemists of UU have solved how one of the most important chaperone proteins in our cells, Hsp90, selects its client proteins.