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UZH recently concluded a pilot study to find out how the modern world of work can best satisfy the needs of employers and employees. Managing ...

Over the past two years, UZH has reduced its greenhouse gas emissions. Overall, the university has taken a number of effective measures to promote ...

Veterinärmedizin, Humanmedizin und Naturwissenschaften spannen zusammen und gründen an der UZH das erste universitäre One Health Institut Europas. ...

Veterinärmedizin, Humanmedizin und Naturwissenschaften spannen zusammen und gründen an der UZH das erste universitäre One Health Institut Europas. ...

Health professionals are in urgent need of new antibiotics to tackle resistant bacteria. Researchers at UZH have now modified the chemical ...

Science is committed to truth. But there are isolated cases in which researchers rig data, disregard authorship, steal ideas or plagiarize. UZH ...

Over the past two years, UZH has reduced its greenhouse gas emissions. Overall, the university has taken a number of effective measures to promote ...

UZH recently concluded a pilot study to find out how the modern world of work can best satisfy the needs of employers and employees. Managing ...

UZH and KU Leuven have expanded their existing partnership. The two universities signed a strategic partnership agreement to further deepen their ...

Mouse lemurs give birth to their offspring during the five-month rainy season and build up fat reserves to survive the dry season when food is scarce. But what happens when the rainy season becomes drier and the dry season warmer? Researchers show that climate changes destabilize mouse lemur populations and increase the risk of extinction.

Neuroscientists at the University of Zurich have developed innovative objectives for light microscopy by using mirrors to produce images. Their design finds correspondence in mirror telescopes used in astronomy on the one hand and the eyes of scallops on the other. The new objectives enable high-resolution imaging of tissues and organs in a much wider variety of immersion media than with conventional microscope lenses.

The MyMi.mobile 2.0 app enables medical students to use their computers or smartphones to conduct microscope examinations of pathology tissue samples. This helps them understand the connections between cell structure and organ dysfunction.