In severe COVID-19 cases, neutrophils work around the clock

Scientists were able to track over time what happens in molecular biology from the onset of infection to organ damage

Are autoantibodies in COVID-19 less harmful than previously thought?

In most cases they are likely not to blame when patients become severely ill

Why some people suffer more from COVID-19 than others

A team of scientists have found genes and proteins that contribute to a higher risk of severe COVID-19

The fatal role of T cells in COVID-19

Safety mechanism is put out of action

Prior exposure to common cold coronaviruses enhances immune response to SARS-CoV-2

Strong antiviral immunity in the upper airways protects children from severe COVID-19

The human helpers of SARS-CoV-2

Drug targets were identified

The dangerous dual role of the immune system in COVID-19

Immune cells occasionally overshoot the mark and, due to their excessive reaction, sometimes cause greater damage than the virus itself

What cells does the novel coronavirus attack?

In severe COVID-19 cases, neutrophils work around the clock

Scientists were able to track over time what happens in molecular biology from the onset of infection to organ damage

Researchers decipher mechanisms of liver regeneration

Study shows that human organs can regenerate even after prolonged diseases and repetitive injury

Study identifies multi-organ response to seven days without food

"For the first time, we’re able to see what’s happening on a molecular level across the body when we fast"

How stem cells and immune cells communicate

Lisec Artz Award for Simon Haas: Groundbreaking discovery of an unknown protective mechanism against blood cancer from stem cells

Rare kidney disease is genetically decoded

The entire genome of a human being can be analysed on a single sequencing chip

T cells require healthy “power plants”

Some T cells of the immune system are especially sensitive to genetic disturbances within their mitochondrial power plants

DNA analysis reveals risk of post-meal insulin resistance

Targeted intervention may be possible

Do intelligent people think faster?

Findings are interesting for treatment planning

TimeTeller reads your inner clock

Spin-off company pinpoints the best time to exercise, sleep and take medicine

Are autoantibodies in COVID-19 less harmful than previously thought?

In most cases they are likely not to blame when patients become severely ill

In severe COVID-19 cases, neutrophils work around the clock

Scientists were able to track over time what happens in molecular biology from the onset of infection to organ damage

Researchers decipher mechanisms of liver regeneration

Study shows that human organs can regenerate even after prolonged diseases and repetitive injury

Study identifies multi-organ response to seven days without food

"For the first time, we’re able to see what’s happening on a molecular level across the body when we fast"

How stem cells and immune cells communicate

Lisec Artz Award for Simon Haas: Groundbreaking discovery of an unknown protective mechanism against blood cancer from stem cells

Rare kidney disease is genetically decoded

The entire genome of a human being can be analysed on a single sequencing chip

T cells require healthy “power plants”

Some T cells of the immune system are especially sensitive to genetic disturbances within their mitochondrial power plants

Are autoantibodies in COVID-19 less harmful than previously thought?

In most cases they are likely not to blame when patients become severely ill

Transparency for clinical trials

Transparency of study results in a public dashboard

Monkeypox or not?

An app helps with decision support

How genes and small molecules influence our personal disease risk

Metabolism also determines drug effects