News about Cancer

We can save lives and millions with less nitrate in drinking water

Denmark could save lives and more than $300 million a year by reducing the amount of nitrate in its drinking water. This, according to calculations by researchers from the University of Copenhagen, Aarhus University and…

Mapping the evolution of the human genome – A Portrait of New Group Leader Fran Supek

Fran Supek, new Group Leader and Professor at the Biotech Research & Innovation Centre (BRIC) in Copenhagen aims to achieve a deeper understanding of the processes behind cancer mutations. He will do so by combining…

Turning the Right Cell-Switch to unlock the Cure for Cancer

All cells have thousands of switches on their surface, so-called ‘receptors'. Turning the right ones allows us to develop smart and more effective cures against cancer.

Oldest known molecule surprises researchers. It could lead to new important treatments

Researchers have previously believed that the ribosome, one of the body's most crucial molecular machines, was merely a helper when creating new cells. However, recent research reveals that the ribosome has far greater…

Oldest known molecule surprises researchers. It could lead to new important treatments

Researchers have previously believed that the ribosome, one of the body's most crucial molecular machines, was merely a helper when creating new cells. However, recent research reveals that the ribosome has far greater…

Akila Ravikumar

Cand. scient. (biotechnology), Faculty of Science, University of Copenhagen

Mysterious hormone makes insulin work better

It makes animals want to eat less and is found in levels 100 times greater in pregnant women. A new study from the University of Copenhagen also reports that it makes insulin work better in rodents. While its role in ou…

New understanding of the body’s cells: Synchronise like pendulum clocks

Researchers from the University of Copenhagen have discovered that old grandfather clocks and human cells have a central thing in common: They move in synchronisation. This strengthens the performance of our cells and…

New understanding of the body’s cells: Synchronise like pendulum clocks

Researchers from the University of Copenhagen have discovered that old grandfather clocks and human cells have a central thing in common: They move in synchronisation. This strengthens the performance of our cells and…

Stefanie Harsch: Improving cancer literacy in Kenya

Global Health Research Spotlight is a news story series for School of Global Health’s communication platforms.

Ann Skafte

Cand. scient. (human biology), Faculty of Health and Medical Sciences, University of Copenhagen

Hidden mechanism connects cancer and diabetes

Insulin resistance is usually associated with type 2 diabetes. Now researchers have found it in cancer patients and learned that it can cause cancer to spread faster.

Group leaders Jesper B. Andersen and Claus S. Sørensen appointed professors

Group Leader Jesper B. Andersen has been appointed professor in translational hepatology by June 1st 2023. Jesper B. Andersen has been a group leader at BRIC since 2014. The goal of Andersen Group is to unravel the…

Hidden mechanism connects cancer and diabetes

Insulinresistens er normalt noget, man forbinder med type 2-diabetes. Men nu har forskere opdaget det hos kræftpatienter, og det kan have betydning for, hvor hurtigt kræften spreder sig.

BRIC/Finsen spinout Adcendo Aps moves forward towards clinical trials

Closing a Series A extension financing of 31 million euro will allow BRIC/Finsen spinout Adcendo ApS to conduct broad phase 1 testing of their uPARAP ADC, starting by the end of 2024.

‘DNA replication in a tube’ provides new insights into chromatin assembly

Researchers from the Groth group (CPR) and the Mattiroli group (Hubrecht Institute) re-created DNA replication and chromatin assembly in a test tube. They discovered that the crosstalk between these two fundamental…

Bartender model predicts how drugs affect each person

A model based on numerous studies of people with type 2 diabetes can make a new type of prediction: how a certain drug would affect each person at the molecular biological level.

Bartender model predicts how drugs affect each person

A model based on numerous studies of people with type 2 diabetes can make a new type of prediction: how a certain drug would affect each person at the molecular biological level.

Grey hair and wrinkles at an early age led researchers to new treatment for rare cancer

Sarcoma is a rare and complex type of cancer of i.a. the bones and muscles. Now researchers have found a way to predict which sarcoma patients will benefit the most from a potential new treatment.

Previously unknown cell mechanism could help counter cancer and aging

In a new study, researchers from the University of Copenhagen discovered an unknown mechanism of how cells ‘remember’ their identity when they divide – the cells’ so-called epigenetic memory.

Artificial human skin paves the way to new skin cancer therapy

In a new study, researchers have managed to curb skin cancer. The study was conducted on artificial human skin.

Professor Ana Cvejic receives a grant to better understand the interplay between immune cells and cancer

Ana Cvejic, a professor at Biotech Research & Innovation Centre (BRIC), was awarded the DNRF Chair Grant of 10 million DKK over a period of three years to gain knowledge about the interaction of immune and tumor cells.

Ditte Boilesen

Ph.D., Faculty of Health and Medical Sciences, University of Copenhagen

Niels Behrendt receives the NNF Distinguished Innovator Grant

Niels Behrendt, group leader at the Finsen Laboratory, Rigshospitalet/BRIC receives the NNF Distinguished Innovator grant for a project focused on creating test ADC therapeutics.