News from the August Krogh Section for Molecular Physiology

Insulin

2024.11.27

New study unravel novel insight to muscle insulin resistance and the insulin sensitization effect of exercise

Insulin resistance remains one of the biggest health problems in our society serving as a gateway to many diseases like diabetes, cardiovascular disease and various cancers. Extraordinarily, we still do not have muscle…

inaugural lecture

2024.11.12

Thomas Elbenhardt appointed as Professor

Following an open international application process and external evaluation, Thomas Elbenhardt Jensen has been appointed as Professor of Molecular Exercise Physiology at the University of Copenhagen’s Department of…

æresdoktor

2023.11.08

Distinguished researcher in the field of exercise physiology, honorary doctorate at University of Copenhagen

Professor Laurie J. Goodyear, Joslin Diabetes Center, Harvard Medical School is awarded an honorary doctorate from the University of Copenhagen for her outstanding research in the field of physical activity, particularl…

Health

2023.08.29

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…

grant

2023.05.31

Professor Jørgen Wojtaszewski receives the Novo Nordisk Foundation's Distinguished Investigator Grant

With DKK 10 million from the Novo Nordisk Foundation, Professor Jørgen Wojtaszewski will illuminate the cellular signals that insulin uses to initiate biological effects, and how these signals are affected when insulin…

award

2022.09.19

Professor Jørgen F.P. Wojtaszewski receives award for deepening the understanding of how exercise makes muscles more sensitive

This year Professor Jørgen Wojtaszewski was selected as one of two runners up and will receive DKK 500,000 for his research projects ‘Personalized Phosphoproteomics – Turning Phenotypic Variance into Scientific…

diabetes

2022.06.02

Cancer increases the risk of developing diabetes

Cancer patients are at a greater risk for developing diabetes, according to a new study by the Steno Diabetes Center Copenhagen, Rigshospitalet, and the University of Copenhagen. The study also concludes that cancer…

research

2021.01.12

Twitching, fast and slow: New approach to studying muscle fibers reveals different responses to exercise training

Scientists at the Department of Nutrition, Exercise and Sports and the Novo Nordisk Foundation Center for Basic Metabolic Research, both at the University of Copenhagen have performed the most in-depth analysis of fast…

Shanghai Rankring

2020.11.17

The University of Copenhagen is home to the world’s best research environment in Sports Science

The Department of Nutrition, Exercise and Sports and the Institute of Sports Medicine at Bispebjerg Hospital – both departments at the University of Copenhagen – are together the world’s best research environment in…

proteins

2020.05.28

The death marker protein cleans up your muscles after exercise

Researchers at the University of Copenhagen’s Department of Nutrition, Exercise and Sports have demonstrated that physical activity prompts a clean-up of muscles as the protein Ubiquitin tags onto worn-out proteins,…

ampk

2017.01.02

AMPK – the enzyme that makes physical activity healthy

Physical activity benefits diabetics and others with insulin resistance. One of the reasons is that a single bout of physical activity increases the effectiveness of insulin. Thus, physical activity helps to reduce the…

muscle metabolism research

2014.11.24

New role for a muscle enzym (mTORC2)

A new study published by Section of Molecular Physiology in Molecular Metabolism shows that the enzyme mTORC2 has an important role in regulation of insulin sensitivity and substrate utilization in muscle in vivo.

Insulin resistance

2013.06.26

New research provides insights into the ability of muscles to take in glucose

New studies conducted by a research group from University of Copenhagen have identified a molecule which can explain why blood sugar regulation functions poorly in patients with type 2 diabetes and why exercise increase…