News about DNA, genes and proteins

The proteins of Parkinson’s disease – a new project will give us a better understanding

Associate Professor Vito Foderà has received 2 mill DKK from Novo Nordisk Foundation for the project “Real-time Investigation of Protein Phase Separation and Amyloid Transition in Complex Environments”.

Now we understand better how cell division works. That puts us a step closer to devising more effective cancer therapies

How does a cell know when to divide? Researchers have found the answer, and it may prove significant to future cancer therapy.

Gene targeting in cell lines

Here we apply apply our expertise in CRISPR/Cas9-mediated genome editing to cell lines. We can now help you generating your new in vitro experimental system by knocking out your gene of interest, or introducing point…

Scientists finds stem cell network in ancient fish

An ancient fish called a ‘living fossil’ has helped researchers understand the basics of stem cells. This will further stem cell research and be a step in the direction of creating artificial organs

New gene technology is able to predict the effect of treatment on the individual breast cancer patient

How do you know whether breast cancer treatment will be able to cure the individual patient? New gene technology can tell us, and it may prove vital to patients.

Introducing Azadeh Shahsavar

Azadeh Shahsavar is a newly appointed Assistant Professor in the Department of Drug Design and Pharmacology.

CPR researchers on the prestigious Highly Cited Researchers list 2022

The "Highly Cited Researchers list" recognizes world-class researchers selected for their exceptional research performance, demonstrated by production of multiple highly cited papers (ranking in the top 1% by citations…

Fluorescent mouse blood will help us gain knowledge about brain diseases

A fluorescent protein makes it possible to follow disease progression in brain diseases such as Alzheimer’s, strokes, and depression. That may lead to better insight into diseases and possible new treatments.

Breakthrough in CRISPR may lead to more effective and safer gene editing

CRISPR has great potential within disease control due to its ability to modify our DNA. New research can prevent situations where CRISPR edits the wrong genes.

New insights into the growth of protein self-assembled structures

A study in Nature Communications Biology has identified a novel growth pathway for pathological protein aggregates. This discovery may give us a better understanding of Alzheimer’s and Parkinson’s.​​​​​​​

Excessive brain fluid can lead to risky surgery. New research seeks to change that

Researchers from the University of Copenhagen have discovered that fluid does not necessarily enter the brain the way one thought. According to one of the researchers behind the study, the result may lead to fewer major…

A new publication from the Hickson group in Molecular Cell

"RAD51 protects human cells from transcription-replication conflicts"

Warring genetic parasites could lead to new defenses against dangerous bacteria

Plasmids – a type of autonomous genetic parasites in bacteria – are armed with a previously unknown arsenal of CRISPR-Cas "gene tools" that are frequently deployed to combat other plasmids, according to research from th…

New DDSA Fellow will improve the predictions of protein variants using machine learning methods

Richard Michael is one of the first ten candidates to receive the prestigious PhD fellowship from the Danish Data Science Academy (DDSA). He will be conducting research within protein engineering at the Machine Learning…

8th International Caparica Conference on Analytical Proteomics 2022

The Conference was held in July 2022 and Dina Al Nahhas was awarded for best poster presentation.

New gene technology can reveal how well medicine works. Behind it, you will find the new company BioPhenyx

Researchers from the University of Copenhagen have started a new company which, on the basis of gene technology, shall make the development of medicine faster and more precise. According to the researchers behind the…

Fur trading in Viking Age Denmark is now proven: ‘The black furs are worn by Arab and non-Arab kings’

For the first time, researchers from the University of Copenhagen have found 'smoking gun' evidence that Denmark participated in international fur trading in the Viking Age. Fur was an international status symbol for th…

Novel insight into cell killing by anticancer agents

PP2A is a known tumor suppressor and given that its function is suppressed in many cancers, there is an interest in developing compounds that can reactivate PP2A for cancer treatment.

Your alcohol consumption could put your liver in danger – but this tool warns you

Led by University of Copenhagen, researchers now present a revolutionizing tool to predict whether an individual has alcohol-related liver disease and if the disease progresses in the individual patient.

Cancer vulnerabilities could get exposed by ‘game changing’ method

Research from University of Copenhagen shows that a new method called “Deep Visual Proteomics” may be able to help doctors get closer to an answer and expose cancer tumor’s vulnerabilities.

New proteomics method can identify mammalian species from a single chip of archaeological bone

The Olsen Group has in collaboration with Danish and international partners developed a new streamlined and high-throughput “Species by Proteome INvestigation” (SPIN) workflow for rapid species identification of…

Huge study unveils the consumption of drugs by Danes

Researchers at the University of Copenhagen and Statistics Denmark have analysed more than one billion prescriptions issued by general practitioners. In the long term, the analysis may help to optimise prescription…

This molecule is vital to our survival. Now we know what it looks like

In order to live, all mammals depend on the function of a large molecule in our nerve cells made up of four proteins.

Genetic researchers can now explain different types of migraine

The world's largest gene study on migraine describes, for the first time, the genetic differences between migraine with and without aura.