News about Bacteria

Do chromosome ends shape gut microbiota-host interactions?

A new review explores the complex relationship between telomere shortening in gut tissues and changes in the microbiome, revealing how this dynamic interaction impacts inflammation, dysbiosis, and ultimately aging acros…

Microorganisms - a key aspect in biodiversity loss

A new publication highlights a critical and often overlooked aspect of biodiversity loss: the decline of host-associated microorganisms. The research was published in Trends in Ecology & Evolution and underscores the…

Microorganisms - a key aspect in biodiversity loss

A new publication highlights a critical and often overlooked aspect of biodiversity loss: the decline of host-associated microorganisms. The research was published in Trends in Ecology & Evolution and underscores the…

Benjamin Seeks to Improve Gut Health with Bacterial Lysate

Associate Professor Benjamin A.H. Jensen’s research is centered on the gut and bacteria, which could be key to treating a wide range of diseases. His work with bacteria may also pave the way for more climate-friendly…

Plague emerges from Stone Age graves

Ancient DNA from bones and teeth hints at a role of the plague in Stone Age population collapse

A practical introduction to holo-omics

The study of holobionts, which is an animal and plant species in association with all of their microorganisms, is complex and therefore often challenging. A new methodology paper highlights critical decision points…

Exploring the role of root microbiome in plant domestication

In a new research project funded by the Novo Nordisk Foundation, Assistant Professor Jazmín Ramos Madrigal will dive into the pivotal role of the root microbiome in plant adaptation and evolution during domestication to…

Exploring the role of root microbiome in plant domestication

In a new research project funded by the Novo Nordisk Foundation, Assistant Professor Jazmín Ramos Madrigal will dive into the pivotal role of the root microbiome in plant adaptation and evolution during domestication to…

Understanding the interactions between gut microbiome and host epigenetics

Recent research highlights a complex and dynamic relationship between the gut microbiome and host epigenetics, suggesting a bidirectional "epigenome-microbiome axis" that could revolutionise our understanding of health…

A global collaboration to study animals and their microbiota

The Earth Hologenome Initiative is a global collaboration with more than 200 collaborators from around the world and open for more to join. The ambitious aim is to generate and analyse hologenomic data from wild animals…

Mystery CRISPR unlocked: a new ally against antibiotic resistance?

CRISPR-Cas systems have revolutionized biotechnology by offering ways to edit genes like a pair of programmable scissors. In nature, bacteria use these systems to fight off deadly viruses. A recent international…

Scientists use blue-green algae as a surrogate mother for "meat-like" proteins

Researchers from the University of Copenhagen have not only succeeded in using blue-green algae as a surrogate mother for a new protein – they have even coaxed the microalgae to produce "meat fibre-like" protein strands…

Scientists use blue-green algae as a surrogate mother for "meat-like" proteins

Researchers from the University of Copenhagen have not only succeeded in using blue-green algae as a surrogate mother for a new protein – they have even coaxed the microalgae to produce "meat fiber-like" protein strands…

Revolutionary zebrafish model unravels host gene influence on microbiota dynamics

In a leap forward for microbiome research, scientists have unveiled a groundbreaking zebrafish model designed to unravel the intricate interplay between host genetics and the microbiota. The study promises to reshape ou…

A new hologenomic paradigm for understanding and treating parasite infections

In a new study, researchers shed light on the intricate relationship between host–gut microbiota interactions and their influence on parasite infections in farmed Atlantic salmon. Highlighting the importance of a…

A new hologenomic paradigm for understanding and treating parasite infections

In a new study, researchers shed light on the intricate relationship between host–gut microbiota interactions and their influence on parasite infections in farmed Atlantic salmon. Highlighting the importance of a…

New study reports that Greenland is a methane sink rather than a source

Researchers at the University of Copenhagen have concluded that the methane uptake in dry landscapes exceeds methane emissions from wet areas across the ice-free part of Greenland. The results of the new study contribut…

New study unveils link between microbial community succession and secondary metabolites in marine biofilm development

Exploring the interplay between microbial community composition and secondary metabolism in marine biofilms, this new research uncovers previously unknown connections between community dynamics and the potential for…

Reducing the use of antibiotics in Kenyan food production

The Toxicology and Drug Metabolism Group has recently received 10 mill DKK from Danida for a new project seeking to combat antibiotic resistance in Kenya, by investigating the practice and reduce the use of antibiotics…

Plant-microbiome interactions for a sustainable future

Project type: Master thesis, Special project Background: Our current agricultural practices, in a period facing profound climate changes and a growing population, are neither sustainable nor sufficient. Modern…

Uncovering natures lessons in plant-root microbiome co-evolution

Associate Professor Christopher Barnes has secured a Villum Young Investigator grant for his ambitious research project aimed at unravelling the mysteries of the co-evolution between plants and their root microbiomes. A…

Pioneering project to capture life in the stomach

A new two-year research project aims to explore the evolution of Helicobacter bacteria spanning 2 million years and a diverse array of host species. The study will investigate the important correlation between…

Bakterier kan hæmme virkning af kræftmedicin

Gule stafylokokker kan forværre kræft hos patienter med en bestemt type lymfom. Nu har danske forskere fundet årsagen. Det giver håb om behandling.

Germs can offset the effect of cancer therapy

An infection with the bacteria Staphylococcus aureus tends to worsen the condition for patients with a specific lymphoma type. A Danish research team has identified the cause, providing hope for improved treatment.