This project received funding from The Novo Nordisk Foundation
Funded projects
A collaborative investigation on gut-brain interactions in childhood
UNDERGROUND NETWORKING - BACTERIAL INTERACTIONS IN THE PLANT ROOT MICROBIOME (UNICOM)
This project has received funding from The Independent Research Fund Denmark
SOCIAL NETWORKING IN THE GUT MICROBIOME
This project has received funding from The Independent Research Fund Denmark
Microbes and their sinister social lives
This project has received funding
from the Villum Foundation
LINKING THE EARLY LIFE RESISTOME AND MICROBIOME MATURATION
This project has received funding
from Biocodex Microbiota Foundation
Nanoplastic Corona: An unknown, emerging cradle of evolution
This project has received funding
from the Villum Foundation
Evolution of anti-CRISPR strategies: extending immune evasion paradigms.
This project has received funding
from the Lundbeck Foundation
This project has received funding from the European Union’s Horizon 2020 Research and Innovation programme under grant agreement number No. 101000309
Designed bacterial collaboromes for bio-control of potato pathogens
BioInnovation Institute Fonden (BII)
The Novo Nordisk FoundationMachine learning methods for data-driven discovery of antibiotic resistance plasmid dissemination and evolution
The Novo Nordisk Foundation
Plasmid Evolutionary Arms raCE (PEACE)
The Novo Nordisk Foundation
Printing nature to study nature - artificial 3D-leavesfor ecologically relevant studies of bacterial biofilm communities
The VILLUM Experiment
Surface modification to increase microbial SAFEty in the food industry
EU Horizon 2020
Engineered Biofilms with Modular Functionality for Persistent and Survivable Naval Platforms
Funded by the Office of Naval Research Global
Effects of bacteria on atmospheres of Earth, Mars, and exoplanets - adapting and identifying life in extraterrestrial environments
The Novo Nordisk Foundation - Interdisciplinary Synergy 2019 grant
Catch me if you conjugate! Plasmid recovery from complex ecosystems using secreted pilus machinery as a hook
The VILLUM Experiment
The bacterial vaccine action plan (BacVac). Improving green biotech by controlling the adaptive immune system of non-GMO bacteria
DFF-Research Project1 (Thematic Research)
Predicting the shaping factors of like: Experimental evolution in complex bacterial communites (PREDICT)
The Villum International Postdoc Programme
Surveillance of microbial small talk using Trojan horses
The VILLUM Experiment
In this project, we will collaborate with a Danish biotech company to develop and evaluate a methodology for embedding probiotic bacteria in urinary catheters.
Biorecover
- Deve
lopment of an innovative sustainable strategy for selective biorecover of critical raw materials from Primary and Secondary sources
The objective of BIORECOVER is the research and development of a new sustainable & safe process, essentially based on biotechnology, for selective extraction of a range of Critical Raw Materials.
Awarded 01.09.2019
project we will investigate the role of a microbial community located on the surface of
– linking structure and functionCAG - Modulating the Infant Microbiome for Disease Prevention
The CAG will seek to improve prevention of chronic inflammatory diseases and treatment of paediatric asthma.
Awarded 16.08.2018
- Transfer of antibiotic resistance to human gut bacteria in vivo
In this project we aim to determine the full metagenome from gut and airways to unravel the extrinsic mechanisms that determine the transition from health to chronic disease.
We will explore the association between alterations in the microbiome, in different body compartments, and the development of asthma and allergy in childhood.
Section of Microbiology
WHERE NO IDEAS ARE TOO small
Contact
SECTION HEAD
Prof. Søren Sørensen
Universitetsparken 15
Building 1, 1st. floor
DK-2100 Copenhagen
Email: sjs@bio.ku.dk
Current funders
