All jobs from Københavns Universitet - Filter job results
Fuldmægtig eller erfaren specialkonsulent til strategisk økonomistyring New
Brænder du for strategisk økonomistyring i en offentlig kontekst og vil du være med til at præge rammerne for fremtidens forskning og uddannelse på sundhedsområdet? Så er du måske vores nye kollega her på Det...
Master’s Thesis projects within cerebrovascular physiology
Master’s thesis students are invited to join my laboratory from August 2022 to complete their education within Veterinary medicine, Medicine, Pharmacy, Molecular Biomedicine, Human Biology, or Biology.
MSc project in Viral Host Iinteractions
Phages (viruses of bacteria) are highly diverse, but largely understudied. They contain treasures of genes with unknown functions that have potential significant biotechnological value and are important in virus-host interactions.
Master thesis project concerning the blood-brain barrier in pigs
We invite thesis students to a project on basic molecular characterization of the blood-brain barrier in the cerebral vasculature of the pig brain. The thesis work should correspond to at least 30 ECTS and preferably 60 ECTS.
Which intracellular defense mechanisms protect E. coli against phage infection?
By characterizing a small but diverse E. coli phage collection, it is possible to investigate phage binding and infection and identify novel phage resistance mechanisms in E. coli using the ECOR collection.
Heterologous expression of plant membrane protein complexes in yeast
(or how to solve the “giant substrate problem”)
Optogenetics: creating light-switches for biological processes
In this project, we will try to generate a yeast-based optogenetics system to study the function of proteins called lipid flippases.
Breaking the dogma to boost the new generation of environmentally friendly fertilizers
Can plants use phospholipids as a source of essential nutrients that are growth limiting, such as phosphorus?
Optimization of rice for the climate change challenge
The objective of this project is to characterize the mechanisms underlying heat tolerance in plants.