To use all functions of this page, please activate cookies in your browser.
With an accout for my.chemie.de you can always see everything at a glance – and you can configure your own website and individual newsletter.
- My watch list
- My saved searches
- My saved topics
- My newsletter
80 Current news of Universität Baselrss
|You can refine your search further. Select from the filter options on the left to narrow down your results.|
It wasn't until 2021 that a new therapy came on the market, in the form of a class of drugs called compstatins, to inhibit harmful immune responses of the complement system
Although the complement system forms part of the innate immune system, it can cause damage to the body in some cases. This is because unwanted complement activation contributes to many autoimmune and chronic inflammatory diseases. Now, researchers have described molecular details of a recently ...
Holes in the blood-brain barrier
Although the coronavirus known as SARS-CoV-2 does not infect nerve cells, it can cause damage to the nervous system. Researchers from the University of Basel and University Hospital Basel have studied the mechanisms responsible for this effect, known as “neuro-Covid”, and identified starting ...
The steadily worsening climate crisis caused by the accumulation of carbon dioxide (CO2) in the atmosphere makes the search for ideas to store CO2 increasingly important. Prof. Ben Engel's team at the Biozentrum of the University of Basel together with colleagues from the Universities of ...
Damage to this biological security system is detrimental to cells, and has been associated with cancer and neurodegenerative diseases
The nucleus is guarded by a highly secure door, the so-called nuclear pore, that controls the transport of substances from the cytoplasm to the cell nucleus and back. A research group at the University of Basel has now shown that different shuttle proteins occupy the nuclear pore to prevent ...
Researchers reveal unrecognized pathway essential for T cell viability
They are at the forefront in the fight against viruses, bacteria, and malignant cells: the T cells of our immune system. But the older we get, the fewer of them our body produces. Thus, how long we remain healthy also depends on how long the T cells survive. Researchers at the University of Basel ...
Microplastics are everywhere, even in the most remote places. Where do these tiny pieces of plastic come from?
Microplastics are an environmental problem since organisms ingest these tiny particles and can be harmed by them. Even remote regions such as Antarctica are affected. To quantify this form of pollution and find out where the small particles come from, a research team from the Department of ...
Memory T helper cells prevent panic reaction
Viruses such as HIV or the pathogen that causes hepatitis C can overwhelm the immune system. One approach to developing vaccines for these chronic infections has until now been aimed exclusively at what are known as the memory B cells, a specific type of immune cells. Researchers at the ...
Chemical fingerprint reveals origin
Mercury released into the atmosphere by industry enters the sea and from there makes its way into the food chain. Now, an analysis by the University of Basel has revealed how the harmful substance enters seawater in the first place. This is not primarily via rainfall, as previously assumed, but ...
University of Basel researchers have reached an important milestone in their quest to produce more sustainable luminescent materials and catalysts for converting sunlight into other forms of energy. Based on the cheap metal manganese, they have developed a new class of compounds with promising ...
The electronic properties of graphene can be specifically modified by stretching the material evenly
Graphene consists of a single layer of carbon atoms arranged in a hexagonal lattice. The material is very flexible and has excellent electronic properties, making it attractive for numerous applications – electronic components in particular. Researchers led by Professor Christian Schönenberger at ...
q&more – the networking platform for quality excellence in lab and process
The q&more concept is to increase the visibility of recent research and innovative solutions, and support the exchange of knowledge. In the broad spectrum of subjects covered, the focus is on achieving maximum quality in highly innovative sectors. As a modern knowledge platform, q&more offers market participants one-of-a-kind networking opportunities. Cutting-edge research is presented by authors of international repute. Attractively presented in a high-quality context, and published in German and English, the original articles introduce new concepts and highlight unconventional solution strategies.
> more about q&more
q&more is supported by: