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ProLinC
PROtein folding and Ligand INteraction Core facility (ProLinC) at Linköping University.
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News |
04 November 2020
Master’s programme in protein science now open for international students
Linköping University will open its Protein Science master’s programme to international students starting next year. The programme combines theoretical and practical components, with a heavy emphasis on laboratory work.
News |
09 June 2021
ProLinC part of EU-program for molecular biophysics
The European Union has awarded a 5 M€ infrastructure grant to the MOSBRI project. ProLinC, LiUs core facility for protein research, is a major part of it.
News |
11 May 2022
Chemists aim to disrupt cancer-related protein
How can we understand a protein when it is never still, but constantly changes shape? This is one of the challenges for LiU researchers who are studying the cancer-related protein MYC.
News |
30 June 2021
Researchers to gain access to high-quality modern labs
Researchers in biomedicine and biotechnology have now completely new opportunities for access to specialised equipment at some of the best facilities. LiU is one of the 13 nodes in MOSBRI, a European research infrastructure for molecular biophysics.
News |
13 May 2020
LiU scientists working on test of immune response in COVID-19
LiU scientists are working intensely to develop two different analysis methods for the immune response that follows infection by the SARS-CoV-2 virus. One of the tests is now being used by the medical care services in Region Östergötland.
News |
04 November 2019
Elusive cancer-related protein captured in flight
Scientists have for the first time seen how the MYC protein, which plays a central role in cancer, binds to a key protein and controls important functions in cells. The new discovery may in the long term help in the development of new cancer drugs.
News |
13 April 2018
Alzheimer plaque affects different brain cells differently
Amyloid beta, a protein linked with Alzheimer's disease, has different properties in different cell types in the brains of fruit flies, according to a new study. It seems that certain cell types are hardly damaged at all by amyloid aggregates.