896 search results for “cell chemistry” in the Student website
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Paul HooykaasFaculty of Science
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Maarten LubbersFaculty of Science
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Marije NiemeijerFaculty of Science
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Anita LiaoFaculty of Science
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Hendrikus TankeFaculty of Medicine
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Imke BrunsFaculty of Science
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Jan van der LaanFaculty of Science
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Chenlin FengFaculty of Science
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Tessa HagensFaculty of Science
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Cecilia BergonziniFaculty of Science
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Jos JonkersFaculty of Science
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Raju SharmaFaculty of Science
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Jörg MeyerFaculty of Science
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Gijs van der MarelFaculty of Science
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Marc van HemertFaculty of Science
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Oscar Escalona Rayo
Faculty of Science
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Mikhail Elkhimov
Faculty of Science
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Suzanne Assen
Faculty of Science
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Andy Jiao
Faculty of Science
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Johannes (Hans) G.E.M. FraaijeFaculty of Science
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Joyal DavisFaculty of Science
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Sven Wijngaarden
Faculty of Science
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Tycho Roorda
Faculty of Science
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René Olsthoorn
Faculty of Science
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Hassan NagraFaculty of Science
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Jaco GeuchiesFaculty of Science
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Yidan PengFaculty of Science
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Rik MomFaculty of Science
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Nipon Deka
Faculty of Science
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Dmitri FilippovFaculty of Science
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Preventing heart attacks by earlier detection of cardiovascular disease
In the Netherlands, 1.55 million people suffer from cardiovascular diseases. Yet, acute cardiovascular events, such as a heart attack or stroke, often occur unexpectedly. That is because many people do not know they are at risk for such an event. Immunological researcher Amanda Foks and her colleagues…
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Investigating inflammation: new leads for treating atherosclerosis
How do you detect people at high risk of heart attacks and strokes? And how can we improve the treatment of atherosclerosis? These are the questions that keep LACDR researcher Marie Depuydt busy. She is investigating the immune cells that contribute to the worsening of atherosclerosis. ‘It's a challenging…
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LUMC participates in pioneering type 1 diabetes research
The promising early results of an international study have shown that insulin-producing cells grown from stem cells can cure the disease. The new Cure One LUMC research centre aims to accelerate this breakthrough.
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Silver and light: a powerful combination with the potential to save lives
Packages of DNA strands containing silver, measuring just two or three nanometres in size. Leiden physicists Donny de Bruin and Dirk Bouwmeester create these packages, which can enter living cells on their own. They then activate the silver with light, causing the cells to break down. This could, in…
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New Master’s programme in Transfusion Medicine and Cellular and Tissue Therapies
LUMC and Leiden University will start the new two-year online master's program in Transfusion Medicine and Cellular and Tissue Therapies from October 2023.
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Malformations in heart, eyes and nervous system: Nano-plastics disrupt growth
Nano-plastics cause malformations. Meiru Wang, researcher at the Institute of Biology Leiden, looked at the extreme effects polystyrene nano-particles could have, using chicken embryos as a model. Her results were quite alarming. Especially as nano-particles are everywhere. In the air, floating through…
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Unlocking the secrets of DNA repair: Sarah’s curiosity might lead to new cancer treatments
How do cells repair their damaged DNA—and what happens when that process is hindered and cancer arises? Sarah Moser has taken a closer look during her PhD, uncovering surprising insights that could help improve future cancer treatments.
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Designing the next generation of precision medicine
Lecture, Tuesday Talks: Science Insights
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A mathematical three-step rocket helps biologists study tumour blood vessels
Koen Keijzer combined three mathematical models into one unified system capable of making meaningful predictions about how cells form blood vessels. This helps biologists studying the chaotic, leaky blood vessels found in and around tumours.
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Finally solved: how the body's own marijuana spreads through the brain
Since its discovery thirty years ago, it remained a mystery: how does the body’s own marijuana move between nerve cells in the brain? Mario van der Stelt and his research group have now uncovered the answer. This insight could aid the development of new treatments for pain and neurological disorders…
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Can Parkinson's be stopped by unravelling protein fibres? Anne Wentink finds out with a Vidi grant from NWO
In brain diseases such as Parkinson's and Alzheimer's, proteins clump together to form fibres. ‘Chaperone proteins’ unravel those fibres, but in the test tube biochemist Anne Wentink saw that this can also cause new problems. She is going to find out what happens inside cells to determine what a drug…
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Hans van den ElstFaculty of Science
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Cristina Berges Basáñez
Faculty of Science
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Thijs VoskuilenFaculty of Science
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Tim OfmanFaculty of Science
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Rian van den NieuwendijkFaculty of Science
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Patrick Voskamp
Faculty of Science
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Indigo BekaertFaculty of Science
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Cris BertonaICLON
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Helena Ehren
Faculty of Science