Promotor: Prof.dr. H.L.V. Linnartz

Metal-based prodrugs based on ruthenium(II) polypyridyl complexes have proven to be very suitable for application in both photodynamic therapy (PDT) and photo-activated chemotherapy (PACT).

Astronomical observations of cold regions in the universe show a rich inventory of ices. Part of these ices may end up on planets like our own, but in that journey they will be exposed to considerable amounts of radiation.

The main goal of the research described in this thesis was the development of new photoactivated chemotherapy (PACT) ruthenium(II) complexes bearing a non-toxic photolabile ligand.

Metal complexes and 2D materials like graphene were combined to produce structures that can function as sensors.

Promotor: E. Bouwman, Co-promotor: S. Bonnet

To achieve a more sustainable society, it is important to move away from cradle-to-grave applications, and to develop a more circular economy, wherein reusability and recycling are part of the development of any new product. In that context, the currently undergoing change of chemical feedstocks from…

To achieve a more sustainable society, it is important to move away from cradle-to-grave applications, and to develop a more circular economy, wherein reusability and recycling are part of the development of any new product. In that context, the currently undergoing change of chemical feedstocks from…

Metal-containing molecules combine geometrical features and a reactivity that are inherently different from that of organic molecules. My research focuses on light-activatable metal-based anticancer drugs and metal-functionalized liposomes. Light is a very selective way to activate photosensitive drugs…

These are the proposed research projects for LEAPS 2019. Please note that not all projects will go ahead and some may still be added in the near future. Final funding decisions lie with the Faculty sponsors. And please make a note that if you are interested in an ESA project, to check if your state…

Research at the SBC group is comprised of the following research themes:

Research at the Macromolecular Biochemistry group is comprised of the following research themes:

A consortium of international researchers comes with a unique solution to the energy problem. By mimicking photosynthesis, they aim to produce sustainable fuels out of sunlight, water, and CO2. Their secret? ‘Soap bubbles’, says Leiden chemist Sylvestre Bonnet, who is part of the consortium.

Wiskunde en Natuurwetenschappen, Leids Instituut voor Chemisch Onderzoek (LIC)

Luris

An international team of astronomers has revealed the first 'chemical profile' of an exoplanet's atmosphere. The team, including Leiden astronomer Yamila Miguel and provenda Amy Louca, made the profile using so-called Early Release Science data from the James Webb Space Telescope. The results have been…

An attractive feature of the MSc Chemistry programme at Leiden University is the large flexibility of the study programme, allowing students to compose a tailor-made programme following their personal interests. Within the boundaries set by the programme, students make and may adjust their choices during…

Speakers that have accepted to participate:

Lezing

With Sylvestre Bonnet, Jeroen Codée and Remus Dame, the Leiden Institute of Chemistry (LIC) will be getting no less than three new professors. Bonnet will become professor in Bioinorganic Chemistry, Codée professor in Organic Chemistry and Dame professor in Molecular and Cellular Biochemistry.

In 2013, Sylvestre Bonnet received an ERC Starting Grant to kill cancer with molecules that can be activated by light. Two postdocs and three PhD students later, the end approaches of his so far successful project.

Lezing

Lezing

Xander Tielens, Professor of Physics and Chemistry of the Interstellar Space, has been awarded an ERC Advanced Grant to study polycyclic aromatic hydrocarbons (PAHs) in space. The combination of astronomical observations, computer models and lab research makes the research highly interdisciplinary.