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Jaume Adrover Forteza

Doctoral student Contact details Email: jaume [dot] adrover_forteza [at] chem [dot] lu [dot] se Phone: +46 79 355 44 23 Mobile: +46 79 355 44 23Organisation Physical Chemistry Service point: 1 WebpageJaume Adrover Fortezas profile in Lund University research portal Publications Displaying of publications. Sorted by year, then title. Filter by type AllJournal article Filter Nanomolar inhibitor of t

https://www.physchem.lu.se/jaume-adrover-forteza - 2026-05-15

Application: Introduction course for doctoral students, 7 October 2026

Course for doctoral students at the Faculty of Science. Course title in Swedish: "Introduktionskurs för doktorander" First name (required) Surname (required) Email (required) Department (required) Centre for Mathematical Sciences Department of Biology Department of Chemistry Department of Earth and Environmental Sciences Department of Physics Division of Medical Radiation Physics State the semeste

https://www.science.lu.se/form/application-introduction-course-doctoral-students-7-october-2026 - 2026-05-15

Matilda Bergström

Doktorand Kontaktinformation E-post: matilda [dot] bergstrom [at] jur [dot] lu [dot] se Telefon: +46 46 222 67 23Organisation Juridiska institutionen Rumsnummer: 309 Hämtställe: 56 WebbplatsMatilda Bergströms profil i Lunds universitets forskningsportalAndra roller Forskare Law, Evidence and Cognition (LEVIC) Forskare Mänskliga rättigheter Publikationer Visar av publikationer. Sorterade efter år o

https://www.jur.lu.se/matilda-bergstrom - 2026-05-15

Aurelija Lukoseviciene

Postdoktor Kontaktinformation E-post: aurelija [dot] lukoseviciene [at] jur [dot] lu [dot] se Telefon: +46 46 222 10 65Organisation Juridiska institutionen Rumsnummer: 265 Hämtställe: 56 WebbplatsAurelija Lukosevicienes profil i Lunds universitets forskningsportalAndra roller Forskare Affärsrättsligt centrum vid Lunds Universitet, ACLU Gästforskare EU-rätt Publikationer Visar av publikationer. Sor

https://www.jur.lu.se/aurelija-lukoseviciene - 2026-05-15

ROS production of source-specific emissions from combustion, brake, tire and road wear

Comparison of ROS production of individual particle components from traffic-related sources can inform new health policies and emissions legislation. This work aims to quantify acellular ROS production and oxidative potential (OP) of such individual particle components from combustion, brake, tire, and road wear. Particle characteristics are probed to identify source-specific markers and improve t