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Strong research leadership not only fosters excellence in research today – it also enhances the appeal and quality of education, thereby laying the foundations for the future provision of expertise, writes Annika Olsson, Dean of LTH. Read the full blog post on LTH.se
https://www.lthin.lth.se/en/article/2026/research-leadership-shapes-future-and-increased-number-applications-lth - 2026-05-22
Under två dagar samlas unga forskare som är verksamma inom structural biology, chemical biology, biophysics och molecular interactions. När: 21–22 majVar: LINXS, The Loop, Rydbergs torg 4, Lund, SverigeMålgrupp: Forskare som är i början av sin karriär Evenemanget kommer att innehålla korta föredrag, tematiska sessioner, posters och nya forskningsrön inom targeted therapies, RNA biology, signalling
https://www.lthin.lth.se/artikel/2026/chemistry-life-ett-symposium-unga-forskare - 2026-05-22
En stark forskningsledning bygger inte bara excellens i forskningen här och nu – den bygger attraktionskraft och kvalitet i utbildningen, vilket lägger grund för framtida kompetensförsörjning. Det skriver LTH:s rektor Annika Olsson. Läs hela blogginlägget på LTH.se
https://www.lthin.lth.se/artikel/2026/forskningsledning-som-bygger-framtid-och-ett-vaxande-soktryck-till-lth - 2026-05-22
Why are so few men working in occupations such as nursing, childcare, or elder care? A new study examines whether persistent cultural gender norms discourage men from entering traditionally female-dominated occupations. Over the last decades, women have increasingly entered traditionally male-dominated professions such as medicine and law. However, the reverse has not happened: men remain heavily
https://www.lusem.lu.se/article/why-do-not-more-men-enter-pink-collar-jobs - 2026-05-22
More than half a billion people are affected by type 2 diabetes – and the number is growing. In a recent publication in the journal Small, researchers explain how nanoelectroporation can be used to deliver molecules that can affect insulin expression through epigenetic means, potentially leading to new treatments. Genetics cannot explain type 2 diabetes, and epigenetics (i.e. chemical modification
https://www.nano.lu.se/article/taming-insulin-gene-nanoelectroporation - 2026-05-22
