https://www.ludc.lu.se/article/investments-epigenetics-combat-diabetes - 2025-01-17

https://www.ludc.lu.se/article/key-mechanism-insulin-release-cholesterol-metabolite-found - 2025-01-17

Published 25 September 2023 One of the national services offered by NBIS/SciLifeLab is the Bioinformatics Peer review Support track (a.k.a. WABI), providing competences in large-scale data analysis for genomics, transcriptomics, proteomics, metabolomics, Cryo-EM/ET and other technologies. This support has been enabled by funding from the Knut and Alice Wallenberg Foundation, and is a part of the S

https://www.lubi.lu.se/article/apply-now-oct-6-bioinformatics-peer-review-support-track-now-including-cryo-emet - 2025-01-17

By sandra [dot] jakobsson [at] svet [dot] lu [dot] se (Sandra Jakobsson) - published 21 December 2022 A Hindu temple. Photo. SASNET's Director, Ted Svensson, and Joel Lee (Williams College) are jointly organising a workshop at Lund University 30-31 May 2023. They would like to invite postdocs and PhD students affiliated with a university in the Nordic countries to apply to participate. Deadline is

https://www.sasnet.lu.se/article/call-papers-sasnet-workshop-hindu-majoritarianism-caste-politics-and-minoritisation - 2025-01-17

Published 1 June 2021 In the study, the researchers analysed foraminifera brought up by drilling into the ocean floor. Photo: Helena L Filipsson. They are called foraminifera and have lived in the world’s oceans for 545 million years. A research team has established in a new study that some species of this protist will probably cope swimmingly even in a climate-impacted future. This is due to thei

https://www.science.lu.se/article/microscopic-foraminifera-likely-winners-tomorrows-increasingly-deoxygenated-oceans - 2025-01-17

Published 27 August 2021 The exoplanet in question was formed at the edge of this protoplanetary disk. Illustration: European Southern Observatory (ESO). By capturing a weak signal from outer space, a research team was able to study the atmosphere of an exoplanet 300 light-years from Earth. The study shows that the planet’s gas envelope contains a specific isotope of carbon, which indicates that i

https://www.science.lu.se/article/researchers-have-found-carbon-isotopes-exoplanets-atmosphere-first-time - 2025-01-17

https://www.science.lu.se/article/researchers-crack-synthetic-code-rare-molecules-sought-after-drug-development - 2025-01-17

https://www.science.lu.se/article/researchers-create-molecule-can-pave-way-mini-transistors - 2025-01-17

https://www.science.lu.se/article/breakthrough-converting-co2-fuel-using-solar-energy - 2025-01-17

https://www.science.lu.se/article/researchers-develop-first-ai-based-method-dating-archaeological-remains - 2025-01-17

https://www.science.lu.se/article/mysterious-ripples-milky-way-were-caused-passing-dwarf-galaxy - 2025-01-17

https://www.science.lu.se/article/urban-great-tits-less-stressed-their-countryside-cousins - 2025-01-17

https://www.science.lu.se/article/unique-camera-enables-researchers-see-world-way-birds-do - 2025-01-17

Published 27 March 2019 Dmitrii Pankratov, Lo Gorton and Galina Pankratova (Photo: Maryam Saati) In recent years, researchers have tried to capture the electrical current that bacteria generate through their own metabolism. So far, however, the transfer of the current from the bacteria to a receiving electrode has not been efficient at all. Now, researchers from institutions including Lund Univers

https://www.science.lu.se/article/bacteria-could-become-future-source-electricity - 2025-01-17

https://www.science.lu.se/article/researchers-discover-space-oddity-exoplanet-moving-mysterious-ways - 2025-01-17

https://www.lunduniversity.lu.se/article/demographic-changes-increase-risk-natural-fires - 2025-01-17

https://www.lunduniversity.lu.se/article/watch-how-studying-bats-flight-technique-could-lead-drone-development - 2025-01-17

https://www.lunduniversity.lu.se/article/watch-theft-behind-planet-9-our-solar-system - 2025-01-17

Published 18 July 2016 For the first time, researchers from Lund University have successfully measured in detail the flow of solar energy, in and between different parts of a photosynthetic organism. The result is a first step in research that could ultimately contribute to the development of technologies that use solar energy far more efficiently than what is currently possible. For about 80 year

https://www.lunduniversity.lu.se/article/new-discoveries-about-photosynthesis-may-lead-solar-cells-future - 2025-01-17

Published 18 July 2016 Global environmental changes caused by a warmer climate can be combatted on a local level. The quality of our drinking water can be improved before it reaches water purification facilities and consumers through local efforts that minimise the growth of toxic algae and cyanobacteria in lakes. Lakes that serve as drinking water reservoirs are becoming warmer due to ongoing glo

https://www.lunduniversity.lu.se/article/local-measures-could-save-our-water-climate-heats - 2025-01-17