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Molecular recognition is the key aspect of any cellular and biological function. Two or more molecules interacting with each other cause the effects that drives various basic functions that are fundamental to cells. Be these protein-protein, protein-nucleic acid or protein-ligand interactions, they all play important roles in a cell. Protein-ligand interactions are the most studied as they can hav
Preliminärt schema höstterminen 2022 Kurs: Miljöskydd MVET10 Kursansvarig: Andrea Hjärne (AH), tel 0725-671218 Lärare: BN=Birgitta Nordquist, KD=Katrin Dierschke, LEH=Lars-Erik Harderup, JL=Jonathan Loive; AM=Anna Mattsson MD=Mats Dahlblom, JS=Johanna Svensson, LS=Lars Siljebratt, FN=Fredrik Nilsson, TH=Torbjörn Håkansson SEF=Sara Edlund Fredholm, NH=Nils Hydén, EC=Evelina Chatters, TF= Thomas Fer
https://www.cec.lu.se/sv/sites/cec.lu.se.sv/files/2022-08/Schema%20MV%20HT22%20MVET10-3%20220808.pdf - 2026-05-20
MILJÖVETENSKAP Preliminärt schema 170609 Kurs: MVEN015, Klimatförändringen, vetenskap och samhälle Kursansvarig: Niklas Vareman Lärare: Giuliana Zanchi, Maj-Lena Linderson, Johannes Stripple, Niklas Vareman, Johanna Alkan-Olsson, Dan Hammarlund, David Harnesk Lokaler: Retina (D227) i Biologihuset, Sölvegatan 35, se karta Se karta http://www.biologi.lu.se/sites/biologi.lu.se/files/biologiv2a4.pdf L
https://www.cec.lu.se/sv/sites/cec.lu.se.sv/files/schema_mv15_ht17_v.1.pdf - 2026-05-20
Soils play a critical role in the carbon (C) cycle by regulating the atmospheric carbon dioxide (CO2) levels, and correspondingly the Earth’s climate. However, there are still countless questions of how biological and geochemical soil processes affect the C cycle. To be able to predict future implications on the Earth’s climate, we need to understand these processes. Globally, soils store more C tIron oxide nanoparticles are involved in several important biogeochemical processes. The interfaces between aqueous solutions and iron oxide nanoparticle surfaces are found everywhere in nature, and the chemical and microbial processes occurring at these complex interfaces control e.g. nutrient and contaminant availability and transport. Recently, it has been shown that certain ectomycorrhizal (EC
Synchrotron radiation sources have greatly contributed to the progress in many fields of science. The development of the storage ring technologies have made possible to obtain very low emittance electron beams, which together with the use of undulators allow to guide a very high photon flux into a very small beam size required by the experiments. Development of sources has been accompanied with eq
