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Phytoremediation as a potential technique for vehicle hazardous pollutants around highways

New publication by Guo, K, Yan, L, He, Y, Li, H, Lam, SS, Peng, W & Sonne, C

Remediation and recovery of Kariba weed as emerging contaminant in freshwater and shellfish aquaculture system via solvothermal liquefaction

New publication by Azwar E, Mahari WAW, Liew RK et al.

New publication in Nature Communications

Important findings on activation of immune cells published in Nature Communication by CellPAT members Alex Ferapontov, Marjan Omer, Isabelle…

New project combines technologies to improve the texture of plant-based alternatives to meat

Mario’s NNF team from left to right: Julia Bechtner, Postdoc funded by the Novo Nordisk Foundation - Plant Science, Agriculture and Food Biotechnology - Postdoctoral Fellowships 2022, ; Julia Spotti, Postdoc funded by the Novo Nordisk Foundation - Plant Science, Agriculture and Food Biotechnology - Project grants 2022; and Mario Martinez, Associate Professor. All from the Department of Food Science, Aarhus University.

How can we improve the texture of plant-based alternatives to meat and thereby help make plant proteins a more attractive choice when consumers buy…

Seasonal sea-ice in the Arctic’s last ice area during the Early Holocene

New publication by Henrieka Detlef, Matt O’Regan, Christian Stranne, Mads Mørk Jensen, Marianne Glasius, Thomas M. Cronin, Martin Jakobsson, Christof…

Microfaunal Recording of Recent Environmental Changes in the Herschel Basin, Western Arctic Ocean

New publication by Jade Falardeau, Anne de Vernal, Marit-Solveig Seidenkrantz et al.

 

Ideas with Histories: Traditional Knowledge Evolves

New publication by Matthew J. Walsh, Sean O’Neill,Anna Marie Prentiss, Rane Willerslev, Felix Riede, Peter D. Jordan8

Calciums betydning for tarmsundhed undersøges i et nyt forskningsprojekt

Nyt forskningsprojekt undersøger calciums indvirkning på menneskers mikrobielle tarmmiljø-og sundhed. Projektet sker i samarbejde med Københavns…

New study challenges our understanding of the immune system

On the left, the model that has previously appeared in the textbooks, and on the right, the new model. Until now, it has been known that the antigen (light blue) is able to bind several B-cell receptors (purple) on the surface of the cell. They bring together a number of signal molecules (dark blue and black), so that a signal is sent into the cell (the lightning symbol). The researchers have now shown that the model on the right also works. This is revolutionary, because it means that it is not the actual act of bringing the signal molecules together that leads to activation, but a fundamentally different mechanism. In the study the researchers suggest how this could work, but this part has not yet been demonstrated with certainty. Illustration: Søren E. Degn, created in BioRender.

Researchers have created a radical new view of how immune cells recognise threats such as viruses. The discovery could be used to design better…

Alfred Spormann on CO₂ research: An interdisciplinary approach

We need to remove gigatons of CO₂ to prevent a further increase in temperature and thereby stabilize the climate and avoid catastrophic climate…

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News Archive

Revised 17.04.2023