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According to the Ministry of Environment and Food, Denmark should reduce the nitrogen load on coastal areas by 13,000 tonnes per year. Targeted…
An international research team has been able to describe the overall structure of the antibody type IgE, which is the key molecule in allergic…
From 1 March 2020, Jørgen E. Olesen will officially take over as department head at the Department of Agroecology. He has been the acting head of…
The Faculties of Natural Sciences and Technical Sciences account for no fewer than 16 of the 23 Marie Skłodowska-Curie Individual Fellowships reaped…
The interdisciplinary Center for Quantitative Genetics and Genomics (QGG) is to be expanded, and in future it will have the status of a…
By making specially designed slits in Plexiglas, Danish researchers have made it stronger, lighter and more flexible. The new knowledge could be used…
![[Translate to English:] Den første tredimensionelle struktur af IgE antistoffet, som udløser allergiske reaktioner. Til venstre ses de eksperimentelle data opnået ved hjælp af elektromikroskopi, som førte til den tredimensionelle struktur af IgE. Til højr](https://tech.au.dk/fileadmin/_processed_/1/a/csm_Forskningsgennembrud_aabner_doeren_til_en_helt_ny_forstaaelse_af_det__der_udloeser_allergiske_reaktioner-x674_240_ac65640aeb.png "The first three-dimensional structures of the IgE antibody triggering allergic reactions. To the left is shown the experimental data obtained with electron microscopy that were combined to yield the three dimensional structure of IgE itself. To the right")
