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NFRe contributes to nitrogen-fixing symbiotic signalling. In the presence of native soil rhizobia, wild-type plants (WT) are larger, have more shoots (arrow), more flowers and formed pods (arrowhead), while nfre mutant plants are shorter, and have just started to develop flowers, indicating a lower fitness. Photo: Murakami Ei-ichi and Simona Radutoiu.

2018.07.04 | Research

New receptor involved in symbiosis between legumes and nitrogen-fixing rhizobia identified

Legumes are able to grow in nitrogen-poor soils due to their ability to engage in symbiosis with nitrogen-fixing bacteria. There is a great interest in using the knowledge about this symbiosis, to enable transfer to other non-symbiotic plants. An international research team has come a step further to understanding this complex biological process.

Schematic representation of the albumin molecule engaging with the neonatal FcRn receptor. Graphics supplied by Albumedix Ltd.

2018.07.03 | Research

New cancer target identified for albumin enabled anti-cancer therapeutics

Researchers from the NanoPharmaceutical Lab at the Interdisciplinary Nanoscience Center (iNANO) Aarhus University led by Associate Professor Ken Howard, together with researchers from Albumedix Ltd., have identified a novel target in several cancer types that may pave the way for efficient delivery of drugs into cancer cells using the blood…

Rune Hartmann

2018.06.29 | People

New professor in innate immunology

Rune Hartmann is appointed professor of “Innate Immunology” at the Department of Molecular Biology and Genetics at Aarhus University, effective from 1 June 2018.

Fig. 1. RNA is composed of four bases (abbreviated A, U, G and C) and disseminates its message with a fairly simple code. Research in recent years has shown an unprecedented impact of RNA modifications at all steps of the maturation process (figure: Annita Louloupi and Evgenia Ntini).
Fig. 2. Newly made RNA consists of functional parts (exons) and non-functional parts (introns). Introns are excised in a process called splicing to yield a mature and functional RNA molecule composes entirely of exons. The RNA modification m6A can increase or inhibit this maturation process dependent of where m6A is deposited on newly made RNA (figure: Ulf Andersson Vang Ørom).

2018.06.20 | Research

Encrypted messages in biological processes

RNA modifications can encrypt the RNA code and are responsible for a very sophisticated control of RNA function. A Danish-German research team has shown that modified RNA bases have a great impact on the dynamics of gene expression from DNA to functional RNA. The study yields important new insight into how the basis of RNA modifications can affect…

Charlotte Rohde Knudsen (left) and Louise Dalskov

2018.06.04 | People

Award of the teaching prizes 2018

Charlotte Rohde Knudsen and Louise Marie Kragh Dalskov were awarded the prizes as teacher of the year and the student teacher of the year 2018, respectively, at the Annual Meeting and 50th Anniversary of the Department of Molecular Biology and Genetics on Friday 1 June 2018.

Jaslyn Wong. Photo: Novo Nordisk Foundation
Recipients of a grant for studies abroad. Photo: Novo Nordisk Foundation
Several of the members from the lab participated in the ceremony in Copenhagen. Photo: Terry Mun.

2018.05.24 | Research

Talented researcher awarded large grant from the Novo Nordisk Foundation

At a ceremony in Copenhagen, Jaslyn Wong from the Department of Molecular Biology and Genetics was awarded a 4-year postdoc grant from the Novo Nordisk Foundation valued DKK 3,44 million for three years’ study in Cambridge and one year in Aarhus.

Figure. A functional competition between RNA export factor AlyREF and the RNA exosome adaptor protein ZFC3H1 determines the fate of polyadenylated RNA. Shortly after RNA transcription starts, the nascent RNA is bound by the cap-binding proteins, CBP20 and CBP80. ARS2 directly interacts with CBP20/CBP80 to bridge interactions with several different complexes that determine RNA fate. (Left panel of the figure). Polyadenylated RNAs, like most mRNAs, are exported from the nucleus to the cytoplasm in a process involving the export factor AlyREF, which interacts with CBP20/CBP80 to recruit the export machinery. (Right panel of the figure). ZFC3H1 acts as a central factor in retention and degradation of polyadenylated RNA. This prevents unwanted RNAs from entering the cytoplasm where they could potentially cause a global translation collapse. Figure: Toomas Silla.

2018.05.16 | Research

New nuclear RNA retention activity discovered

Gene expression involves mRNA transport from its place of synthesis to the cytoplasm where protein translation occurs. However, many non-coding RNA species do not follow this flow and new data now demonstrate how cells prevent the unwanted export of RNA and instead ensure nuclear degradation.

The long non-coding RNA called A-ROD functions as a lasso to recruit proteins to the DKK1 gene. Figure Figure: Evgenia Ntini

2018.04.24 | Research

A non-coding RNA lasso catches proteins in breast cancer cells

A Danish-German research team has shown that not only the where and when of long non-coding RNA expression is important for their function but also the how. The results can have a big impact on our understanding of dynamic regulation of gene expression in biological processes.

Ditlev E. Brodersen receives DKK 10 mio. from the Novo Nordisk Foundation to study how microorganisms defend themselves. The research will be of great importance for the treatment of infectious diseases in the future. Photo: Lars Kruse, AU-foto.

2018.04.04 | Grant

Ditlev E. Brodersen is among the first to be appointed Novo Nordisk Foundation Hallas-Møller Ascending Investigator

As one of the first researchers in the country, Associate Professor Ditlev E. Brodersen receives the Hallas-Møller Ascending Investigator grant as part of the Novo Nordisk Foundation Research Leader Programme. The 10 mio DKK (ca. Euro 1,342,320) grant will provide Ditlev Brodersen's research lab with opportunities to explore the survival…

Postdoc Peter Refsing Andersen has been awarded a Hallas-Møller Emerging Investigator grant of DKK 10 mio. over the next five years to establish a research group at the Department of Molecular Biology and Genetics, AU, to study genetic parasites. Photo: Ernst Tobisch.

2018.04.04 | Grant

Peter Refsing Andersen awarded the Hallas-Møller Emerging Investigator grant

Postdoc Peter Refsing Andersen from the Institute of Molecular Biotechnology (IMBA) at Vienna BioCenter in Austria has been awarded a Hallas-Møller Emerging Investigator grant of DKK 10 mio. (ca. Euro 1,342,320) over the next five years to establish a research group at the Department of Molecular Biology and Genetics, AU, to study genetic…

From the opening ceremony: (from left) Jens Peter Holst Lauritsen from the Novo Nordisk Foundation, Jørgen Kjems from MBG and iNANO, Kurt V. Gothelf from Chemistry and iNANO and Ken Howard from MBG and iNANO, and iNANO Center Manager, Trolle Linderoth. Photo: Roar Paaske.

2018.03.21 | Grant

Starting signal for the multifunctional medicine of the future

The potential for the research now being addressed by the Center for Multifunctional Biomolecular Drug Design (CEMBID) at Aarhus University is enormous. The goal is to create a new generation of drugs that can be used to diagnose and treat cancer and atherosclerosis - which together represent two thirds among the causes of death globally.

Left panel of the figure displays the structure of the newly developed nanobody (magenta) bound to a C3 fragment called C3b (green). In the right panels, data demonstrating that the nanobody and mutants hereof are able to inhibit the cleavage of C3 in 15% human serum. The researchers also constructed a nanobody mutant that completely loses it inhibitory effect on C3 cleavage (purple curve) making it a perfect negative control. Figure: Rasmus Kjeldsen Jensen and Janus Asbjørn Schatz-Jakobsen.

2018.03.15 | Research

A small protein with many applications

Researchers from the Department of Molecular Biology and Genetics and from the Department of Biomedicine at Aarhus University have collaboratively developed and described a llama-antibody that might have significant impact for future diagnostics and treatment of, e.g., kidney diseases.

Fungal diseases cause major loss in both field and storage, so it is important to find effective tools to fight them. Photo: Aarhus University

2018.03.12 | Research

Cereals have a built-in defence against fungal attacks

Researchers at Aarhus University have identified a gene in wheat and barley that can protect the cereal from attack by the fungi Fusarium and Aspergillus.

A volcanic "hot pool" with archaea in various orange colours growing along the edge. The three-dimensional structure of the anti-CRISPR protein is shown in the foreground. Image is courtesy of Ditlev E. Brodersen, AU/Colourbox.

2018.03.06 | Research

Arms race among microbes

The hot, muddy pools of Iceland are home to a number of simple, single-celled organisms, and new research shows that they also constitute a true biological battlefield and the basis for an arms race of unprecedented magnitude. The new knowledge about the struggle between living organisms in hot pools gives us a much better understanding of how…

Photo: Pixabay.com

2018.03.02 | Grant

New research project aims to boost the production of young sows for organic breeding

The PorganiX project will create the first, organic, core livestock of young sows, genetically selected for organic breeding goals, to produce more robust, organic pigs. The outcome of the pioneer project will be an overall lift of the organic, pig producing sector, in Denmark and internationally.

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