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2013.05.15 | imported:inano.au.dk:26:GENERELT

Group of the Month - Phillip Hofmann

By Steffen Sparvath

2013.05.03 | Research news

Graphene research projects kick-off

The beginning of May marks the kick-off of two large research projects about Graphene. Professors Kim Daasbjerg (iNANO & Dept. of Chemistry) and Philip Hofmann (iNANO and Dept. of Physics and Astronomy) and associate professors Liv Hornekær  (iNANO and Dept. of Physics and Astronomy) and Steen U. Pedersen (iNANO & Dept. of Chemistry) have…

Henrik Birkedal (bottom right) and his research group

2013.04.24 | Knowledge exchange, People

Henrik Birkedal interviewed for Danish radio

Henrik Birkedal (iNANO and Chemistry) was interviews for P1 Videnskabens Verden (Science World) where he talked about his research into biomimetics and specifically blue mussel adhesion.

2013.04.19 | Research news

New nanotechnology paves the way for super glue

Danish researchers at iNANO and Department of Chemistry have developed a method which at the molecular level makes it possible to adhere metal to plastics. With the "molecular glue" it is possible to establish strong and tight adhesions between materials which could otherwise not adhere. Read more in the article Ny nanoteknologi baner vej for…

2013.04.18 | Awards

Professor Kim Daasbjerg awarded the Elastyren Prize 2013

Professor Kim Daasbjerg, iNANO and Department of Chemistry, Aarhus University, has been awarded the Elastyren Prize by the Danish Academy of Technical Sciences (ATV). Professor Kim Daasbjerg receives this prestigious award in recognition of his groundbreaking research on surface-bound polymers. The award was presented at the Annual Meeting of the…

Fig. 1. Fibril formation. A: Thioflavin T (ThT) fluorescence analysis of amyloid formation. B-G: AFM pictures of amyloid formation hIAPP20-29. B: 0h, only tiny oligomers that are approximately 1.4 nm tall are visible. C: 1h, unorganised structures are visible. The striped box is highlighted in order to get a more detailed picture of the structure. D: 1.5h, the structure is more organised and is still growing wider. E-G: 2h, 5h, and 24h, the string begins to twist and grow, cf. transforms into fibrils, however, some of the strings do not transform (highlighted by striped arrows). H: the different structures’ height at different points in time, and the average height for the enterer experiment.

2013.04.09 | Research news

iNANO scientists map type 2 diabetes’ stages of evolution.

Many neurodegenerative diseases, e.g. Parkinson, Alzheimer, and Huntington, are caused by the formation of fibrils that is developed from tiny twisted proteins. As a rule one specific protein is connected to one specific disease. However, new research suggests that the formation of fibrils can be associated with other diseases, e.g. type 2…

2013.04.05 | Awards, People , Talent development

iNANO Master's Student Won the euspen Regional Challenge 2013

Master's Student Kristian Sigvardt is Qualified for the euspen Challenge 2013

2013.03.26 | imported:inano.au.dk:26:GENERELT

Group of the month – inorganic solid-state NMR group

Af Steffen Sparvath.

Peter Røpke, Group Executive Vice President,Grundfos, Signe Grønborg, Simon Frølich and Irene Hansen, iNANO and Niels Due Jensen, CHairman of the Grundfos Foundation.
(Photo by Grundfos)

2013.03.25 | Awards, People , Talent development

iNANO students take home the Global Grundfos Challenge 2013

On Friday 22 March three iNANO students, Signe Grønborg, Irene Hansen, and Simon Frølich won the Global Grundfos Challenge in Engineering – an award worth 75.000 DKK.

2013.03.15 | Research news

AWARD TO THE FIRST STEP TOWARDS DESIGNING LESS TOXIC CARDIOVASCULAR DRUGS

New results from Aarhus University show the first, crucial step in dissecting the molecular mechanism behind drugs with an important effect on the heart. The scientific article with these important results was nominated “Paper-of-the-Year” by the international Journal of Structural Biology.

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Revised 2014.10.07

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