Nissen Group


Nissen group - Structural and Functional Studies of Membrane Transporters in Brain


The Nissen group investigates molecular mechanisms of membrane transport processes and biomembrane structure. Activities are mainly focused on protein crystallography, biochemistry, electrophysiology, and include also small-angle X-ray scattering and electron microscopy. Main subjects of research concern P-type ATPase (ion pumps and lipid flippases) and Na+ dependent transporters, but include also structure based drug discovery and protein engineering. 

Research focus


The main focus of our research is to investigate the membrane transporters involved with neurological and psychiatric disorders. The Na+, K+-ATPase is of particular interest, since many neurological disorders are linked to the function of this pump, such as function loss in the Na+,K+-ATPase that can lead to severe diseases such as familial hemiplegic migraine and rapid-onset Dystonia with Parkinsonism.

Several different methods are used to study membrane pumps in our research group, such as structural studies including use of nanodiscs, electrophysiology, and hypoxic conditions.

Available projects

The Nissen group currently has projects available for Master and PhD students. Please contact Group Leader Poul Nissen directly, if interested.

A collection of P-type ATPase structures from the Nissen lab. Figure courtesy of Dr. Oleg Sitsel.

News

(Photo: Mateusz Dyla)

2017.11.09 | PoulNissen

Poul Nissen, Mateusz Dyla and Magnus Kjærgaard publish article in the leading journal Nature

The article ‘Dynamics of P-type ATPase transport revealed by single-molecule FRET’ was published yesterday on 8 November 2017. Our cells are capable of moving energy and material around to the places where they are required, and ensuring that the body works properly. But how do the cells do this in real time from the perspective of the…

2017.11.02 | People

Esben Quistgaard is new assistant professor in Nissen Group

Esben Quistgaard is new assistant professor in Poul Nissen's group from November 3rd 2017. He comes from a position as a senior scientist at Karolinska Institutet in Stockholm where he has worked on structural characterization of membrane proteins using X-ray crystallography. He will now continue studying this class of proteins, but will shift…

2017.10.10 | Awards

Prestigious poster prizes to DANDRITEs at Conference in Otsu, Japan

At the 15th meeting on Na,K-ATPase and related P-type ATPases in Otsu, Japan three DANDRITE's received prestigious poster prizes. Joseph Lyons received the first prize and the second prizes went to Milena Laban and Michael Habeck.

2017.10.10 | People

Sofia Trampari is new PhD Student in Nissen Group

Sofia Trampari is new PhD Student in Nissen Group from October 1st. During her studies in Solid State and Condensed Matter Physics, Sofia had the opportunity to experience the fascinating world of Crystallography. Her innate passion to discover the world and the need to work towards finding ways to improve people’s wellbeing…

2017.10.09 | Research news

Poul Nissen interviewed for Videnskab.dk

Three chemists receive the Nobel Prize for making molecules visible. This year the development of a technique for creating biological molecules, Kryo-electron microscopy, is honored. Poul Nissen has worked with two of this years' three Nobel Prize winners in chemistry, Joachim Frank and Richard Henderson. Read interviews with Poul Nissen…

2017.09.01 | People

Samuel Hjorth-Jensen is new PhD student in Nissen Group

Samuel is a new PhD student in Poul Nissen’s group, starting as of September 1st. He will be studying proton pumping in the sarcoplasmic reticulum calcium ATPase (SERCA) using neutron diffraction techniques. The project aims to determine the mechanism of proton countertransport in SERCA by mapping the distribution of hydrogens along a…

2017.08.11 | People

Jeppe A. Nielsen is new PhD Student in Nissen lab

Jeppe is new PhD student in Nissen's group. About his PhD project Jeppe writes: "A model of the holo-insulin receptor (hIR) complex with insulin is “the holy grail” in the structural biology of insulin signaling. Atomic 3D models of hIR will provide insight into the determinants of insulin binding and recognition and depict the transmembrane…

2017.08.02 | People

Jonathan Juhl is new PhD Student in Nissen group

Jonathan took his bachelor in nanoscience giving him a profound insight into visualization of nanosized  biomolecules. Elucidating the structure and dynamics of biomolecules have interested Jonathan for many years which is why he became interested in the developing field, cryo-EM. His research is…

2017.06.01 | People

Michael Habeck is new Postdoc in Nissen Group

Michael is interested in structural studies of Na,K-ATPase isoforms and mutations causing neurological diseases.

FOTO: DANDRITE

2017.05.10 | Awards

DANDRITE receives a 5-year prolongation grant of DKK 60 million from Lundbeckfonden

The grant extends an ambitious neuroscience research initiative in Denmark and provides the DANDRITE researchers at Aarhus University with the opportunity to continue their work up until 2023. The aim is for groundbreaking, new studies of basic mechanisms in neuroscience such as in neuronal development, the processing of visual input, brain-muscle…

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