The Division of Cell and Neurobiology (CNB)

The Division of Cell and Neurobiology at Linköping University is a dynamic and innovative environment where two prominent divisions, cell biology and neurobiology, have merged.

With approximately 100 dedicated employees under the leadership of Head of Division Anita Öst and Head of Unit Johan Brask, we strive to create an inspiring and supportive environment for all our co-workers.

Here we conduct research on both the structure and function of various cells as well as the nervous system and sensory organs. The research involves everything from genetic and molecular studies to studies of cell communication, how cells build up tissues and organisms, functions of ion channels in different types of cells, as well as how various neuronal systems, such as hearing, vision, and touch, are organized and function. We also investigate the mechanisms behind degenerative diseases in the central nervous system.

By understanding these processes, the goal of our research is to eventually find ways to prevent, diagnose and cure diseases both at the cellular level and within the nervous system and sensory organs.

The division is also involved in teaching in medical and biomedical undergraduate and master’s programs. We also conduct doctoral education and post-doctoral education.

Further down on this page, you can find more information about our division and our co-workers.

News

A group of people sitting in a conference room.

"We have so much to learn from each other"

On 8-9 december 2025, it was once again time to bring together the WCMM/DDLS affiliates for a retreat.

Two women discussing in the lab.

Sperm molecules can predict IVF success

The sperm is not a passive supplier of genetic material to the egg. A study shows that certain molecules that come with the sperm, so-called micro-RNA, contribute to the development of the embryo several days after conception.

Older man and small child laughing to each other.

Men’s lifestyles may impact their grandchildren’s health

Habits and health issues can contribute to a kind of biological memory that can be passed on to future children. A review paper by LiU researchers presents a theory about the father’s contribution to protecting his descendants from infections.

Research

Molecular physiology of voltage-gated ion channels.

Molecular physiology of voltage-gated ion channels

Voltage-gated ion channels are key players in all biological systems where they generate and modulate for instance the nervous impulse and pacemaker activity in the heart and the brain.

Kajsa Igelström, PI at CSAN, stands in front of an aquarium with jellyfish.

The Igelström lab

We study how the senses, movement, and social interaction are linked in the brain, and what this means for people with autism or autistic traits.

Molecular ion channel physiology

Cardiac Rhythm

Ion channels are critical for heart rhythm. They generate and regulate the electric activity that underlies each heart beat.

Contact

Co-workers