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Neuroretreat 2025
Center for Systems Neurobiology at 91Ƶ is organizing a retreat on 15th to 16th of May, 2025.
Experiencing the Self through Touch
Through functional magnetic resonance imaging (fMRI) this project gathers information about the boundaries between the self and others and compares the outcome of the reactions of neurotypical volunteers with participants with a psychiatric disorder
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The Zetterqvist Lab
Our research group addresses nonsuicidal self-injury (NSSI) which is a significant mental health issue in adolescents and linked with impairments in emotion regulation. We are dedicated to developing novel approaches for preventing and
treating...
The Nagi Lab
Pain in the ultrafast lane. We are interested in better understanding the peripheral nervous system’s role in acute and persistent pain using microneurography.
The Böhme Lab
We investigate how the experience of “self” is generated by the brain and body – and what happens if self-other-distinction is altered in psychiatric conditions or through experimental interventions.
Studie om ghrelins effekter på beteendemekanismer och beslutsfattande
Vill du delta i en studie om hungerhormonet ghrelins effekter på beteendemekanismer och beslutsfattande? Vi söker friska vuxna (18-65 år) för deltagande.
News |
13 February 2025
Pain relief through artificial touch in new research project
Can a garment made from smart textiles relieve long-term pain? This is what researchers in neuroscience, materials science, pain research, textile science and biomechanics are seeking to find out in a new interdisciplinary research project.
News |
05 December 2024
How the nervous system distinguishes social touch
Two types of neurons in the skin may be particularly important for how the brain interprets social contact between people. Knowledge of how the nervous system processes social touch is important in order to develop ways to restore sensation.
News |
05 November 2024
Our sense of touch consists of 16 unique types of nerve cells
No less than 16 different types of nerve cells have been identified by scientists in a new study on the human sense of touch. Comparisons between humans, mice and macaques show both similarities and significant differences.
The Szczot Lab
External stimuli in concert with internal state guide behaviors, moods and choices. Deciphering how sensory representation is altered by injury, might have major implications for the treatment of somatosensory dysfunctions like chronic pain.