Tony Pansell's research group
In Sweden and at Karolinska Institutet we have a long and proud tradition of vision research. The Sigvard and Marianne Bernadotte Research Laboratory for Pediatric Ophthalmology is the country's most advanced laboratory for research on children's eyes and vision.
Research at the Bernadotte Lab
The overall goal of the work at the laboratory is to use vision and eye movements to understand the workings of the brain in health and disease. The aim with our studies is to increase knowledge and invent new methods that can be used to learn about developmental aspects of fundamental and functional eye movements. At the lab, we are ophthalmologists, optometrists, orthoptists, and linguists. Most of our research is clinical and involves eye tracking.
Developmental Eye Movements
The developmental eye movement research program is focused on applying and evaluating methods to examine vision in children that can enable us to learn more about vision deficits related to brain damage, autism spectrum disorders, metabolic diseases, and cerebral palsy. Principal investigator is Jan Ygge, MD, PhD.
Fundamental Eye Movements
The fundamental eye movement research program is focused on investigating and modelling basic eye motility properties in order to learn more about how the visual system works. The research involves eye tracking on healthy and diseased subjects. Principal investigator is Tony Pansell, OD, PhD.
Functional Eye Movements
The functional eye movement research program is focused on measuring and analysing eye movements during higher order tasks such as reading, visual search, and emotion recognition. The research involves using eye tracking to evaluate a subjects performance. Principal investigator is Gustaf Öqvist Seimyr, MA, PhD.
- Development of eye movements
- Basal research of eye movements
- Functional eye movements
- Cerebral eye damage and plasticity
- Optic nerve damage and metabolic diseases
Visual function, ocular motility and ocular characteristics in patients with mitochondrial complex I deficiency.
Fahnehjelm K, Olsson M, Naess K, Wiberg M, Ygge J, Martin L, et al
Acta Ophthalmol 2012 Feb;90(1):32-43
Slow oscillatory eye movement during visual fixation.
Pansell T, Zhang B, Bolzani R, Ygge J
Exp Brain Res 2011 Mar;209(1):1-8
Changes of saccadic eye movements in thyroid-associated ophthalmopathy.
Schworm H, Bolzani R, Benassi M, Tallstedt L, Rydberg A, Lennerstrand G, et al
Acta Ophthalmol 2012 Dec;90(8):713-20
Visual influence on the slow oscillatory eye movement discovered during a visual fixation task.
Zhang B, Pansell T, Ygge J, Bolzani R
Vision Res. 2011 Oct;51(19):2139-44