Research in Dr. Spering's group focuses on how the brain uses visual information to control movements. Her group studies both simple eye movements towards an object of interest as well as complex sequences of eye, hand and body movements essential for everyday activities ranging from playing sports to driving a car. Her work focuses on how what we see – our visual perception of an object's motion, form and color, for instance – guides what we do, and how our movements, in turn, affect the way we see. Her group also studies the cognitive factors that influence eye movements, such as reward and attention. The basic research conducted in Dr. Spering's group has many clinical applications. For instance, a type of eye movement known as smooth pursuit is used to stabilize gaze on a moving object of interest and critically assists vision. Deficits in the perception of visual motion and the tracking of moving objects with smooth pursuit eye movements have been described in many neurological, psychiatric and developmental conditions, such as Parkinson's disease, schizophrenia and strabismic amblyopia. One of the current goals of Dr. Spering's research is to assess whether training can compensate abnormalities in vision and eye movements in these patients. Her lab collaborates with the UBC Baseball team to develop vision training - a tool that can potentially be used in the rehabilitation of patients with disorders affecting vision and movement. Clinical collaborators are at the UBC Pacific Parkinson's Research Centre, BC Children's Hospital and the Nathan Kline Institute for Psychiatric Research in New York.
- The Journal of neuroscience : the official journal of the Society for Neuroscience - 2012, May 31
- Journal of neurophysiology - 2011, Apr 18
- Psychological science - 2011, Feb 4
- Vision research - 2011, Apr 19
- Brain research - 2008, Aug 8