Katie Wadden receives a NSERC Mitacs-Accelerate award

January 2012, Katie Wadden, PhD student receives a Natural Sciences and Engineering Research Council of Canada Mitacs-Accelerate award to cross train in Dr. Todd Woodward’s lab.

Federal and provincial ministers visit the lab, break ground on CBH

The official groundbreaking ceremony for the Djavad Mowafaghian Centre for Brain Health took place outside the UBC hospital on October 11th. Following the ceremony, some of the attendees visited the Brain Behaviour Lab to see a first-hand demonstration of Transcranial Magnetic Stimulation, including B.C. health minister Michael de Jong, federal minster of Aboriginal affairs and northern [...]

BBL welcomes new lab members

Four new graduate students and a new research coordinator have joined the lab to fill the voids left by former lab members. Graduate research assistants Jeanie Zabukovec and Meghan Linsdell have each recently graduated from the MSc program and research coordinator Liz Dao has left to pursue an MSc. The lab welcomes Kate Brown, Katharine [...]

DTI Imaging

The lab is investigating the use of Diffusion Tensor Imaging (DTI) in stroke research. Members Michael Borich, Katie P Wadden and Lara A Boyd have recently had an article accepted for publication in the journal NeuroImage. This article describes a study that evaluated the reliability and validity of two different fiber tract reconstruction approaches and [...]

Boyd Lab Graduation 2011

The lab celebrates the recent accomplishments of several trainees during the graduation ceremonies for the Rehabilitation Sciences Graduate Program, May 2011. Dr. Bubblepreet Randhawa successfully defended her thesis, “Effect of Repetitive Transcranial Magnetic Stimulation Over Supplementary Motor Area in Individuals with Parkinson Disease.” We also congratulate her on the birth of her new baby boy. [...]

❙ ❙ « 1 / 5 »

Welcome to the Brain Behaviour Lab!

The Brain Behaviour Lab (BBL) conducts research integrating two fields of study: neurobiology of motor learning and neural science of stroke recovery. Through a combination of motor testing, cognitive testing, and neural imaging we are able to examine how the human brain recovers from various types of injury and illness.

This website features information on our current research, our research staff, and how you may be able to participate in our studies..