The Leading Edge of Bio-mechanical Technologies

Join CCAT for a great breakfast session on October 19 (7:30 to 9:00am at the U of C) as Dr. Walter Herzog and his team provide insights into their latest research and technological developments.  After enjoying intriguing presentations and networking time, we have the opportunity to participate in a guided tour of the Human Performance Lab (9:00 am until TBD)

The primary objective of the Human Performance Laboratory (HPL) is to be the leader in both basic and applied research relating to human neuro - musculo - skeletal health and well-being, from birth to advanced age. The HPL is represented by full-time and adjunct faculty members with varying research backgrounds and scientific interests, all focused on the same common goal. From anatomy to muscle mechanics, from physiology to motor control, from biochemistry to biomechanics, from the molecular level to the person as a whole, all aspects are explored in an integrated and multidisciplinary approach.

The facility and laboratory space were generously designed to allow for the expansion of personnel and research interests. The equipment and computer facilities are unparalleled. The HPL provides international flavour with the constant presence of students, fellows, and professors visiting, studying, and participating in collaborative research from around the world.

About our speakers:

Dr. Walter Herzog, (Co-Director, Human Performance Laboratory; Professor, Faculties of Kinesiology, Engineering, and Medicine; Associate Dean Research, Faculty of Kinesiology and Adjunct Professor, Faculty of Medicine, Department of Surgery) will introduce two U of C colleagues that will be speaking to how the U of C and the Calgary community are contributing to advancements in the biomechanical and biomedical fields.

Dr. Herzog's contributions are focused on research in the neuro-biomechanics of the musculoskeletal system.  His expertise is in the area of growth, healing, and adaptation of soft tissues (ligament, tendon, muscle, and articular cartilage) as well as hard tissues (bone).  He and his team undertake experimental and theoretical work on the molecular/cellular, in vitro, in situ, and in vivo levels.  Their work also includes cell manipulation and mechanical testing, finite element modeling, continuum mechanics, simulations and theories of growth and adaptation.

Dr. Tannin Schmidt, will be speaking to advances in therapeutic treatments for Osteoarthritis as well as Dry Eyes using mother nature's lubricant "Lubricin".  As part of his discussions, Dr. Schmidt also will be addressing some of the basic biomedical engineering research, patent filings, business development, translational research and clinical trials that have been used to help with these advances.