Trine University assistant professor Thomas (Gus) Almonroeder, DPT, Ph.D., and Trine
                                 Doctor of Physical Therapy students Emily Watkins and Taylor Miller presented research
                                 findings at the American Society of Biomechanics 42nd Annual Meeting on Aug. 10 at the Mayo Clinic in Rochester, Minnesota.
                              
                              Each project received positive feedback from conference attendees and abstract reviewers.
                              
                              Watkins presented a poster titled, “Verbal Instruction Reduces Patellofemoral Joint
                                 Loading during Bodyweight Squatting.” The study found that providing individuals with
                                 verbal instruction to change their technique while squatting significantly lowered
                                 the forces acting on the knee joint. This work may be beneficial in the treatment
                                 or prevention of knee pain, which appears to result from excessive loading.
                              
                              Tricia Widenhoefer, PT, MS, CBIS, director of clinical education, also contributed
                                 to the project. Almonroeder, Widenhoefer and Watkins have written a manuscript describing
                                 their findings that is currently being reviewed for publication.
                              
                              
Miller presented a poster titled, “Decision-Making Influences Tibial Impact Accelerations
                                 during Lateral Cutting.” The study compared athletes’ movement patterns during pre-planned
                                 and unplanned sports maneuvers. For the pre-planned condition, the athletes knew the
                                 maneuver to perform before imitating a trial, allowing them to pre-plan. For the unplanned
                                 condition, the athletes initiated their movement and then reacted to a visual signal
                                 that dictated the maneuver they should perform, limiting their ability to pre-plan.
                              
                              The athletes demonstrated mechanics that may place them at greater risk for injury
                                 for the unplanned trials. As a result, it appears that the inability to pre-plan movements
                                 in sports may contribute to an athlete’s risk of injury. This project also relied
                                 on contributions from Almonroeder and Trine students Logan Lucas, Ben England, Travis
                                 Mason and Chris Lanning. A paper describing the findings has been accepted for publication
                                 in the Journal of Applied Biomechanics.
                              
                              “The opportunity to represent our newly established research lab, our DPT program
                                 and Trine University as a whole at this conference was a tremendous honor,” Miller
                                 said. “Our DPT faculty does a fantastic job at providing Trine's DPT students with opportunities
                                 to promote ourselves and our work, as well as our program. Our research mentor, Dr.
                                 Almonroeder, has provided many research opportunities, which ultimately has given
                                 us a platform to better ourselves inside the clinic as well as within our profession
                                 as a whole. Having the opportunity to be surrounded by some of the leading minds within
                                 the field of biomechanics at the world-renowned Mayo Clinic was a great experience
                                 that I definitely took a lot away from!”
                              
                              The American Society of Biomechanics, founded in 1977, serves about 850 academic researchers,
                                 clinicians, scientists, students and industry members working to solve basic and applied
                                 problems in biomechanics and working to improve understanding of the workings of biological
                                 systems.