Fall 2009
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| 11 |
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Cole Galloway, PhD ( PT)
Title: Organizational Meeting
Location: McKinly 333 |
| 18 |
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Office of Economic Innovations and Partnership
Title: TBA
Location: McKinly 061 |
| 25 |
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Slododan Jaric, PhD (HNES), Mike Santare, PhD (ME), Darcy Reisman, PhD (PT)
Title: Panel on Career Decisions
Location: McKinly 333
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October 2009
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| 2 |
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Deepak Kumar (PT), Katy Rudolph, PhD ( PT)
Title: Protections of Human Subjects in Research: Interface with Medical/clinical Services
Abstract: This presentation will provide an overview of regulations that need to be considered and complied with when conducting research on human subjects. Descriptions of HIPAA and other Federal regulations along with IRB procedures, informed consent process and conditions for exemption from IRB review/waiver of consent will be included. The presentation will be facilitated by hypothetical examples of research protocols that might be used by BIOMS researchers who are interfacing with partners in the Delaware Health Science Alliance. Examples of hypothetical research studies will facilitate a discussion about subject recruitment procedures.
Location: McKinly 333
Davis Lab Omnibus Running Consent [protocol] and [consent form] |
| 9 |
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Joanne Wagner, PhD, Katy Rudolph, PhD ( PT)
Title: Factors contributing to the loss of mobility in adults with MS
Location: McKinly 333 |
| 16 |
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Riann Palmieri-Smith, ATC, PhD (University of Michigan, Kinesiology)
Title: Arthrogenic Muscle Inhibition: A Neuromuscular Consequence of Joint Injury and Disease
Location: McKinly 333 |
| 23 |
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Cancelled |
| 30 |
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Thomas P. Schaer, VMD (Dir Translational Studies in Orthopedic Surgery, Santare, ME)
Title: Selecting a Valid Animal Model for Musculoskeletal Research; Scientific, Veterinary, and Practical considerations
Abstract: In most instances, there is no compelling evidence to suggest that one animal model is superior to all others in studying all aspects of a specific musculoskeletal condition. No matter what animal model is used, it is the responsibility of the investigator to carefully define the valid levels of comparison for each model and to interpret the results within these established confines. As the data base for each animal model increases and as more information becomes available from the evaluation of human material, the validity of each of these models will become more clearly defined.
Location: McKinly 333 |
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November 2009
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| 6 |
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Christopher Macdougall (Author of New York Times best seller "Born to Run: A Hidden Tribe, Superathletes, and the Greatest Race the World Has Never Seen")
**Note: Irene Davis, Professor of Physical Therapy is hosting Chris, and shows up several times in his book providing expert opinion on running and running-related injuries.**
Title: Born to Run
Location: Wolf 100
Required Reading: 'Born to Run' Chapter 25
Additional Activities: (1) Barefoot Running Clinic 11-12 main entrance to McKinly Lab. All are welcomed.
(2) Pizza and discussion of 'Born to Run' Chapter 28 with the speaker 12:30-1:30 in McKinly 333, Students and Post Docs, please RSVP by Wednesday.
(3) Book signing (books available for purchase) 4:30-5:30 following BIOMS seminar. |
| 13 |
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Randy Duncan, PhD (BIO)
Title: TBA
Location: CCM 106 |
| 20 |
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Slododan Jaric, PhD (HNES)
Title:
Object Manipulation: Control of Hand Grip Force
Abstract:
A prerequisite for performing daily manipulative tasks is an efficient control of the hand grip force. In particular, that force has to be sufficiently high to prevent slippage, but also relatively low to prevent fatigue or crushing the hand-held object. In a series of studies we explored adjustments of the grip force to various mechanical and grasping conditions, as well as the effects of instructions on the studied adjustments. The findings suggest that the friction originating from both the various areas of hand skin and the coating of the grasped object needs to be taken into account when studying the grip force adjustments. In addition, the absolute safety margin (i.e., the difference between the actual and the minimum grip force that prevents slippage) rather than the relative safety margin (the ratio between them) could remain invariant across various friction and loading conditions. Finally, the instructions, such as “to hold” or “to pull”, could have a profound effect on both the overall level of the grip force and the magnitude of its modulation.
Location: CCM 106 |
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December 2009
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| 4 |
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Kathleen S. Matt, PhD (Dean, College of Health Sciences)
Title: TBA
Location: McKinly 333 |
| 11 |
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OPEN
Title: TBA
Location: McKinly 333 |
Spring 2010 |
January 2010
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February 2010
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| 12 |
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Chris Knight, PhD (HNES)
Title: TBA
Location: McKinly 333 |
| 19 |
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OPEN
Title: TBA
Location: McKinly 333 |
| 26 |
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Jill Higginson, PhD (ME)
Title: TBA
Location: CCM 106 |
March 2010
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| 5 |
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John Scholz, PhD (PT)
Title: TBA
Location: McKinly 333 |
| 12 |
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Darcy Reisman, PhD (PT)
Title: TBA
Location: McKinly 333
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| 19 |
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Tom Buchanan, PhD (ME)
Title: TBA
Location: CCM 106 |
| 26 |
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OPEN
Title: TBA
Location: McKinly 333 |
April 2010
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| 9 |
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Bill Farquar, PhD (HNES)
Title: TBA
Location: McKinly 333 |
| 16 |
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Shannon Lennon-Edwards, PhD (HNES)
Title: TBA
Location: CCM 106
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| 23 |
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David Edwards, PhD (HNES)
Title: TBA
Location: McKinly 333 |
| 30 |
|
Catherine Kirn-Safran, PhD (BIO)
Title: TBA
Location: McKinly 333 |
May 2010
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| 7 |
|
Liyun Wang, PhD (BIO)
Title: TBA
Location: McKinly 333 |
| 14 |
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OPEN
Title: TBA
Location: CCM 106 |
| 21 |
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CBER Day
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