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GVSU ICA Athletic Training Continuing Education

The Seminar on LLLT has been postponed due to unforeseen circumstances. Information on a new date and refunds (if requested) will be added when that information is available. I apologize for the inconvenience.


Low-Level Laser Therapy: Translating Evidence-Based Research into Clinical Practice

Hosted by Grand Valley State University


GV

 

2/27/16 8:30 am- 12:30 pm, Registration/Breakfast at 7:45 am

On the Campus of Grand Valley State University, 1113 Kindschi Hall of Science.

Parking available in Lot G adjacent to The Marketplace.

Continental Breakfast and Lunch included (sponsored by Metro Health).

4 BOC EBP CEU Available.

$75 Registration Fee.

Click Here to Register (This event has been postponed. Please see the note shaded in blue above)


SPEAKER: Tim Demchak, Ph.D., ATC

Timothy Demchak, PhD, ATC graduated from The Ohio State University in 2001 with his Doctorate degree in Exercise Physiology.  He also attended Ball State University where he earned a Masters’ of Science degree in Biomechanics and a Bachelors’ degree from Manchester University.  Dr. Demchak has been a Certified Athletic Trainer since 1994, and practices clinically. 

Dr. Demchak’s main area of research is therapeutic modalities.  He has 21 published manuscripts and 67 peer reviewed presentation.  He is currently a Full Professor at Indiana State University where is his research interests include laser therapy treatments for fibromyalgia syndrome.  He is also the founder, director and main clinician of Athletic Training Services at Wabash Valley Health Center.


Continuing Education Course Schedule          Contact Hours         CEUs Awarded

7:45-8:30 Registration                                              0                                    0

8:30-10:00 Lecture                                                  2.0                                2.0

10:00-10:15 Break                                                    0                                    0

10:15-12:15 Lecture                                                2.0                                2.0

Total                                                                       4.0                                4.0

 


Important Program Information

Level of difficulty: Essential

Target Audience: Treatment, rehabilitation, recovery

Education objectives: The prophylactic use of low powered laser/light has demonstrated ergogenic effects on athletic performance and post activity recovery. This course will identify key evidence based studies for an overview of the currently available evidence and provide key references for dosing, device parameters and when this treatment may provide optimal athletic benefits – including the reduction of muscular fatigue and cytoprotection from oxidative stress.

 

             

 

At the conclusion of this course a student should: Apply principles of evidence-based medicine to determine the clinical effectiveness of the prophylactic use of LLLT in sports performance and recovery. Use low powered laser and light devices effectively in the delivery of appropriate doses and techniques as an ergogenic aid. Evaluate and select appropriate parameters associated with optimal dose as suggested in the current literature. Articulate the basic mechanism of photo biological activity as it relates to prophylactic use.

Refund/cancellation policy: If you cancel your registration a 100% refund rate minus 20% handling fee will be processed within 7 business days.    If for any reason Multi Radiance Medical needs to cancel the date this event you will receive a credit to be applied to another session.

BOC Approved EBP Programs:
Multi Radiance Medical (BOC AP#: P8233-2000) is approved by the Board of Certification, Inc. to provide continuing education to Athletic Trainers. This program is eligible for a maximum of 4 Evidence Based Practice Category hours/CEUs. ATs should claim only those hours actually spent in the educational program.  

 


 

 

BOC

 

A special thanks to our sponsors:

Metro

MRM

 

Laser