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BSL Physiology Labs Enhance Medical Education – new citation

A recent study added Biopac Student Lab musculoskeletal and cardiovascular physiology labs to traditional osteopathic manipulative treatment (OMT) and found that “Students' favorable feedback indicates the quality of learning in the laboratories was enhanced by the addition of physiologic measurements.”

Using BSL hardware and software to record, interpret, and analyze real-time changes in specific physiologic signals before and after OMT enabled quantification of physiologic responses to OMT.

Data was recorded and analyzed using a Biopac Student Lab Human Physiology Teaching System with photo plethysmogram transducer for pulse data, hand dynamometer transducer for clench-force muscle response data, and disposable electrodes for surface EMG and ECG data.

Student comments indicated that adding BSL Labs to training from lectures/textbooks was engaging and meaningful: “I enjoyed the incorporation of the technology to measure results” and  “These should be implemented in more lab techniques.”

To read more about the study, visit The Journal of the American Osteopathic Association online for the abstract or, with subscription, the full article:

Use of Real-Time Physiologic Parameter Assessment to Augment Osteopathic Manipulative Treatment Training for First-Year Osteopathic Medical Students. Deborah M. Heath, DO; Inder Raj S. Makin, MD, PhD; Chandhana Pedapati, BS; Jonathon Kirsch, DO. J Am Osteopath Assoc December 2014 114:918-929.

Click here for details on a variety of Biopac Student Lab Systems to enhance your lab with meaningful life science studies today!

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Projection VR, Training, Physiological Evaluation & Biofeedback

Projection-based virtual reality is a powerful immersive medium that makes it easy to experience VR applications without the need for heavy headgear or cables. With unobtrusive wireless sensing technology, researchers can easily measure their physiological and behavioral responses.

You Will Learn To:
• Understand key principles of combing virtual reality + physiological data recording
• Mark events from the simulation into the physiological record
• Access physiological data in the VR environment for biofeedback and control
• Set up a projection-based virtual reality simulation room
• Analyze the resulting data

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