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#R1965
A Case of Two Runners: Volume and Osmolarity Regulation in Marathon Runners

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Portable Document Format
HAPS
Average Rating
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4.9 out of 5 stars from 7 ratings.
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Description Critical thinking problem in the form of a case study
Type of Resource Application, Assessment: tool, Assignment/Activity (Non-Laboratory/Non-Hands on Activity)
Format Portable Document Format - PDF
Author
Elizabeth Rust, University of Michigan
Development Date August 14, 2007
Grade/Age Levels Undergraduate lower division (Grades 13-14)
Undergraduate upper division (Grades 15-16)
Graduate
Professional (degree program)
Pedagogies
Related Research Papers Clin.J.Sport.Med. 15:208-213, 2005
Clin.J.Sport.Med. 16:283-292, 2006
NEJM.352:1550-1556, 2005
Learning Time 6-9 hours
Language English
Type of Review Reviewed by Partner Organization
Review Date September 21, 2007
Keywords
Suggested Use

This case study is very detailed and uses very realistic scenarios with adequate detail in data.  This will provide very good projects for students in my exercise physiology class.

Kathy Carter, University of Louisville


This activity is going to very helpful for my courses.  I teach A&P classes in Exercise Science program and most of my students are athletes and runners.  I am so excited to use this activity next Spring. 

Adrienne Bratcher, University of Louisville


Nice case study about running. I like that it has data the students can analyze to interrelate, respiratory, cardiovascular, renal, and CNS systems. In addition, it is nice that there is a teachers resource, to ensure the points are made.

Lara Madison, Chadron State College


Very detailed case. Integrates body systems and applies to running, which many students do. 

Jason LaPres, Lone Star College - University Park


This case study helps students integrate how the cardiovascular system responds exercise and changes in blood volume. I used this case study in an upper level undergraduate class. Students broke up into groups and answered the questions. The whole class compared answers after each section. 

Katie Wilkinson, San Jose State University

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