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Strength and Conditioning Resources


Increasing Lean Body Mass

From Chapter 3: Redefinition of the Athletic Body
THE PATH TO ATHLETIC POWER: THE MODEL CONDITIONING PROGRAM FOR CHAMPIONSHIP PERFORMANCE, by Boyd Epley
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Our body composition research led us to discover that the key to enhanced athletic performance is not reduced body fat but increased lean body mass. This discovery made for a profound point of departure for our program and significantly influenced how we go about conditioning. Knowing that small gains in body fat won’t adversely affect performance, we focus the core of our program on conditioning activities that increase the lean body mass of our athletes. We begin with teaching good lifting technique because this leads to strength development. Strength  development improves lean body mass and also enhances the four performance indicators, which makes for improved performance on the field (see figure 3.1).
 
After discovering the benefits of lean body mass, Nebraska’s Performance Team set out to find the most effective way to improve athletes in this area and thereby improve their performance indicators. This led us to employ the 10 core principles of conditioning outlined in chapter 4.
 
Our primary objective is building a base of muscular size. Scientific studies indicate that high-volume workouts build muscle mass, which increases the potential to build strength and power later. High repetitions alone are not the answer for athletes. This base phase (3 sets of 10 reps) builds mass and reduces body fat.
 
Unfortunately, many coaches believe aerobic conditioning pre-pares power-sport athletes for game endurance. But according to Dr. Michael Stone and Harold O’Bryant, among many others, building an aerobic base doesn’t offer significant improvement in athletic performance for power sports (1987). Edward Fox and Donald Mathews proved power sports are anaerobic, not
aerobic, activities (1971).
 
At one time, Nebraska collected an athlete’s body composition data from seven sites (chest,triceps, scapular, AX (axilla),supra iliac, abdominals, and thigh) to calculate his or her percentage of body fat, which was quite time consuming.  Consequently, after measurements taken on some 15,000 Division I athletes were reviewed, a new lean body formula was developed using only three sites. The three sites for men are the chest, abs, and thigh (figure 3.2). The three sites for women are the triceps, supra iliac, and thigh (figure 3.3). Our measurement process is now much faster and carries only an  inconsequential validity error. The new method has proven to be most effective.
 
The key element in lean body mass computations is consistency. Although the three-site body composition test carries a high validity coefficient, it is extremely important to test athletes in the same way each time to ascertain changes in lean body mass.
 
A couple of examples come to mind of athletes with increased lean body mass that led to improved performance. Over one year, Husker offensive tackle Adam Treu gained 44 pounds of lean body mass, and softball pitcher Jenny Voss gained 12 pounds of lean body mass. Both athletes significantly improved performance in their sports (see tables 3.1 and 3.2).
 
To read more about redefining the athletic body and to see the figures, get your copy today!
 
THE PATH TO ATHLETIC POWER: THE MODEL CONDITIONING PROGRAM FOR
CHAMPIONSHIP PERFORMANCE
Boyd Epley
Paperback • 328 Pages
ISBN 0-7360-4701-8
$21.95 ($32.95 Cdn)
 
To order your copy of THE PATH TO ATHLETIC POWER click on the link Human Kinetics

Ray Lauenstein is the author of Baseball: Playing Outside the Lines and The Making of a Student Athlete.  He also holds a Masters Degree in Sport Psychology and gives seminars on Mental Skills Training and the Recruiting Process.  If you would like him to speak to your team, booster club or other group please contact him via the online form or call 1-617-835-1836.
 

   


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