- in fitness , guest/interview by tajirul
- 1 comments
Body by science | Dr. Doug McGuff
This is the second part of a two-part interview with Dr Doug McGuff . In this episode, we discuss the principles behind the book “Body by Science”. Dr McGuff co-authored the book with John Little.
At the age of 15, Dr Doug McGuff became interested in exercise, diet and human performance. He took up weight training to improve his performance in the sport of bicycle motocross. He traded janitorial services for membership in a local gym.
In 1989, he graduated from the University Of Texas Medical School At San Antonio. He served as the chief resident at University of Arkansas for Medical Sciences at Little Rock. From there, he served as faculty at Wright State University Emergency Medicine Residency. In 1997, he realized his lifelong dream when he opened up Ultimate Exercise.
Dr. McGuff's program has always been high-intensity. Over the years, he continued to tweak his program to continue progressing. He turned his attention to finding the lowest volume necessary to still see results. He found that intensity was the key, not volume. Those principles are reflected in the Body by Science book. It is a combination of his own experience and scientific studies.
In the book, McGuff showed how the intensity comes by slowing down the exercise. He says the purpose of slowing down the exercise is not just going slow. There is nothing magical about that. It’s the focus and intent that changes things. It’s important to set a benchmark workload and progress over time following that benchmark. There is no reason to rush and try to achieve anything quickly. Taking time and focusing on safety at the time of weight-lifting are important.
The book discusses many other aspects of human body and muscular development.
Music used for the podcast Intro and Outro: http://www.bensound.com/royalty-free-music
Great interview guys. Loved how you got into the nuances of training to failure and how sticking points can get in the way of requisite volume for an optimal workout.