Kinesiology Commons^™

Effects Of Calcium Β-Hmb Supplementation During Training On Markers Of Catabolism, Body Composition, Strength And Sprint Performance, Richard B. Kreider, Maria Pontes Ferreira, Michael Greenwood, M. Wilson, Pamela Grindstaff, Steven Plisk, Jeff Reinardy, Edward Cantler, Anthony L. Amalda

Nutrition and Food Science Faculty Research Publications

Calcium β-hydroxy β-methylbutyrate (HMB) supplementation has been reported to reduce catabolism and promote gains in strength and fat free mass in untrained individuals initiating training. However, the effects of HMB supplementation on strength and body composition alterations during training in athletes is less clear. This study examined the effects of 28-d of calcium HMB supplementation during intense training on markers of catabolism, body composition, strength, and sprint performance. In a double-blind and randomized manner, 28 NCAA division I-A football players were matched-paired and assigned to supplement their diet for 28-d during winter resistance/agility training (~8 hr/wk) with a carbohydrate placebo …

Human Performance Lab Newsletter, March 2000, St. Cloud State University

Human Performance Lab Newsletter

Contents of this issue include:

• Entering the Zone by Angela Frelich (book review)
• Dr. Blair Visits SCSU by Wayne Board (Steve Blair, Cooper Aerobic Institute)
• Measuring Vertical Jump Height by Mike Rasmussen
• Assisting Amputees by Tracy Beil
• Kelly's Corner by David Bacharach
• Exercise Induced Asthma by Jeremy Frost
• Lower Body Power And CrossCountry Skiing by Kristi Chupurdia
• Ribose: What can it do for you by Eric Fenstad
• 1999 Papers and Abstracts

Hamstring Electromyographic Response Of The Back Squat At Different Knee Angles During Eccentric And Concentric Phases, Randall L. Jensen

Conference Papers in Published Proceedings

No abstract provided.

Fine-Tuning The Exercise Formula, David Swain

Rehabilitation Sciences Faculty Publications

(First paragraph) One hundred years ago, our forebears consumed more calories than we do today, yet they were leaner. Labor-saving devices were a rarity, and so in everyday life most people worked very hard physically. Obesity was present, of course, but afflicted only a small fraction of the population. We are not as fortunate today.

Recycling Of Deuterium From Dideuterated Glucose During Moderate Exercise, Michael A. Horning, Sheri R. Colberg, Gretchen A. Casazza, George A. Brooks

Educational Leadership & Workforce Development Faculty Publications

A doubly labelled tracer molecule of glucose, [6,6^-2HJglucose, has been used to measure the rate of glucose appearance in blood due to endogenous glucose production (by the liver and kidneysj.^l,2 Considered 'non-recirculating', this tracer generally provides a realistic estimate of glucose kinetics.^2,3 Used as a dual tracer in conjunction with [l-¹³C]glucose, the extent of glucose recycling can be quantitated.^2-4 but the extent of possible recirculation of a single deuterium atom on newly formed glucose must then be considered.