The purpose of this article is to examine the effects and results of a training program designed specifically for United States Air Force (USAF) Pararescuemen.

In this hands-on session from the 2014 NSCA Personal Trainers Conference, Johnny Gillespie teaches simple ways to cue, feel, and teach others how their body is designed to move as a single cohesive unit. From this experience, assessment for both the personal trainer and client becomes a moment-to-moment and movement-to-movement process.

Physical assessments have evolved as a result of developments in scientific research, equipment loads, operational environments, and doctrine.

TAT22

This book excerpt describes field methods for assessing body composition that are portable and easy to use for assessment of several people in a short time period.

This Personal Trainers Quarterly article examines a client's ability to maintain pelvic and trunk stability during a dynamic fitness screening. Visit NSCA online to read more on corrective exercises, health, and fitness.

This article in NSCA Coach explores the role of agility training in college baseball. Learn more on sports performance and exercise science online at NSCA.com

This excerpt from NSCA's Guide to Tests and Assessments briefly discusses the method behind a lactate threshold test and the pretest considerations one might take prior to this test.

The Certified Performance and Sport Scientist (CPSS) is a practitioner with training and applied experiences across the scientific disciplines applicable to sport science and athletic performance (i.e., generalist) or predominantly within a select few (i.e., specialist). These scientific disciplines, as related to sports performance, include, but are not limited to: biomechanics, data science, nutrition, physiology, psychology, research methods, and strength and conditioning. A CPSS demonstrates competency in the application of scientific disciplines, assessment, training theory and process, needs analysis, monitoring, communication, and education with the primary goal of safely and effectively improving athletic performance.

Blood pressure changes acutely during resistance exercise. Continuous, beat-by-beat assessment provides detailed temporal resolution of blood pressure profiles, through techniques including intra-arterial catheterization, photoplethysmography, or applanation tonometry. However, noncontinuous measurements may be conducted before and after resistance exercise through auscultatory sphygmomanometry or oscillometry. Blood pressures tend to increase across repetitions within sets, influenced by load magnitude, repetitions and sets performed, muscle mass recruited, and rest periods; the highest pressures result from multi-joint, large muscle group exercises. Evaluation of such factors may facilitate better understanding of blood pressure responses to acute resistance exercise and influence program design considerations relative to anticipated hemodynamic changes.