FITDAY ISOKINETIC EXERCISE PLUS
This approach, plus the book's extensive normative value tables, makes it an excellent textbook and reference for students and practitioners of athletic training, physical therapy, rehabilitation medicine, and strength training. Isokinetic Exercise and Assessment not only presents a scientific basis for the use of isokinetics, it also provides practical guidelines for applying isokinetics in clinical practice.
Isokinetic Assessment and Exercise of the Trunk. Reliability of Lower Extremity Assessment. Isokinetic Assessment and Exercise of the Lower Extremity. Reliability of Upper Extremity Assessment. Isokinetic Assessment and Exercise of the Upper Extremity. Factors Confounding Accurate Isokinetic Assessment. Body Position, Stabilization, and Joint Alignment. Patient Education, Familiarization, and Warm-Up. Principles of Isokinetic Testing and Exercise. Description of Isokinetic Instrumentation. Average, Peak, and Angle-Specific Torque. Terminology and the Isokinetic Torque Curve. Assessment of Human Muscle Performance - pt. Includes bibliographical references (pages 193-205) and indexĪ Brief Introduction to Isokinetics. These comprehensive tables list peak torque values, reciprocal muscle group ratios, test reliability coefficients, and other isokinetic data that have been gathered from a variety of athletic and sedentary populations - both male and female, and over a range of ages This section includes isokinetic protocols and normative value tables for the major joints of the body. In Part II, the clinical applications of isokinetic exercise and assessment are presented.
FITDAY ISOKINETIC EXERCISE HOW TO
Readers will learn how to interpret an isokinetic force/torque curve, the advantages and disadvantages of various dynamorneters, the procedures for optimizing the accuracy and reliability of isokinetic assessment, and the correct way to interpret an isokinetic evaluation. In Part I of the book, author David Perrin corrects several misconceptions surrounding the use of isokinetics, then delves into the underlying principles of isokinetic theory.
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