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Laboratory Assessment and Exercise Prescription New edition [Loose-leaf]

  • Formāts: Loose-leaf, 240 pages, height x width: 279x216 mm, weight: 703 g
  • Izdošanas datums: 23-Jun-2022
  • Izdevniecība: Human Kinetics
  • ISBN-10: 1718211910
  • ISBN-13: 9781718211919
Citas grāmatas par šo tēmu:
  • Formāts: Loose-leaf, 240 pages, height x width: 279x216 mm, weight: 703 g
  • Izdošanas datums: 23-Jun-2022
  • Izdevniecība: Human Kinetics
  • ISBN-10: 1718211910
  • ISBN-13: 9781718211919
Citas grāmatas par šo tēmu:
Laboratory Assessment and Exercise Prescription With HKPropel Online Video provides the practical knowledge and application skills for administering, interpreting, and applying data from health and fitness testing to create data-backed exercise prescription for clients.

Focusing on the tests most widely used by professionals working in health, fitness, and allied health, the text covers both clinical and field tests so readers will be able to conduct assessments using a wide range of equipment and resources. Because the content is consistent with ACSM's Guidelines for Exercise Testing and Prescription, Eleventh Edition, both current and aspiring professionals can be assured they're using the most up-to-date methods and information available to best serve individual client needs and goals.

Each lab demonstrates applications for the screenings and tests presented, with straightforward instructions for performing the assessment and collecting accurate data—both in the lab and when working with actual clients. Readers will learn about common errors made in assessments and will find out how to interpret results to assist clients in setting realistic health and fitness goals. Finally, readers will understand how the results of assessment will affect exercise program design and will learn how to combine data and client goals to design and prescribe an individualized exercise program.

The book begins by taking the reader through the groundwork of working with clients and giving the reader experience with preparticipation screenings and basic fitness assessments. Next, assessment of body composition is addressed, along with assessment of resting metabolic rate, metabolic equations, and the application of those calculations within an exercise program. Aerobic and muscular fitness assessments are presented, followed by assessment of clinical variables, including pulmonary function testing, basic electrocardiography, and functional fitness testing. Two appendices cover common classes of medications (and how these medications may affect the exercise response) and basic emergency procedures for exercise physiology labs.

Eleven case studies are also included, providing practical experience with interpreting data and designing an exercise program for a client. Related online video, delivered through HKPropel, demonstrates select assessments to improve comprehension of how to apply the content and develop skills for use with clients.

Laboratory Assessment and Exercise Prescription is the essential guide for those studying for a fitness certification as well as for current health and fitness professionals who want a handy reference for testing. It offers the direction and understanding needed to accurately conduct exercise testing; analyze, interpret, and communicate data; and ultimately prescribe effective and safe exercise programs for clients.

Note: A code for accessing online videos is included with all new print books.







Laboratory Assessment and Exercise Prescription With HKPropel Online Video offers a combination of clinical and field tests to prepare readers to conduct fitness assessments with a wide range of equipment and resources.
Preface vi
Acknowledgments ix
Introduction: Foundations of Laboratory Assessment x
Lab 1 Preparticipation Screening for Exercise
1(20)
Purpose of the Lab
1(1)
Necessary Equipment or Materials
1(1)
Procedures
2(1)
Normative Data and Interpretation
2(11)
Health History Questionnaire Form
13(4)
Informed Consent Form for Exercise Participation
17(1)
Medical Clearance Form
18(1)
Exercise Preparticipation Screening Form
19(2)
Lab 2 Basic Fitness Assessment
21(12)
Purpose of the Lab
21(3)
Necessary Equipment or Materials
24(1)
Calibration of Equipment
24(1)
Procedures
25(6)
Common Errors and Assumptions
31(1)
Basic Fitness Assessment
32(1)
Lab 3 Assessment of Body Composition: Skinfold and Bioelectrical Impedance Analysis
33(14)
Purpose of the Lab
33(2)
Necessary Equipment or Materials
35(1)
Calibration of Equipment
35(1)
Procedures
35(7)
Common Errors and Assumptions
42(1)
Normative Data and Interpretation
43(1)
Body Composition Data Sheet
44(3)
Lab 4 Assessment of Body Composition: Laboratory Methods
47(8)
Purpose of the Lab
47(3)
Necessary Equipment or Materials
50(1)
Calibration of Equipment
51(1)
Procedures
51(2)
Common Errors and Assumptions
53(1)
Body Composition: Lab Methods Worksheet
54(1)
Lab 5 Assessment of Resting Metabolic Rate and Weight Management Strategies
55(10)
Purpose of the Lab
55(4)
Necessary Equipment or Materials
59(1)
Calibration of Equipment
59(1)
Procedures
59(4)
Resting Metabolic Rate
63(2)
Lab 6 Metabolic Calculations and Calculation of Energy Expenditure
65(12)
Purpose of the Lab
65(3)
Necessary Equipment or Materials
68(1)
Procedures
69(105)
Metabolic Calculations Problem Sheet: Set
174(101)
Extra Metabolic Calculations Problem Sheet: Set
275
Metabolic Calculations Problem Sheets Answer Keys
76(1)
Lab 7 Assessment of Aerobic Fitness: Submaximal Exercise Testing
77(22)
Purpose of the Lab
77(3)
Necessary Equipment or Materials
80(1)
Calibration of Equipment
80(1)
Procedures
81(5)
Normative Data and Interpretation
86(1)
Exercise Program Design: Aerobic Exercise Prescription
87(7)
Cardiorespiratory Fitness Data Sheet
94(3)
Aerobic Exercise Programming Progression Chart
97(2)
Lab 8 Assessment of Aerobic Fitness: Maximal Oxygen Consumption
99(8)
Purpose of the Lab
99(2)
Necessary Equipment or Materials
101(1)
Calibration of Equipment
101(1)
Procedures
101(4)
Exercise Program Design: Alternative Approach to Aerobic Prescription
105(1)
Maximal Oxygen Consumption
106(1)
Lab 9 Assessment of Muscular Fitness: Flexibility and Range of Motion
107(16)
Purpose of the Lab
107(1)
Necessary Equipment or Materials
108(1)
Calibration of Equipment
108(1)
Procedures
108(4)
Common Errors and Assumptions
112(1)
Normative Data and Interpretation
113(1)
Exercise Program Design: Flexibility and ROM
114(6)
Flexibility and Range of Motion Data Sheet
120(1)
Flexibility and Range of Motion Exercise Program Planning Sheet
121(2)
Lab 10 Assessment of Muscular Fitness: Muscular Endurance
123(12)
Purpose of the Lab
123(1)
Necessary Equipment or Materials
124(1)
Calibration of Equipment
124(1)
Procedures
124(3)
Common Errors and Assumptions
127(1)
Normative Data and Interpretation
127(1)
Exercise Program Design: Muscular Endurance
128(5)
Muscular Endurance Data Sheet
133(1)
Core Endurance Exercise Program Planning Sheet
134(1)
Lab 11 Assessment of Muscular Fitness: Muscular Strength
135(12)
Purpose of the Lab
135(1)
Necessary Equipment or Materials
136(1)
Calibration of Equipment
136(1)
Procedures
136(3)
Common Errors and Assumptions
139(1)
Normative Data and Interpretation
139(1)
Exercise Program Design: Resistance Training Exercise Prescription
140(4)
Muscular Strength Assessment
144(1)
Resistance Training Program Planning Sheet
145(2)
Lab 12 Assessment of Clinical Variables: Pulmonary Function Testing
147(8)
Purpose of the Lab
147(1)
Necessary Equipment or Materials
148(1)
Calibration of Equipment
148(1)
Procedures
149(2)
Common Errors
151(1)
Normative Data and Interpretation
151(3)
Pulmonary Function Testing
154(1)
Lab 13 Assessment of Clinical Variables: Basic Electrocardiography
155(26)
Purpose of the Lab
155(1)
Necessary Equipment or Materials
156(1)
Calibration of Equipment
156(1)
Procedures
156(4)
Common Errors and Assumptions
160(1)
Normative Data and Interpretation
161(8)
Resting 12-Lead ECG Interpretation
169(1)
ECG Guidelines to Know Lab Sheet
170(1)
ECG Rhythm Recognition Practice Sheet
171(5)
ECG Rhythm Recognition Practice Answer Key
176(5)
Lab 14 Assessment of Clinical Variables: Functional Fitness Testing
181(18)
Purpose of the Lab
181(2)
Necessary Equipment or Materials
183(1)
Calibration of Equipment
183(1)
Procedures
183(11)
Normative Data and Interpretation
194(1)
Exercise Program Design: Balance Training Exercise Prescription
194(3)
Functional Fitness Testing
197(1)
Balance Exercise Progression Planning Sheet
198(1)
Appendix A Common Medications and Exercise Considerations 199(14)
Appendix B Emergency Procedures 213(1)
References 214(11)
About the Authors 225
Jeffrey M. Janot, PhD, ACSM CEP, is a professor and the chair of the department of kinesiology at the University of WisconsinEau Claire. He primarily teaches in the rehabilitation science program, focusing on exercise physiology, fitness assessment and exercise prescription for healthy and clinical populations, and electrocardiography.

Janot received his PhD in health, physical education, and recreation, with a focus on exercise physiology, from the University of New Mexico. His research interests include sports physiology in hockey and baseball, applied cardiovascular physiology, and enhancing functional abilities of younger and older adults and those with chronic disease.

Janot holds certifications as an ACSM Clinical Exercise Physiologist and USA Hockey Level 5 Master Coach. Additionally, Janot has coached hockey at the youth level and currently coaches baseball at Eau Claire Memorial High School. He resides in Eau Claire, Wisconsin, with his wife, Jill, and their two children, Ben and Zach.

Nicholas M. Beltz, PhD, ACSM RCEP, is an assistant professor in kinesiology. He currently serves as the director of the Exercise Physiology Laboratory and director of the Community Fitness Program at the University of WisconsinEau Claire. His teaching responsibilities are within the rehabilitation science and exercise science programs, specifically courses in laboratory methods, exercise physiology, and community fitness programming.

Beltz received his PhD in physical education, sports, and exercise science, with an emphasis in exercise science, from the University of New Mexico. His research is focused on central cardiovascular responses to concurrent exercise, evaluation of maximal oxygen uptake, and acute and chronic responses to resistance training.

Beltz has coached high school football and currently coaches baseball at Eau Claire Memorial High School. He resides in Eau Claire, Wisconsin, with his beautiful wife, Kjirsten, and their amazing daughters, Baylor and Bennett.