Table of Contents
Preface |
v |
|
Acknowledgments |
vii |
|
1 |
Introduction |
1 |
Defining
Health-Related Physical Fitness |
2 |
|
Components of
Health-Related Physical Fitness |
3 |
|
The Importance of
Measuring Health-Related Physical Fitness |
4 |
|
The Relationship of
Physical Fitness to Health |
4 |
|
The Relationship of
Physical Fitness to Function |
6 |
|
Fundamental
Principles of Assessment |
6 |
|
A Specific Assessment
Objective |
7 |
|
The Cold Standard
(i.e., True Measure) |
7 |
|
Equipment Calibration |
8 |
|
Standardization |
8 |
|
Interpretation Issues |
9 |
|
The Physical Fitness
Professional |
9 |
|
Academic Training |
9 |
|
Credentials |
9 |
|
References |
10 |
|
2 |
Preassessment Screening |
11 |
|
Rationale for Preassessment Screening |
12 |
|
Informed Consent |
12 |
|
The Process of the
Informed Consent |
14 |
|
Explanation of
Procedures |
15 |
|
Screening Procedures |
16 |
|
Objective: Risk
Stratification |
16 |
|
Health History
Questionnaire |
17 |
|
Other Health Issues
to Consider |
26 |
|
Understanding
Medication Usage |
26 |
|
Summary |
26 |
|
Laboratory Activities |
27 |
|
Risk Stratification
Using a Comprehensive Health History Questionnaire |
27 |
|
Risk Stratification
Using the AHA/ACSM Health/Fitness Facility Preparticipation
Screening Questionnaire |
27 |
|
Administering an
Informed Consent |
27 |
|
Case Study |
28 |
|
References |
28 |
3 |
Risk Factor
Assessments |
29 |
|
Resting Blood
Pressure |
30 |
|
Measurement |
30 |
|
Interpretation |
34 |
|
Blood Tests |
35 |
|
Blood Sampling
Methods |
36 |
|
Standard Precautions |
37 |
|
Interpretation |
37 |
|
Obesity |
37 |
|
Measurement of
Height and Weight |
38 |
|
Measurement of Waist
Circumference |
41 |
|
Interpretation |
43 |
|
Physical Activity |
43 |
|
Subjective Assessment |
44 |
|
Objective Assessment |
44 |
|
Interpretation |
47 |
|
Other Diseases and
Conditions |
48 |
|
Pulmonary Disease |
48 |
|
Osteoporosis |
48 |
|
Summary |
51 |
|
Laboratory Activities |
52 |
|
Resting Blood
Pressure Assessment |
52 |
|
Body Mass Index
Assessment |
52 |
|
International
Physical Activity Questionnaire Assessment |
53 |
|
Case Study |
53 |
|
References |
53 |
4 |
Body
Composition |
55 |
|
Why Measure Body
Composition? |
56 |
|
Health Implications |
56 |
|
Functional
Implications |
56 |
|
What is the Gold
Standard Test? |
56 |
|
Clinical Measures |
57 |
|
Magnetic Resonance
Imaging and Computed Tomography |
57 |
|
Dual-Energy X-ray Absorptiometry |
57 |
|
Tests of Body Volume |
58 |
|
Underwater
(Hydrostatic) Weighing |
59 |
|
Plethysmography |
61 |
|
Anthropometry |
62 |
|
Skinfold Measurements |
62 |
|
Circumferences
Measurements |
67 |
|
Bioelectrical
Impedance Analysis |
67 |
|
Interpretation |
71 |
|
Estimation of Goal
Body Weight |
72 |
|
Summary |
72 |
|
Laboratory Activities |
73 |
|
Skinfold Estimation of Body
Fat Percentage |
73 |
|
|
74 |
|
References |
74 |
5 |
Muscular
Fitness |
75 |
|
Unique Assessment
Principles |
76 |
|
Types of Contractions |
76 |
|
Familiarization |
76 |
|
Method of Loading |
76 |
|
Proper Positioning |
78 |
|
Specificity |
78 |
|
Muscular Fitness
Continuum |
78 |
|
Strength Assessments |
78 |
|
Static |
79 |
|
Dynamic |
79 |
|
Endurance Assessments |
82 |
|
Dynamic |
82 |
|
Static |
87 |
|
Interpretation Issues |
88 |
|
Summary |
89 |
|
Laboratory Activities |
90 |
|
Assessment of
Muscular Strength |
90 |
|
Muscular Endurance
Assessment |
90 |
|
Case Study |
91 |
|
References |
91 |
6 |
Flexibility |
92 |
|
Flexibility as a
Component of Health-Related Physical Fitness |
93 |
|
Unique Assessment
Principles |
93 |
|
Specificity |
93 |
|
Warm-Up |
93 |
|
Methods of
Measurement |
93 |
|
Distance Tests for
Assessment of Flexibility |
94 |
|
Sit-and-Reach Test |
94 |
|
Assessment of Lumbar
Flexion |
95 |
|
Assessment of Lumbar
Extension |
95 |
|
|
96 |
|
GoniometersTools to Measure
Range of Motion |
98 |
|
Range-of-Motion
Assessment Overview |
99 |
|
Specific
Range-of-Motion Tests |
100 |
|
Interpretation |
106 |
|
Summary |
107 |
|
Laboratory Activities |
108 |
|
Range-of-Motion
Assessments |
108 |
|
Distance Tests for
Flexibility Assessment |
108 |
|
Case Study |
109 |
|
References |
109 |
|
Cardiorespiratory Fitness:
Estimation from Field and Submaximal Exercise Tests |
110 |
|
Why Measure Cardiorespiratory Fitness? |
111 |
|
Health Implications |
111 |
|
Functional
Implications |
111 |
|
What is the Gold
Standard Test? |
111 |
|
Deciding on Which
Method to Use |
112 |
|
Pretest
Standardizations for Cardiorespiratory Fitness
Assessments |
112 |
|
Field Tests for
Prediction of Aerobic Capacity |
112 |
|
Step Tests |
113 |
|
Fixed Distance Tests |
114 |
|
Fixed Time Tests |
114 |
|
Submaximal Exercise Tests |
115 |
|
Predicting Maximal
Heart Rate |
116 |
|
Test Termination
Criteria |
116 |
|
Monitoring |
116 |
|
Exercise Modes |
118 |
|
YMCA Submaximal
Cycle Test |
121 |
|
Åstrand Submaximal
Cycle Ergometer
Test |
127 |
|
Treadmill |
130 |
|
Interpretation |
132 |
|
Sources of Error in Submaximal
Prediction |
133 |
|
Summary |
135 |
|
Laboratory Activities |
136 |
|
Field Test
Assessments of Cardiorespiratory Fitness |
136 |
|
Submaximal Exercise Test
Assessments of Cardiorespiratory Fitness |
136 |
|
Case Study |
136 |
|
References |
137 |
8 |
Cardiorespiratory Fitness: Maximal
Exercise Testing |
138 |
|
Risks |
139 |
|
Contraindications |
139 |
|
Monitoring |
139 |
|
Personnel |
139 |
|
Selecting the Mode
for Testing |
144 |
|
Protocols |
145 |
|
Bruce Protocol |
145 |
|
Balke-Ware Protocol |
147 |
|
Ball State
University/Bruce Ramp Protocol |
147 |
|
Running Protocol |
148 |
|
Cycle Protocols |
149 |
|
Test Procedures |
150 |
|
Supervisor |
150 |
|
Test Monitoring Roles |
151 |
|
Measured and Estimated
VO2max |
151 |
|
Estimating VO2max
from Exercise Test Time |
151 |
|
Estimating VO2max
from Peak Workload |
152 |
|
|
152 |
|
Summary |
153 |
|
Laboratory Activities |
154 |
|
Maximal Exercise
Tests |
154 |
|
Case Study |
154 |
|
References |
155 |
Appendix A |
Conversions |
156 |
Appendix B |
Forms |
158 |
Index |
165 |
|