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ACE-CPT · Chapter 13 · Theory Guide

Considerations for Clients with Chronic Disease

General principles, disease-specific exercise guidelines, and modifications for 10+ chronic conditions — from CAD and hypertension to diabetes, cancer, osteoporosis, and arthritis.

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Programming for Chronic Disease Clients

ACE IFT Model Still Applies

The same exercise-programming principles apply to apparently healthy persons AND those with many chronic diseases. Follow ACE IFT guidelines, but modify them using best professional judgment — for CAD, hypertension, dyslipidemia, diabetes, metabolic syndrome, asthma, cancer, and osteoarthritis.

Modification Factors

  • Characteristics of the disease
  • Restrictions on the exercise response
  • Disease severity and safety concerns
  • Activities to emphasize — and to avoid

Medical Clearance Process

Once conditions are identified during preparticipation screening, obtain physician approval before assessments, program design, and participation. Follow all restrictions and maintain close communication with the healthcare team.

Multidisciplinary Team

A team approach — physician, patient, physical therapist, exercise professional, RD, and mental-health professional — is more effective than medication alone or any single intervention. Recommend team members after physician clearance.

SOAP Notes: Subjective (client's status, symptoms, progress) → Objective (HR, BP, height, weight, assessments, exercise logs) → Assessment (current status summary) → Plan (next steps). Use to document progress and communicate with healthcare professionals.

General programming: Low-to-moderate intensity that progresses gradually, personalized to each client's characteristics. Many clients have comorbidities (e.g., heart disease + diabetes + overweight) that affect program design.

CAD, Hypertension, Stroke & PAD

Coronary Artery Disease (CAD)

Atherosclerotic narrowing of the coronary arteries — leading cause of death in the U.S.

CAD results from an inflammatory response within arterial walls — deposition of lipid-rich plaque narrows arteries and raises the risk of myocardial infarction. An estimated 121.5 million Americans have one or more types of CVD.

Risk Factors

  • Smoking; hypertension; dyslipidemia (elevated LDL)
  • Elevated blood glucose; physical inactivity
  • Poor diet (high saturated fat, sugar)
  • Age; family history

Low-Risk Criteria (Trainers Work With)

  • Uncomplicated clinical course in hospital
  • No resting or exercise-induced ischemia
  • Functional capacity ≥7 METs (3 weeks post-event)
  • Ejection fraction >50%; no significant arrhythmias
CAD Exercise Guidelines (Table 13-1)
CR Frequency
≥3, preferably ≥5 days/week; limited capacity → short 1–10 min sessions daily
CR Intensity
40–80% HRR or VO₂R; RPE 12–16; ≥10 bpm below ischemic threshold if known
CR Time
20–60 min; 5–10 min warm-up and cool-down each session
Muscular
2–3×/week; 1–3 sets, 10–15 reps, 8–10 exercises; RPE ≤12–13; avoid Valsalva
Progression
↑ volume 2–10% once client exceeds target by 1–2 reps on 2 consecutive sessions

Hypertension

BP >130/80 mmHg (2017 AHA/ACC) — affects ~46% of the population (~103 million Americans)

BP Categories (Table 13-2)

CategorySBPDBP
Normal<120<80
Elevated120–129<80
Stage 1130–13980–89
Stage 2≥140≥90

Lifestyle Modifications (Table 13-3)

ModificationBP Reduction
Weight loss5–20 mmHg/10 kg
DASH eating plan8–14 mmHg
Sodium reduction2–8 mmHg
Aerobic activity4–9 mmHg
Alcohol moderation2–4 mmHg
Hypertension Exercise Guidelines (Table 13-4)
CR Frequency
Most, preferably all, days of the week
CR Intensity
40–59% HRR or VO₂R; RPE 12–13; below VT1 (can talk comfortably)
CR Time
≥30 min continuous or accumulated; intermittent 10-min bouts if limited
Muscular
Machine or free weights to supplement CR training; AVOID the Valsalva maneuver

Medications: Beta blockers and calcium channel blockers blunt the HR response → use RPE. Diuretics → increased dehydration risk, especially in heat. All medications → change positions slowly, use a prolonged cool-down, and avoid sudden position changes (orthostatic hypotension risk).

Stroke

795,000 Americans/year; ischemic (blood supply compromised) or hemorrhagic (vessel rupture)

Warning Signs (FAST)

Sudden numbness/weakness of face, arms, or legs; sudden confusion or trouble speaking; sudden vision trouble; sudden severe headache. Respond immediately. Exercise: 3–5 days/week, 40–70% HRR, RPE 11–14; muscular 2 nonconsecutive days at 50–70% 1-RM. Modify equipment for neurological deficits.

Peripheral Arterial Disease (PAD)

Atherosclerosis of lower-extremity arteries; claudication (cramping pain) with walking

PAD Exercise Specifics

Walking is the exercise of choice — it produces ischemia that stimulates collateral circulation. Walk to moderate pain (3–4 on the claudication scale), rest until pain subsides, then repeat. "Intensity" refers to pain level (3–4/4), NOT %VO₂max — do not exceed 3/4. Initial goal 30–45 min (excluding rest); progress to 60 min. Proper foot care is essential.

Dyslipidemia, Diabetes & Metabolic Syndrome

Dyslipidemia

Undesirable blood lipid levels — strongly associated with atherosclerosis and CAD

LDL Classification

LDL (mg/dL)Classification
<100Optimal
100–129Near/Above Optimal
130–159Borderline High
160–189High
≥190Very High

HDL & Triglycerides

HDL ("good"): inversely correlated to CAD risk. <40 = low (bad); ≥60 = high (good). Exercise volume (frequency & duration) raises HDL more than intensity.

Triglycerides: <150 normal; 150–199 borderline; 200–499 high; ≥500 very high. Used as fuel during moderate-to-vigorous exercise. Muscular training has no effect on TG.

Dyslipidemia Exercise Guidelines (Table 13-9)
CR Frequency
≥5 days/week
CR Intensity
Below, at, and above VT1 but below VT2; 40–75% HRR
CR Time
30–60 min/session; MINIMUM 50–60 min/day for weight loss or maintenance
Muscular
2–3 days/week; 50–85% 1-RM (strength) or <50% (endurance); 2–4 sets

Diabetes Mellitus (Type 1 & Type 2)

Type 1: autoimmune beta-cell destruction (requires insulin). Type 2: insulin resistance (>90% of cases)

Blood Glucose Guidelines for Exercise

  • <70 mg/dL: relative contraindication to exercise
  • <100 mg/dL: most insulin users should eat carbohydrate before exercising
  • ≥300 mg/dL: should NOT exercise if ketones present
  • Check blood glucose BEFORE and AFTER each session
  • Benefits lost after 24–48 hours → exercise at minimum every other day (no 2 consecutive days off)
Diabetes Exercise Guidelines (Table 13-11)
CR Frequency
3–7 days/week; no 2 consecutive days without exercise
CR Intensity
Moderate: below VT1, 40–59% HRR; Vigorous: VT1 to below VT2, 60–89% HRR
CR Time
150 min/week moderate (or 75 min vigorous for Type 1)
Muscular
≥2 (preferably 3) nonconsecutive days; 50–85% 1-RM; 8–10 exercises to near fatigue

Metabolic Syndrome (MetS)

Cluster increasing CVD and type 2 diabetes risk — 30.3% of men, 35.6% of women

Diagnostic Criteria (≥3 of 5)

  • Elevated waist circumference
  • Elevated triglycerides (or on treatment)
  • Reduced HDL cholesterol (or on treatment)
  • Elevated blood pressure (or on treatment)
  • Elevated fasting blood glucose (or on treatment)

Primary treatment is lifestyle intervention — weight loss, increased physical activity, healthy eating, tobacco cessation. Exercise guidelines mirror obesity/overweight clients: ≥5 days/week, 40–59% HRR, 30–60 min (50–60 for weight loss).

Asthma & COPD

Asthma

Chronic inflammatory airway disorder — 25+ million Americans; ~80% experience EIB

Exercise-Induced Bronchoconstriction (EIB)

Occurs in ~80% of people with asthma during/after moderate-to-vigorous exercise, triggered by large quantities of cold, dry air. Key strategy: a 10–15 min vigorous warm-up induces a refractory period that attenuates the EIB response.

Exercise Management Rules

  • Rescue inhaler with the client at ALL times
  • Hydrate before, during, and after exercise
  • Avoid triggers (cold air, high pollen, pollution)
  • Face mask in cold weather; prolonged warm-up & cool-down
  • Start low intensity; reduce intensity if symptoms begin
Asthma Exercise Guidelines (Table 13-13)
CR Frequency
3–5 days/week
CR Intensity
Initially below VT1 (40–59% HRR); progress to 60–70% HRR after ~1 month
CR Time
Progress to 30–40 min/session
CR Type
Walking, running, cycling, swimming in a nonchlorinated pool

Chronic Bronchitis & Emphysema (COPD)

Airway inflammation + alveolar destruction; trainers typically work only with early-stage cases

Exercise improves the ability to perform tasks and reduces dyspnea but will not affect the disease process itself. Muscular training is critical to address muscle weakness and balance problems. Guidelines: 3–5 days/week (ideally daily), moderate-to-vigorous, RPE 4–6 (0–10 scale), 50–80% peak work rate; muscular 2–3 days at 60–80% 1-RM.

Exercise During & After Cancer Treatment

Cancer is the 2nd leading cause of worldwide morbidity and mortality; there are 15.5 million survivors in the U.S. Exercise is not only safe during treatment — it improves common side effects including fatigue, anxiety, depression, and quality of life.

Benefits During Treatment

  • Preserves/improves muscular strength & endurance
  • Improves balance and coordination
  • Reduces fatigue, nausea, anxiety, depression
  • Improves quality of life; maintains CR fitness
  • Decreases osteoporosis and diabetes risk

Exercise Goals

  • Maintain/improve cardiovascular conditioning
  • Achieve/maintain a healthy weight
  • Prevent musculoskeletal deterioration
  • Reduce symptoms; improve mental health
  • Avoid inactivity — return to normal activities ASAP
Cancer Exercise Guidelines (Table 13-15)
CR Frequency
3–5 days/week
CR Intensity
Moderate: 40–59% HRR, below VT1; may progress to vigorous (60–89% HRR)
CR Time
75 min/week vigorous or 150 min/week moderate (or equivalent)
Muscular
2–3 days/week; START <30% 1-RM, progress ~5%; ≥1 set of 8–12 reps

Bone Health & Exercise

Osteoporosis is bone mineral density >2.5 SD below the young-adult mean. It affects 54 million Americans — 1 in 2 women and 1 in 4 men over 50 will break a bone. Osteopenia (1.0–2.5 SD below) is intermediate risk.

Exercise Considerations

  • Avoid excessive forward flexion, twisting, spinal compression
  • Avoid quick jarring movements
  • Avoid slick surfaces or tripping hazards
  • Weight-bearing exercise (walking, jogging, stair stepping)
  • Impact activities (jumping) — most effective at stimulating bone
  • Balance + trunk/hip/lower-extremity strength

Nutrition for Bone Health

  • Calcium: 1,000 mg/day (men 50–70); 1,200 mg/day (women ≥51, men ≥71)
  • Vitamin D: critical for calcium absorption and fall-risk reduction
  • Adequate protein (lean meats, low-fat dairy)
  • Near menopause: estrogen decline accelerates bone loss to 2–6.5%/year
Osteoporosis Exercise Guidelines (Table 13-16)
CR Frequency
4–5 days/week
CR Intensity
Moderate (40–59% HRR); some clients tolerate more
CR Time
Begin 20 min → progress to 30–45 min (max 60)
CR Type
Weight-bearing: walking, stair climbing/descending
Muscular
1–2 → 2–3 days/week; 1 set of 8–12 reps → 2 sets; emphasize bone-loading & balance

Osteoarthritis (OA) & Rheumatoid Arthritis (RA)

Osteoarthritis (OA)

Degenerative cartilage breakdown — most common form; affects 27 million Americans and is the leading cause of disability in the U.S. Cartilage wears → bones rub → joint damage. Risk factors: age, female sex, overweight/obesity. Exercise + weight loss = optimal management.

Rheumatoid Arthritis (RA)

Autoimmune disease — most crippling form; attacks synovial tissue → erosion of cartilage and bone. Common in hands, wrists, feet. Increases CVD risk, fatigue, depression, and muscle loss. Isometric exercise and limited ROM help avoid excess joint loading.

Nutrition for arthritis: A Mediterranean-style eating plan — fish, olive oil, fruits, vegetables, nuts/seeds, beans. Anti-inflammatory omega-3 fatty acids and oleocanthal (olive oil) reduce joint cartilage damage. Weight loss is essential for OA — every pound lost reduces joint load.

Arthritis Exercise Guidelines (Table 13-17)
CR Frequency
3–5 days/week
CR Intensity
Below VT1; moderate 40–59% HRR to vigorous ≥60%; light (30–39%) for deconditioned
CR Time
As tolerated; target ≥150 min/week moderate, 75 min vigorous, or a combination
CR Type
Low-impact (walking, cycling, swimming); NO high-impact (running) for lower-extremity arthritis
Muscular
2–3 days/week; 50–80% 1-RM with lower initial loads; ALL exercises within pain-free ROM

★ Key Takeaways

1

The ACE IFT Model applies to chronic-disease clients — modify by disease characteristics, severity, and safety. Always obtain medical clearance and follow physician restrictions. Document with SOAP notes.

2

Low-risk CAD: ≥7 METs functional capacity, ejection fraction >50%, no ischemia/arrhythmias. Avoid Valsalva. Use RPE/VT1 for intensity; progress volume 2–10% per qualifying session.

3

Hypertension meds: beta blockers/CCBs blunt HR → use RPE. Diuretics → dehydration risk. All → change positions slowly, prolonged cool-down (orthostatic hypotension).

4

Diabetes: check glucose before/after. <70 = relative contraindication; <100 = eat carbs first; ≥300 with ketones = don't exercise. No 2 consecutive days off.

5

PAD: walk to claudication pain 3–4/4, rest, repeat. "Intensity" = pain level, not %VO₂max. Progress 30–45 → 60 min (excluding rest).

6

Asthma: a 10–15 min vigorous warm-up induces a refractory period that reduces EIB. Rescue inhaler always present; avoid cold/dry air.

7

Cancer: exercise is SAFE and BENEFICIAL during treatment. Start muscular training <30% 1-RM. Avoid inactivity. 150 min/week moderate or 75 min vigorous.

8

Osteoporosis: avoid spinal flexion/twisting/compression; emphasize weight-bearing & impact; calcium 1,000–1,200 mg/day + vitamin D. Arthritis: all exercise within pain-free ROM.