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EXERCISE AND CARDIOVASCULAR DISEASE Pamela O’Mara PT, MS, CWS November 27, 2012 CHRISTUS St. Catherine Sports Medicine

Mended Hearts - Exercise & Cardiovascular Disease

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Page 1: Mended Hearts - Exercise & Cardiovascular Disease

EXERCISE AND CARDIOVASCULAR

DISEASE

Pamela O’Mara PT, MS, CWSNovember 27, 2012

CHRISTUS St. Catherine Sports Medicine

Page 3: Mended Hearts - Exercise & Cardiovascular Disease

About Me…

Education

Background

Squirrel ??

Page 4: Mended Hearts - Exercise & Cardiovascular Disease

Health Appraisal with Physical Activity

Page 5: Mended Hearts - Exercise & Cardiovascular Disease

Cardiovascular Disease Risk Factors

Hypertension Diabetes SMOKING Stress Elevated lipids Stress

Family history Age Gender Race Obesity Sedentary lifestyle

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Modifiable Cardiovascular Disease Risk Factors

DO NOT SMOKE Vasoconstriction, increase BP, increase HR, 1:5 deaths

GET ACTIVE Stress reduction, increase oxygenation, increase HDL, decrease

BP, reduced insulin needs, reduced platelet aggregation EAT RIGHT

Heart healthy diet low in fat, cholesterol, salt; focus on lean protein, fruits/veggies, grains

AVOID OBESITY Decrease risk of HTN, high cholesterol, and diabetes, reduced

body fat

Page 7: Mended Hearts - Exercise & Cardiovascular Disease

Modifiable Cardiovascular Disease Risk Factors

AVOID STRESS Cortisol is a hormone released in response to stress. It

functions to increase blood sugar, suppress the immune system, and decrease bone formation.

SLEEP Adequate sleep is necessary for health, fitness, and stress

reduction REGULAR MEDICAL CHECK-UPS

See your physician to monitor your risk factors

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Modifiable Cardiovascular Disease Risk FactorsCommon Symptoms of Stress

Increased use of alcohol or drugs

Increased smokingMuscle tensionHeart palpitationsFear / panicDiarrhea or

constipationCold or sweaty hands/feet

Nausea or stomach painShallow or rapid breathingNot sleeping or sleeping

too muchNeed to urinatePacingHeadachesGrinding teeth

Is it surprising that stress is a risk factor for obesity, cardiac arrhythmia, diabetes, depression, hypertension, etc.

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Modifiable Cardiovascular Disease Risk FactorsStress Control Techniques

EXERCISE OR ANY PHYSICAL ACTIVITY !!!GET PLENTY OF SLEEP !!! (but not too much)Eat regular, well balanced mealsTake time every day to do something you enjoyListen to your body. Stop and rest when you feel tiredAvoid stimulants if possible. Smoking, caffeine, alcoholTake a mini vacation in your mind

Relax and do mental imagery of a favorite place or eventPractice slow deep breathingListen to slow, calming music or soundsDo stretching exercises daily to relieve that muscle tensionIntimate relationshipsIf you feel depressed, fearful, or hopeless for an extended period of time,

talk to your doctor.

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Modifiable Cardiovascular Disease Risk FactorsRelaxation Session – Close Your Eyes

Face – Squinch up your face. Clench your teeth. Purse your lips. Push tongue to the roof of your mouth. Lift eyebrows with your eyes still closed. Hold. Release.

Shoulders – Hunch up your shoulders to your ears. Pinch shoulder blades together. Hold. Release.

Chest – Tense your chest by taking a deep breath and hold for 5 sec. Back – Arch your back. Hold. Release.Abdomen – Tense your stomach muscles by bearing down.Thigh/Buttocks – Tense up thighs/buttocks by pressing feet into the floor

and pinching buttocks together.Toes – Curl your toes up. Hold. Release.Hands – Clench your fists. Feel the tension. Release.RECOGNIZE THE DIFFERENCE IN TENSION AND RELAXION.

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Evidence of Inverse Relationship Between Physical Activity and Health

All cause mortality YES Coronary heart disease YES Cardiovascular disease YES Hypertension YES Stroke YES Obesity YES Osteoporosis/Osteoporotic Fx YES Type 2 Diabetes YES Colon cancer YES Breast cancer YES Gallbladder disease YES Anxiety / Depression YES Independent living (Geriatric) YES AND…….drum roll please…….

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Evidence of Inverse Relationship Between Physical Activity and Health

CARDIOVASCULAR AND OVERALL ALL CAUSE MORTALITY ARE

REDUCED IN POST HEART ATTACK PATIENTS WHO PARTICIPATE IN REGULAR PHYSICAL ACTIVITY

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Exercise Prescription with Cardiac Disease

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Health Related Components of Physical Activity

Cardiovascular Endurance Ability to supply oxygen during sustained activity

Body Composition Relative amounts of muscle, fat, bone, etc.

Muscular Strength Ability of muscle to exert force

Muscular Endurance Ability of a muscle to continue to perform without fatigue

Flexibility Range of motion available at the joint

Page 15: Mended Hearts - Exercise & Cardiovascular Disease

Skill Related Components of Physical Activity

Agility Ability to move with speed and accuracy

Coordination Ability to move the body parts smoothly and accurately

Balance Maintaining equilibrium while stationary or moving

Power Ability or rate one can perform work

Reaction Time Time elapsed between stimulation and reaction

Speed Ability to perform a movement within a period of time

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MODIFIED BORG RATE OF PERCEIVED EXERTION SCALE  LEVEL     DESCRIPTION    

0     NOTHING

0.5     EXTREMELY EASY

1     VERY EASY

2     EASY

3     MODERATE

4     SOMEWHAT HARD

5     HARD

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MODIFIED BORG RATE OF PERCEIVED EXERTION SCALE  LEVEL     DESCRIPTION    

5     HARD

6    

7     VERY HARD

8    

9     VERY VERY HARD

10     MAXIMALLY DIFFICULT

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Target Heart Rate AHA Recommendation

Pacing yourself is paramount when beginning a new exercise program

Target heart rates allow you to monitor your fitness progression over time.

Requires you to measure your pulse (radial or carotid) periodically as you exercise to ensure you remain within 50-85 % of your maximum heart rate.

This range is called your Target Heart Rate. How do I calculate this ????

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Target Heart RateMaximum Heart Rate Men: 220 - Age = Max Heart Rate Women: 226 – Age = Max Heart Rate

Target Heart Rate (50-85%) Maximum Heart Rate x 0.5

50% is best when starting a new exercise program

Maximum Heart Rate x 0.85 Progress, as you can tolerate, to 85% over a

period of at least 6 months.

Page 20: Mended Hearts - Exercise & Cardiovascular Disease

Target Heart Rate

AgeTarget HR Zone50–85 %

Average MaximumHeart Rate100 %

20 years 100–170 beats per minute 200 beats per minute

25 years 98–166 beats per minute 195 beats per minute

30 years 95–162 beats per minute 190 beats per minute

35 years 93–157 beats per minute 185 beats per minute

40 years 90–153 beats per minute 180 beats per minute

45 years 88–149 beats per minute 175 beats per minute

50 years 85–145 beats per minute 170 beats per minute

55 years 83–140 beats per minute 165 beats per minute

60 years 80–136 beats per minute 160 beats per minute

65 years 78–132 beats per minute 155 beats per minute

70 years 75–128 beats per minute 150 beats per minute

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Target Heart Rate

Page 22: Mended Hearts - Exercise & Cardiovascular Disease

Target Heart RateWhat if I can’t stop to take my pulse during

my exercise program ??Try using a conversational pace to monitor

your efforts during moderate activities.If you can talk and walk at the same time,

you aren’t working too hard.If you can sing and maintain your level of

effort, you’re not working hard enough.If you get out of breath quickly, you’re

probably working too hard, especially if you have to stop to catch your breath.

Page 23: Mended Hearts - Exercise & Cardiovascular Disease

Components of the Exercise Training Session

Warm up 5-10 minutes, low to moderate intensity, RPE 2-3

Stretching 10 minutes, can be done after warm up or cool down

Conditioning 20-60 minutes, aerobic/resistance/neuromuscular/sport Moderate to vigorous intensity for health/fitness

benefits, RPE 5-6 Cool down

5-10 minutes, low to moderate intensity, RPE 2-3

Page 24: Mended Hearts - Exercise & Cardiovascular Disease

Cardiovascular Endurance (Aerobic) Exercises

Low Intensity Minimal skill Minimal fitness Walking Leisurely cycling Aquatic aerobics Slow dancing Tai chi ** Yoga ** Gardening Housework

Moderate Intensity Minimal skill Average fitness Jogging/running Pilates ** Aerobic class Spinning Elliptical exercise Stepping exercise Fast dancing

**Neuromuscular exercise

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Muscular Fitness (Resistance) ExercisesResistance training should focus on the major muscle groups of the chest, shoulders, back, abdomen, hips, and legs.Average fitness individual

2-4 sets for each muscle group 8-12 repetitions for each set 2-3 minute rest between each set

Deconditioned individual 1-2 sets for each muscle group 10-15 repetitions for each set

To avoid muscle imbalances that could lead to injury, train the opposing muscle groups…..

Low back and abdomen (back extension and abdominal crunches) Biceps and triceps (bicep curls and triceps dips) Quadriceps and hamstrings (leg press and leg curls)

And, perform the exercise with the proper technique. Controlled movement, regular breathing pattern (exhale with exertion)

Page 26: Mended Hearts - Exercise & Cardiovascular Disease

Muscular Fitness (Resistance) Exercises Types of resistance training equipment

Weight stack Cable pulleys Free weights Elastic bands Grocery bags Lawn mower Toddlers Pets

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Flexibility (Stretching) Exercises Improves range of motion, physical function Insufficient data to prove that stretching prevents injury,

but it does warm the muscle group in preparation for the activity for optimal performance.

Stretch should involve the major muscle tendon groups of the body (i.e. neck, shoulders, back, hips and legs)

Stretch should be performed to the limits of discomfort (mild tightness) for 4 or more repetitions per muscle group and held for a minimum of 20 seconds each.

Page 28: Mended Hearts - Exercise & Cardiovascular Disease

Flexibility (Stretching) Exercises

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Flexibility (Stretching) Exercises

Page 30: Mended Hearts - Exercise & Cardiovascular Disease

Flexibility (Stretching) Exercises

Page 31: Mended Hearts - Exercise & Cardiovascular Disease

Flexibility (Stretching) Exercises

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Flexibility (Stretching) Exercises

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Flexibility (Stretching) Exercises

Page 34: Mended Hearts - Exercise & Cardiovascular Disease

Flexibility (Stretching) Exercises

Page 35: Mended Hearts - Exercise & Cardiovascular Disease

Environmental Factors of the Exercise Training Session

Hot environments Dehydration Heat illness – disorientation, headache, dizziness, wet and pale skin, muscle

cramps, vomiting Tools: gradual acclimatization, hydrate, cooler hours, loose clothing, caution

with low salt diet Cold environments

Frostbite Numbness (miss angina symptoms)

High Altitude Altitude illness – altered mental status, headache, nausea, fatigue, bronchitis,

coughing spasms Expect a significant decrease in physical performance due to decreased ATM

pressure.

Page 36: Mended Hearts - Exercise & Cardiovascular Disease

Contraindications for Physical Activity Unstable angina Resting systolic BP >200 and/or Resting diastolic BP > 110 Acute systemic illness or fever Uncontrolled tachycardia > 120 bpm Uncompensated CHF 30 AV block w/o pacemaker Peri or myocarditis Recent embolism ST segment elevation Uncontrolled diabetes Severe orthopedic conditions that would prevent exercise Other acute systemic metabolic conditions (thyroiditis, hypokalemia,

hyperkalemia, hypovolemia) Symptoms of exercise intolance

Page 37: Mended Hearts - Exercise & Cardiovascular Disease

Contraindications for Physical Activity

STOP ALL EXERCISE AT THE FIRST SIGN OF ANGINA SEVERE FATIGUE SHORTNESS OF BREATH

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Favorite Cardiac Websites…www.americanheart.org/ www.healthy-heart-guide.com www.nlm.nih.gov www.webmd.com www.mayoclinic.com

www.womenshealth.gov www.healthcentral.com www.medicinenet.com www.ahealthyme.com www.naturalnews.com

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