Download Free Medical Weight loss and exercise PowerPoint Presentation

Weight loss and exercise PowerPoint Presentation

DOWNLOAD MEDICAL POWERPOINT PRESENTATION

About This Presentation

Description : Check out this medical presentation on Exercise and Weight Loss, which is titled "Weight loss and exercise", to know about the importance of exercise in weight loss.

Tags : Exercise, Weight Loss, fitness

Published on : Jul 12, 2021 | Views : 3215 | Downloads : 10

Shareable Url :

Embed Code :

Comment

Transcript

Slide 1-

Weight loss and exercise
Slide 2-

Obesity Overweight: BMI = 25.0 - 29.99 Obesity BMI ≥ 30 Body fat > 25% for men Body fat > 30% for women Americans: Overweight: 32% Obese: 34%
Slide 3-

ppt slide no 3 content not found
Slide 4-

Obesity Genetic factors 25% of the transmissible variance for fat mass and percent body fat Cultural factors (30%) Individual choices (45%)
Slide 5-

Calorie A measure of HEAT (1 calorie = heat required to raise 1 gram of water by 1 degree Celcius in temperature) Heat, or Calorie, represents Energy
Slide 6-

Weight Loss Caloric balance or imbalance Energy In > Energy Out = Weight Gain Energy In < Energy Out = Weight Loss Examples Energy In: Big Mac 540 kcal Energy Out: Run 40 minutes
Slide 7-

Energy Out Caloric expenditure Resting Metabolic Rate = 60-75% Thermic effect of food = 10% Physical activity = 15-30% of daily caloric expenditure Example 3000 calories in one day RMR = 1,800-2250 kcal TEF = 300 kcal PA = 450-900 kcal
Slide 8-

Energy In Fat = 9 calories per gram Alcohol = 7 calories per gram Carbohydrate = 4 calories per gram Protein = 4 calories per gram
Slide 9-

Weight Loss Reduce ‘Energy In’ and/or Increase ‘Energy Out’... …500-1000 fewer calories per day (3,500-7,000 fewer calories per week) Recommendations: 1-2 lbs of weight loss per week
Slide 10-

Reducing Caloric Intake
Slide 11-

Reducing Calorie Intake
Slide 12-

Rapid Weight Loss / Low Calorie Diets = weight loss greater than 1-2 pounds per week. Where does the weight loss come from? Water loss, Muscle loss, etc. Metabolic rate?
Slide 13-

Caloric Intake and Resting Metabolic Rate
Slide 14-

Metabolic Rate Resting Metabolic Rate is VO2 measured at rest ave. resting VO2 = 3.5 ml/kg/min Estimated RMR = 1 kcal/kg/hour For a 183 pound person, RMR = 2000 kcals. 60-75% of daily caloric expenditure
Slide 15-

Metabolic Rate Genetics Gender Fat-free mass Dieting Hormones (e.g. Thyroid hormones, etc) Over eating (thermogenesis) Medications/Drugs
Slide 16-

Increasing Caloric Expenditure
Slide 17-

Physical Activity and Body Fat
Slide 18-

Exercise and Weight Loss Exercise alone less effective than diet alone Duration: > 2000 calories/wk EXAMPLES OF KCAL expenditure 0.77 kcal / kg / mile for walking 1.53 kcal / kg/ mile for running
Slide 19-

Exercise and Weight Loss Exercise may be most critical to help maintain weight loss Exercise helps to maintain muscle mass and metabolic rate
Slide 20-

Exercise and Weight Loss Aerobic exercise v Resistance exercise WORKOUT CALORIES resting metabolic rate Aerobic Exercise: Duration versus Intensity
Slide 21-

Fat Burning Zone?
Slide 22-

Exercise and Fat Metabolism Is low-intensity exercise best for burning fat? [A Closer Look 4.3] 40% fat 60% fat ~20% fat 300 total kcals 600 total kcals 900 total kcals
Slide 23-

Successful Weight Loss diet and exercise Diet: limited caloric intake (source of calories is unimportant) Exercise: increase physical activity
Slide 24-

Genetics Body Type / Somatotype Weight Gain
Slide 25-

Caloric intake greater than caloric expenditure. 25-30 calories per pound of body weight to gain weight (20 calories per pound to maintain weight) ...or... 500-1000 extra calories per day. Weight Gain
Slide 26-

Weight Gain Caloric distribution Carbohydrates - 60 to 70% of total calories Protein - 10 to 15% of total calories Fat - remainder of total calories.
Slide 27-

Weight Gain Example for 200 pounds. Carbohydrates: energy for anabolism (~3000 kcals) Protein: amino acids for anabolism (~1200 kcals) Fat: can’t avoid it (~800 kcals) PSM
Slide 28-

Recovery/Rest Eccentric muscle contractions damage muscle proteins. Proteins are replaced for the next 48 hours or more. Adequate rest and recovery period are critical for complete muscle repair and growth Weight Gain