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Sports Nutrition Part 1

$210.00

Courses Included

This course reviews key aspects of exercise physiology and explains the evidence-based nutrition strategies pertaining to the use of the macronutrients, carbohydrates, protein and fat, in exercise performance, lean mass gains and other crucial factors related to performance and training. This course also reviews basic functional anatomy, neuromuscular physiology and principles of exercise training that is pertinent to the discussion of helping your patients/clients become superior athletes in their chosen sport, as well as explaining the primary energy systems used in various sports endeavours and the complementary nutritional strategies to optimize muscle energy production.

 

 

Category:

Sports Nutrition Part 1

Length of Course: 7 hours

Teaching Method
System Requirements

Application Type : Web-based
Compatible Browser : Google Chrome, Mozilla Firefox
Limited Compatibility : Internet Explorer (no support for IE browser)
Operating System : Windows, Mac (any browser supported)
Mobile Device : Responsive website so support any mobile device
Tablet Device : 15″ recommended

 

This course reviews key aspects of exercise physiology and explains the evidence-based nutrition strategies pertaining to the use of the macronutrients, carbohydrates, protein and fat, in exercise performance, lean mass gains and other crucial factors related to performance and training. This course also reviews basic functional anatomy, neuromuscular physiology and principles of exercise training that is pertinent to the discussion of helping your patients/clients become superior athletes in their chosen sport, as well as explaining the primary energy systems used in various sports endeavours and the complementary nutritional strategies to optimize muscle energy production.

 

Key Factors in Exercise Physiology

  • Functional Muscle Anatomy, Physiology and Exercise Adaptations Review
  • Strength-to-Mass Ratio
  • Interval Training
  • Energy Systems
  • Aerobic Training Zone
  • Substrate Utilization at Various Exercise Intensity and Duration
  • Adaptations to Aerobic Exercise – Peripheral and Central
  • Lactate Levels and recovery during Interval Training
  • Lactate Physiology – Cori Cycle

Carbohydrates and Athletic Performance

  • CHO Loading vs Ketogenic Diet in Performance Outcomes
  • Day -to Day CHO Intake
  • CHO Ingestion Pre-competition
  • CHO Ingestion Immediately Prior to Competition
  • CHO During competition – sports drinks
  • CHO Post competition
  • Tournament Day Nutritional Strategies

Protein Requirements:

  • Updated Protein Requirements for Athletes gm/kg (dose, timing, quality)
  • Glutamine and Alanine Physiology During Exercise
  • Leucine and Branched-chain Amino Acid Research

Fat Intake and Body Fat Percentage:

  • Fat Intake, Metabolism and Body Fat

Basal Metabolic Rate, METs and Individual Caloric Needs

Diet Composition for Different Types of Athletes (Endurance, Mixed and Body Builder)

Overall Nutritional Strategies Relative to Timing of Competition/Training

  • Day-to-Day Nutrition Strategy
  • Pre-competition Meal
  • Nutritional Intake 30 mins Prior to Competition/Training
  • Nutritional Needs During Events Lasting More than 40 mins
  • Post Competition Nutritional Intake
  • Tournament Day/Competition Nutritional Strategies

Learning Objectives For Sports Nutrition Part 1 and Sports Nutrition Part 2

  1. The student will develop an in-depth understanding of exercise physiology and the contribution of key macronutrients in the energy production used in both aerobic and anaerobic systems.
  2. The student will develop have an in-depth understanding of the human clinical studies showing the ergogenic effects (athletic performance effects) of specific dietary strategies, supplements, water, and electrolyte replenishment.
  3. The student will have the skills to provide patients with personalized dietary and supplementation strategies to enhance their athletic performance, lean mass gains and other athletic parameters, and slow and reverse key aspects of the aging process related to loss of lean mass, sarcopenia, bone loss and cardiorespiratory and immune system decline.
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