Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Slides:



Advertisements
Similar presentations
Fitness Terms.
Advertisements

U17 – Rest & Recovery. Recovery Techniques and Strategies Nutrition/hydration Sleep Physical interventions.
U16 – Rest & Recovery. Recovery Techniques and Strategies Nutrition/hydration Sleep Physical interventions.
FATIGUE AND RECOVERY. Key Skills and Knowledge At the completion of this topic, students should have knowledge of passive and active recovery methods.
Label Reading Food and Beverages for Health and Performance Holly Grant, RD IOC, Sports Nutrition Diploma.
Lesson on Nutrition and Fitness High School Level.
PERFORMANCE ENHANCEMENT DIETARY MANIPULATION. LEARNING OBJECTIVES 1.Am I able to explain how athletes manipulate their diet to enhance performance?
Rest and Recovery. Recovery is a Training Principle Fatigue Adaptation Training Stimulus Recovery Accelerated Recovery.
FATIGUE AND RECOVERY MECHANISMS. FATIGUE  Exercise induced reduction in the power-generating capacity of a muscle and an inability to continue activity.
Nutritional Supplementation. Dietary Supplements Products intended to supplement the diet that contain at least one dietary ingredient to include: – Vitamins.
Fatigue and Recovery. Fatigue Is the inability to continue with an activity at the same intensity, despite the desire to maintain intensity. Fatigue can.
KEY KNOWLEDGEKEY SKILLS  Physiological practices used to assist and improve recovery including heat, ice, compression, hyperbaric chambers, massage and.
HSC Enrichment Day 2013 Improving Performance. Workshop Overview Case Study: Triathlon Planning a training year Planning to avoid overtraining * Phases.
 hydrotherapy  cryotherapy (ice packs, pool sessions, ice baths, ice vests)  hot and cold contrast therapy  spas and mineral springs (balneotherapy)
Does your cardio respiratory system function at the necessary level you need for your daily activities?
HELPING PRE-MARATHONERS ACHIEVE THEIR BEST NUTRIENT TIMING “Let food be thy Medicine and Medicine be thy food.” -Hippocrates, Father of Medicine.
KEY KNOWLEDGEKEY SKILLS  Physiological practices used to assist and improve recovery including heat, ice, compression, hyperbaric chambers, massage and.
Achieving optimal weight for activities. What is optimal weight?
a)  RICE  Rest – stop the activity as soon as the injury occurs to prevent making it any worse.  Ice – applied to injured area for mins then.
TRAINING. A SUCCESSFUL ATHLETE define your goals: general g. long-range g. season g. monthly g. weekly g. daily g. consider your talent, skills, abilities.
The Physiologic Effects of Exercise and Stress Management By Victoria Munoz.
Sports Nutrition for Tennis
Recovery and Fatigue.
MANAGING A TRAINING LOAD Week 10. What you need to know… The steps in planning a training program The different phases of a training program and training.
Nutritional considerations Supplementation Recovery strategies.
13 Training for Sport chapter. OPTIMIZING TRAINING—A MODEL.
FATIGUE AND RECOVERY. FATIGUE Responses to exercise are individual. Causes of fatigue depend upon: The type, duration and intensity of exercise – aerobic.
SPORT NUTRITION Week 12. What you need to know… When and why are CHO and protein important? How does a diet need to change for different sports? What.
SPORTS NUTRITION.
Victory Physical EducationCopyright 2005 Physical Education Physical Education Principles of Training Principles of Training.
PHYSIOLOGICAL STRATEGIES.  Physiological strategies is the focus of two elements- the removal of metabolic by-products and a nutrition plan to replace.
HSC PDHPE Core 2: Factors Affecting Performance. Nutritional Considerations “An athlete’s body must be fuelled appropriately if the athlete is to maintain.
CHAPTER 11 NUTRITION, EXERCISE AND SPORTS. LEARNING OUTCOMES Explain the benefits of physical activity Discuss the energy sources for muscles and human.
Muscle Fatigue Causes and Reduction.
Nutrition and Athletic Performance. Optimum Nutrition High in carbohydrate (55-65% of diet) Low in fat (25-30% of diet) Variety of foods 5-12 servings.
Returning an athlete to a state of performance readiness both mentally and physically.
© Livestock & Meat Commission for Northern Ireland 2015 Sports Nutrition.
AFTER COMPETITION RECOVERY
Unit 14 – Exercise, Health & Lifestyle
Unit 1 – Anatomy & Physiology
THE SCIENCE OF PEAK PERFORMANCE USING CHOCOLATE MILK.
Just for the Geographers!!! Applied exercise physiology in practical situations.
Managing a Training Load. Periodisation of training Phases of training – microcycles, mesocycles and macrocycles. Peaking and Tapering – step reductions.
1.1.5 Personal health and well-being
Qualities of Physical Preparation for Martial Arts
Cardio-respiratory Endurance: Assessment and Prescription
Nutrition for Exercise and Sport Energy Systems Applying the Principles of Nutrition to a Physical Activity Programme.
Chapter 23 Nutrition, Body Composition, and Performance
Recovery & Rest Strategies
CVHS Physical Ed. Fitness Unit
Nutritional Guidelines for Active Individuals Applying the Principles of Nutrition to a Physical Activity Programme.
Nutrition and Physical Activity
Legal Ergogenic Aids.
Principles of Training
Exercise physiology diet & nutrition
RECOVERY STRATEGIES Physiological strategies – Cool down, hydration
How can nutrition and recovery strategies affect performance
Nutrition for Optimal Performance
Chapter Six Training for Fitness.
CVHS Physical Ed. Fitness Unit
KEY KNOWLEDGE KEY SKILLS
Chapter Six Training for Fitness.
Chapter Six Training for Fitness.
Principles of Fitness PE 901/902.
CVHS Physical Ed. Fitness Unit
RECOVERY STRATEGIES STUDENTS LEARN ABOUT: STUDENTS LEARN TO:
Fatigue & Recovery.
CVHS Physical Ed. Fitness Unit
Recovery Aims to return the body to pre exercise conditions and, in doing so, reverse the effects of fatigue Body systems rebuild and repair damaged.
Physiological strategies to enhance recovery
Presentation transcript:

Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde

Running Demands Metabolic demand Depends on intensity Glycogen stores, lactic acid build-up, fat/protein metabolism Nutritional demand Glycogen stores, hydration status, protein requirements, iron needs Musculo-skeletal demand Muscular contraction - eccentric

Running Demands Neuro-muscular demand Nerves get tired too! Mental demand Can be hard to push yourself, make yourself get out, tiredness after long run – but it may help Immune demand All these effects can have a detrimental effect on your immune status – depressed for time after.

Recovery of What? Fuel Sources Hydration Clearing of metabolism bi-products (e.g. lactate) Muscle Repair (bone/joint/other tissue) Nervous system Mental Fatigue Immune Response Work hard + Recover well = Best performance

Recovery Strategies Immediate – Warm-down, re-hydrating, re-fuelling Regular – Sleep, rest days, easy sessions, easy training periods Extra tools – Physical therapies, relaxation therapies, hydro- therapies, Russian techniques Balance between work and recovery

Warm-down What should it consist of? – Static stretching – Low intensity exercises mimicking sport Why is it needed – Lactate – Waste products – Maintains blood flow Example of warm-down – Static stretching – Timing

Re-hydration REHYDRATION / FLUID PLAN How much fluid is lost? L Estimating fluid loss –Weigh before and after competition Depends upon: – Environment, intensity, duration Guidelines: – Drink throughout – 4-7% CHO drinks – Marianne

Re-Fuelling To maximise recovery eat as soon as practical after exercise (must within 2 hours) At least 1g CHO·kg -1 bw straight away, then Daily 7-10g·kg -1 bw High G.I CHO foods promote greater glycogen storage Include a fructose-rich food for the liver Drink to replace fluid losses, ensure it tastes nice so you do! Protein may help to restore muscle damage To maximise recovery eat as soon as practical after exercise (must within 2 hours) Eat 50g – i.e. 2 bananas – 2 medium bread roles – 700ml sports drink Drink whatever you lose

Recovery of What? Fuel Sources Hydration Clearing of metabolism bi-products (e.g. lactate) Muscle Repair (bone/joint/other tissue) Nervous system Mental Fatigue Immune Response Work hard + Recover well = Best performance    

Sleep Humans operate on 24 hour clock that determine when we sleep and wake Disruptions to this biorhythm (late nights, sleeping in, international travel) generate fatigue Recommendations – Always wake at similar times – Eat at similar times – 8 hours/night good target (individual) – before competition, the 3-5 nights before are important, not the night before.

Physical Therapies Massage / self massage Very popular Physiological benefits – Enhances delivery of O 2 and nutrients to tired muscles – Promotes removal of waste-products – Warming and stretching of muscle – Temporary flexibility gains Psychological benefits too Easy to learn and do training partners or self

Physical Therapies Spa jets Yoga Extra stretching Acupuncture/Acupressure Hyperbaric Oxygen Therapy

Hydro-therapies Contrast showers / baths – Alternating hot and cold – Can provide nervous system stimulation – Promote blood pump which assist removal of waste products Guidelines – Warm: 3-4 minutesCold: seconds – (Repeat process 3 times) Contra-indications – Illness – Soft-tissue injury (48-72 hours)

Recovery of What? Fuel Sources Hydration Clearing of metabolism bi-products (e.g. lactate) Muscle Repair (bone/joint/other tissue) Nervous system Mental Fatigue Immune Response Work hard + Recover well = Best performance 

Relaxation Therapies Music Reading Movies Yoga Psychology – Meditation – Progressive Muscle Relaxation – Imagery – Flotation Tanks

Easy sessions Active recovery, provided the work intensities are light. Use alternate (cross-) training: – cycling, swimming, skiing to assist in increasing training volume, but also as an active recovery. – Many use pool sessions (swimming, water running and other activities) to enhance recovery after matches. Rest days are essential. At least one day a week should be a minimal training, or a non-training day.

Easy Training Periods Programmed in training plan Example: – Week in Macrocycle May also be longer, after competition WEEK1234 Training Load

Planning YOUR Recovery If you don’t plan for it, you won’t do it!

Periodised Plan: example from Badminton

Weekly Planning example An actual moderate-high training week Mondayam:easy run (30min) pm:steady terrain/hill run (50min) Tuesdayam:off pm:track intervals – speed endurance Wednesdayam:longer run (90min) pm:touch football spa/sauna Thursdayam:easy run (30min) pm:steady terrain/hill run (50min) Fridayam:rest day pm:massage Saturdayam:intervals – VO 2 max pm:easy run (30min) Sundayam:long run (1h 50) An actual moderate-high training week Mondayam:easy run (30min) pm:steady terrain/hill run (50min) Tuesdayam:off pm:track intervals – speed endurance Wednesdayam:longer run (90min) pm:touch football spa/sauna Thursdayam:easy run (30min) pm:steady terrain/hill run (50min) Fridayam:rest day pm:massage Saturdayam:intervals – VO 2 max pm:easy run (30min) Sundayam:long run (1h 50)

Recovery of What? Fuel Sources Hydration Clearing of metabolism bi-products (e.g. lactate) Muscle Repair (bone/joint/other tissue) Nervous system Mental Fatigue Immune Response Work hard + Recover well = Best performance

No Compromise Good luck in achieving your running goals.