Top Banner
Recovery Recovery Strategies - Strategies - Running Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde
22

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

Dec 26, 2015

Download

Documents

Rolf Copeland
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Recovery Strategies - Recovery Strategies - RunningRunning

Ben Rattray

Senior Sport Scientist (Physiology)

Applied Sport Science Unit

University of Strathclyde

Page 2: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Running DemandsRunning 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

Page 3: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Running DemandsRunning 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.

Page 4: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Recovery of What?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 performanceWork hard + Recover well = Best performance

Page 5: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Recovery StrategiesRecovery Strategies

Immediate– Warm-down, re-hydrating, re-fuelling

Regular– Sleep, rest days, easy sessions, easy training

periodsExtra tools

– Physical therapies, relaxation therapies, hydro-therapies, Russian techniques

Balance between work and recoveryBalance between work and recovery

Page 6: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Warm-downWarm-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

Page 7: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Re-hydrationRe-hydration

REHYDRATION / FLUID PLAN How much fluid is lost?

0.5-1.5L Estimating fluid loss

– Weigh before and after competition

Depends upon:– Environment, intensity, duration

Guidelines:– Drink throughout– 4-7% CHO drinks– Marianne

Page 8: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Re-FuellingRe-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 aspractical after exercise (must within 2 hours)

Eat 50g– i.e. 2 bananas– 2 medium bread roles– 700ml sports drink

Drink whatever you lose

Page 9: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Recovery of What?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 performanceWork hard + Recover well = Best performance

Page 10: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

SleepSleep 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.

Page 11: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Physical TherapiesPhysical Therapies

Massage / self massage Very popular Physiological benefits

– Enhances delivery of O2 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

Page 12: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Physical TherapiesPhysical Therapies

Spa jets

Yoga

Extra stretching

Acupuncture/Acupressure

Hyperbaric Oxygen Therapy

Page 13: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Hydro-therapiesHydro-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 minutes Cold: 30-60 seconds– (Repeat process 3 times)

Contra-indications– Illness– Soft-tissue injury (48-72 hours)

Page 14: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Recovery of What?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 performanceWork hard + Recover well = Best performance

Page 15: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Relaxation TherapiesRelaxation Therapies

Music Reading Movies Yoga Psychology

– Meditation– Progressive Muscle Relaxation– Imagery– Flotation Tanks

Page 16: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Easy sessionsEasy 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.

Page 17: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Easy Training PeriodsEasy Training Periods

Programmed in training plan

Example:– Week in Macrocycle

May also be longer, after competition

WEEK 1 2 3 4

Tra

inin

g L

oad

Page 18: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Planning YOUR RecoveryPlanning YOUR Recovery

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

Page 19: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Periodised Plan: Periodised Plan: example from Badmintonexample from Badminton

Page 20: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Weekly Planning exampleWeekly Planning example An actual moderate-high training week

Monday am: easy run (30min)pm: steady terrain/hill run (50min)

Tuesday am: offpm: track intervals – speed endurance

Wednesday am: longer run (90min)pm: touch football

spa/saunaThursday am: easy run (30min)

pm: steady terrain/hill run (50min)Friday am: rest day

pm: massageSaturday am: intervals – VO2max

pm: easy run (30min)Sunday am: long run (1h 50)

An actual moderate-high training week

Monday am: easy run (30min)pm: steady terrain/hill run (50min)

Tuesday am: offpm: track intervals – speed endurance

Wednesday am: longer run (90min)pm: touch football

spa/saunaThursday am: easy run (30min)

pm: steady terrain/hill run (50min)Friday am: rest day

pm: massageSaturday am: intervals – VO2max

pm: easy run (30min)Sunday am: long run (1h 50)

Page 21: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

Recovery of What?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 performanceWork hard + Recover well = Best performance

Page 22: Recovery Strategies - Running Ben Rattray Senior Sport Scientist (Physiology) Applied Sport Science Unit University of Strathclyde.

No CompromiseNo Compromise

Good luck in achieving your running goals.