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Recovery: The
most important
workoutLOUISIANA STATE NSCA CLINIC, DEC. 6, 2014
CHARLIE HOOLIHAN, CSCS, CES, PES
Exercise can prevent and cause illness
and injury. It can keep you out of and put
you into a hospital.
Immuno-enhancing. Immunosuppressive
Marathon finishers have elevated troponin levels akin to heart attack victims.
Iowa Strength and Conditioning staff put 13 members of their team into the hospital w myoglobin numbers approaching kidney failure. 100 backsquats @ 50% max followed by a similar upper body workout.
Conundrum
Does our personal knowledge database have more information on how to put our athletes/clients in a hospital?
Do our athlete’s clients have more desire to be injured than healthy?
Is the culture of HIIT overwhelming sensible training.
What is the measure of a successful workout/training plan.
Homeostasis and Allostasis
Workouts have to challenge homeostasis – the internal balance of
all the physiological processes at the chemical, molecular and
tissue levels. These challenges create a state of Allostasis
Allostasis reactions
Exercise stressors alert the body that more strength, speed and cardiovascular fitness are needed to survive in a new and challenging environment
Damaged muscle contractile tissue
loss of strength
decreased speed and oxygen delivery.
Inflammation and immune system hormones and chemicals begin circulating in order
to help minimize and repair the damage.
Swelling and muscle soreness complete process.
After all this good stuff is done, the body is said to be in a state of allostasis– or a disrupted, out of balanced internal state of physiological processes
(Flores et al, 2011)
Highest incidence of muscle
damage or immunosuppression
High Intensity cardiovascular training beyond 20-40 minutes
Long cardio sessions exceeding 60-90 minutes
Heavy eccentric training loads
Disrupted and out of balance!
But it’s good for me right!
Recovery and restoration
Planned recovery is designed to minimize the accumulation of
the byproducts of physical stressors from workouts as well as similar
byproducts from mental, emotional and environmental stressors
that are also affecting the exerciser.
Recovery Research is new but
techniques and practices are not.
URTI study in the early 90s
Correlation of stressors and illnesses in the 70s
Running training in the 70s. Triathlon in 80s
Specific modalities like dry needling
“The problem I have assessing an intervention… is that
I can’t know how my injury would have done without
the procedure. If it was going to resolve itself on its
own over those same few weeks, perhaps its greatest
benefit was that it gave me a distraction, new pain to
deal with, temporarily, and the feeling that I’d done
something proactive — while nature ran its course.” -
Jason Silvernal, DPT
Planning for Types of recovery
In-Training recovery – recovery during a workout such as time
between cardiovascular intervals or rest between weight sets to
enable a quick refueling of mostly fast-twitch muscle fibers
Training day recovery – recovery between workouts, matches or
games held on the same day.
Training week recovery – recovery between workouts, matches or
games within the same training week.
Training cycle recovery – planned extended recovery periods
between well planned overload training periods designed to elicit a
supercompensation response that significantly advances the
performance and conditioning level of the exerciser.
Most of our discussion will focus on the latter two.
Linear and Undulating Plans for
recovery
Periodization
Linear periodization - stretched out over a long time-frame increasing effort in
a consistent manner on a weekly, monthly seasonal, annual or quadrennial
basis. Good for athletes with specific seasons and goals.
Non-linear periodization - Increases intensities in an undulating manner
alternating rest and work schemes in shorter cycles. Good for fitness clients
and recreational atheltes whose schedules tend to be affected by life’s random
pattern.
Both have proven to be effective in achieving higher performance levels (Simao,
et al 2012)
Measuring physical response
Baseline fitness assessments
5-10 rep max
30-60 min. Threshold test
Vertical jump
Horizontal leap
Sprint and agility tests
Baseline fitness assessments can be used to measure progress
and performance decreases can indicate a need for
recovery.
Recovery Bioindividuality
Each individual physiology recovers from various workout protocols differently. Sayers and Clarkson found found it took between 5 and 89 days for participants to return to full strength after an intensive weight training program
Gender - Men and women have been found to suffer the same amount of muscle soreness after intensive weight lifting but women have a lower inflammatory response. Women also take longer to return to peak strength, and range of motion. (Flores et al)
Genetic differences have also been found. Some genotypes
have the ability to return to baseline quicker after strenuous eccentric exercise than others. (Venckunas et al 2012)
Measuring homeostasis and
stress response
Resting Heart Rate
HRV
Blood lactate
Subjective Questionnaire
Resting and working heart rate
Resting heart rate: 5-10 beat increase in resting
heart rate indicates a system under stress.
Working heart rate that is higher at a specific
performance output also indicates a system under
stress.
How ya doin honey
Subjective questionnaire that athletes/clients fill out
each week to assess the non-exercise stress they are
undergoing each day/week.
Forces them to understand when
high intensity workouts may not be
optimal.
Accountants in March
Athletes during exams
Santa in December
Blood lactate measurements
Small hand-held monitor
Great for measuring a particular indi
individual immediate and resisual
response to a specific
anaerobic workout.
$500-700 for a unit.
Day to day?
HRV – Heart Rate Variability
Recent tool added to the analysis of stress response.
Measures the time between beats.
Regular intervals indicate a system under stress and dominate in the
Sympathetic Nervous System
Less regular intervals indicate a system in the Parasympathetic recovery
and repair mode.
A balance between the two is sought.
Extremely versatile tool that measures all types of stress responses.
Current case studies
Endurance athletes –
Ironman and Ironliver
Sleep and diet cola
Post op client
Food sensitive colleague
Pregnant client
Personal 50 plus fitness
Powerlifting colleague
Companies – Bioforce, Omegawave, iThlete, Sweetbeat.
Non-Exercise influences of
homeostasis
These factors also need baseline measurements
HPA Axis
Responds to exercise, nutrition, environment,
emotional/mental, sleep and allergen stressors
HPA axis response to stress
Directly or indirectly influences action response
Stress hormones- Cortisol
Neurotransmitters – epinephrine, norepinephrine, histamines, ACh
Inflammatory cyctokines – Interleukins, TNF
Chemokines.
All provide necessary responses to stress can put the body in long
term allostasis. Their job is to return the body to homeostasis.
Same axis as the physical response to exercise.
Same intensity different response
Two similar studies designed to stimulate overtraining
Two weeks of high volume and intensity training – metabolic symptoms of overtraining and had decreased power output, increases in their time trial performance, a decrease in max heart rate, and an increase in ratings of perceived exertion (RPE). (Halson et al, 2002)
21 days under similar training condition eliciting similar metabolic overtraining responses with one exception – there was no decrease in performance markers. (Slivka, et al, 2012)
Second group performed training in a camp experience. First group followed workouts under normal circumstances.
Sleep: The ultimate recovery tool
Critical for biochemical balance in substances
Increased growth hormone
Decreased inflammatory chemicals like cortisol,IL-6 and TNF-a (Dement, 2000).
Increased protein synthesis
Relaxed parasympathetic state.
Improved immune function
Optimal recovery of muscle tissue. (Hausswirth and Mujika, 2013).
Key element in brain tissue repair.
Brain’s waste removal system kicks into high gear during sleep pumping cerebral spinal fluid (CSF) through the brain’s tissue, flushing waste back into the circulatory system where it eventually makes its way to the general blood circulation system and, ultimately, the liver. (ScienceBlog, 2013)
Nutrition
Carbohydrates and fats – fuel the process
Proteins – build the muscle
Vegetables and fruits – anti-inflammatories and
alkaline
Acidosis – attenuated by alkaline substances like
sodium bicarbonate
Diets, Macros and Broscience
Research is all over the map.
Everybody responds to macronutrients and micronutrients in a bioindividual manner.
There are minimal absolutes that can be determined from specific percentages of macronutrients to the amount of water we should consume.
This also includes previous sacred lambs like fasted cardio and anabolic windows.
Athletic/wellness goals change everything as well
.
Diets, Macros and Brocience II
Diets designed to lose weight are stressful to the system.
Especially diets that exclude a macronutrient and diets that
are conducted during exercise.
Dieters need recovery from dieting.
Food sensitivities exist and stress the system but are not
researched real well because they are non-lethal.
Wheat, sugar, dairy, peanuts, soy,
corn etc.
Nutrigenomics – there is compelling
evidence indicating genotypes specific to
optimal macro/micronutrient utilization.
Best diet for optimal recovery
Real food with balanced macronutrients applicable to
your goals. Vegetables and protein are good.
Gives you long term energy to accomplish your goals.
Helps maintain healthy weight relative to your goals.
It takes time and effort to figure it out but it’s possible
Exercise intensity and active
recovery
Active recovery has been well researched and is seen
as an optimal recovery technique.
Between matches/events or in incorporated into
periodization schedule
Speeds healing process via increased circulation of
healing hormones and chemicals.
Low intensity is the key. 50-60 % of maximal efforts
Reduced eccentric loading – cycling, swimming,
rowing and stair climbing
Neuromuscular Electric Stimulation (NMES)
An active recovery/strengthening technique providing a muscle stimulus without additional stress on joints or the central nervous system. It is theorized that the non-impact contractile stimuli from a source outside of the CNS enables enough neuromuscular activity to provide strength gains in a specific muscle group and also increase circulatory presses to speed recovery (Lee 2011 and Hansen 2012)
NMES has been shown to increase quadriceps and latissimus dorsistrength, increase lactate clearance and decrease DOMS*. (Laughmanet al, 1983; Girould, 2012; Neric et al, 2009 and Blum et al, 2011).
Thermotherapy
Cooling garments - Numerous studies show the advantage of pre-cooling before an endurance event with a vest or jacket containing compartments into which ice packs can be stored. Pre-cooled subjects show lower core temperatures, lower heart rates and greater power output at the end of a specific workout. . (Hausswirth and Mujika, 2013)
Heat therapy’s benefits tend to be during the next day or days after an intensive effort and mainly due to its ability to reduce DOMS. Additionally, its reduction of perceived pain and increased muscle pliability and length make it a good partner to manual therapy techniques. . (Hausswirth and Mujika, 2013)
Ice is not as good as we
thought!
The end of RICE
Josh Stone, Gabe Mierken, Gary Reinl
Using ice stops or slows the inflammatory process which is the first step towards remodeling and repair of muscles.
Contributes to the accumulation of microphages and IGF1 which is a mediator of GH
Active recovery evidence refutes the rest part of RICE
Tissue loading through exercise and mechanical means helps stimulate gene transcription and collagen formation
Ice does provide pain relief but cost/benefits must be weighed.
The efficacy reported may be a result of water immersion and a modified compressive effect. Edwin Moses ice baths
Manual Therapy
Manual Therapy. Good stuff but not enough evidence yet
It would be expected that manual therapy in the form of
massage or self-myofascial release would have reams of research in support of removing exercise waste byproducts but
not yet. At present it appears to be mainly efficacious in the relief of DOMS. Because of this, most research points towards
the psychological effects of this recovery technique. (Hausswirth and Mujika, 2013)
Longer time to fatigue, lower rate of perceived exertion,
perceived recovery and overall performance attributed to the
increased sense of well being. This does not invalidate the use of manual therapy as the reduction of DOMS and concurrent
increased of range of motion that some studies indicate occur do indicate it assists in recovering to a ready state
(MacDonald, 2014) (Grieve, et al, 2013)
Compression Garments
The venous activity is stimulated by muscle contraction which moves the blood towards the heart at greater speeds. Research has been mixed with one study indicating knee high lower leg compression stockings improved lactate clearance in cross country runners but also increased running time over a previously tested distance. (Rider, 2013). This suggests a post exercise benefit rather than one for performance.
Other studies have been as unequivocal ranking compression garments as a tool behind other techniques like active recovery or cold water immersion. There is also much debate regarding the amount of pressure and treatment length of time that may be effective or contraindicative. A recent review found studies with ranges of 10 to 30 mmHg in pressure. (Sperlich, 2013).
Probably too new to have enough research to
And venous activity is probably
better served with a full suit
Couple other new thoughts
Anti-oxidents and anti-inflammatories
Can disrupt the healing process similar to ice by
suppressing a natural response.
Sometimes stress is helpful in healing
And finally – Perspective.
Is there a life at stake? Is there a lot of money at stake?
When is your next state or national championships?
My contacts
985-966-9594
FB – Charlie Hoolihan