Nothing.
Nada.
Zilch.
After one year of creatine supplementation I experienced no change in how I adapt to exercise. My rate of gains in the gym and on the bike had no change. That is, the gains that I made were the same as what I usually expect to see with the training I do.
I tried a loading phase of 20g a day for a week followed by a daily maintenance dose of 5g/ day of pure creatine monohydrate. I always had a carb source when taking the creatine, much of the time grape juice. I cycled about 12 weeks on and 4-6 weeks off the creatine. I also tried a low dose long term loading phase 3-5g/ day for 10 weeks.
I tried pretty much every dosing regime I could find in the research. Not that there are a lot of loading protocols, there are really only two primary strategies; lower dose loading phase over a longer period and a high dose over a shorter period, followed by a maintenance phase. Maintenance phase is typically recommended to be between 3-6g per day.
I experienced no weight gain when I was on creatine, and no weight loss while cycling off creatine. I experienced no weight gain during the loading phase, where some research reports an approximate 1.5 - 3.5 pounds of water gain (creatine holds water with it in muscle cells).
I experienced no extra mass gain beyond what I would usually expect from strength training.
I experienced no added ability to do more repetitions, no increased power in a set, and no increase in the number of sets I could do before fatiguing. My sprint power on the bike did not improve beyond normal increases, nor did my ability to sustain short term power (30 to 90 seconds).
I'm not saying I trained and didn't get results, my performance did increase, but my rate of gain was unchanged from when I was not taking creatine.
I use a periodized strength training regime with repetition ranges 4-6, 8-12, and above 30. I compete in mountain biking so building huge mass is not an objective, but I do train to offset muscle loss from endurance sport, and to have a small net gain in mass as well, as I've lost mass in the past few years.
A few years ago I became quite ill and was not able to train for a few months, I was entirely sedentary with most days spent lying down. On my return to training my ability to train was low and took about a year to get back. Over this time my thigh girth measurement reduced from 61 (24in) to 53 cm (21.5 in). I also lost a couple centimetres off my biceps and chest (about 1 inch).
Before some readers take the view that I'm an endurance athlete and don't train for size, keep in mind that I lost mass due to atrophy from disuse, due to illness. I want that mass back, and I train hard (smart hard, not just hard), to get it, but since I am an endurance athlete I can't afford to dedicate myself to a muscle hypertrophy program exclusively. I expect to gain only 2 - 3 pounds of lean mass over a year of training, when considering that I have to train for mountain biking as well.
The original intent of creatine was not for mass gains, but rather for performance gains. Creatine is meant to increase creatine stores in the muscle. Creatine is used to generate energy rapidly for muscle contraction, over about an 8-15 second duration.
More creatine in the muscle theoretically would result in more energy production where shorts bursts of energy are required, such as in strength training or sprinting. Despite creatine not being intended to enhance mass gains, some research has suggested it may produce this effect, and most gym goers have the belief that mass gain is a primary benefit of creatine supplementation.
There was a time in my past, about 13 years ago, where I did less bike riding and hit the gym with the intent on putting on mass. Over 3 years I went from 180 lb at 6% body fat to 197 lb at 6% body fat.
I was still riding and doing some competing at the time, but I was tired of being the skinny cyclist and wanted some mass. I put on nearly 20 lb of lean muscle mass. Things have a funny way of changing and I wanted to be the skinny cyclists again. The bike bug returned and I went back down to 175 - 180 lb.
After being ill about 3 years ago my weight reduced to 162 lb. Right now I'm at 165 lb at 8% body fat.
When I first started competing in cycling back in the 1980's I weighed about 160 lb. I'm 6ft 2in.
I went to a Golds gym and asked a bodybuilder to help me get stronger and bigger muscles to help me sprint better. The bodybuilder had never trained an endurance athlete before and was pretty excited to take a shot at it. He helped me go from 160 lb to 171 lb over about a year and half. No supplements.
I have experience in gaining lean muscle successfully (no creatine), and I'm now training for mass again. My mass gains with creatine are not any greater than without creatine.
This makes sense because not all research on creatine shows that every person responds with performance or mass gain. I am clearly one who has no significant results.
I keep a detailed training log as well as a body measurements log with thigh, chest, calf, bicep, hip, and waist girth, as well as fat calipers skin folds and a high-end body fat scale.
For those who know me or have read my opinions on supplements you may be asking, 'Cris, why would you do creatine?' Isn't it true that I'm always on about how there really isn't any good research that shows 100% conclusively that any of these sports performance supplements do anything at all? Yes, that is my opinion. Actually it's not really an opinion, it's a research proven fact.
My main motivation to use creatine was so I could write about the experience.
I wanted to personalize what I wrote about creatine.
Going by the research, there really isn't any logical reason to believe that any of the so-called performance supplements are going to make a real significant gain in human performance. With a couple exceptions.. creatine and caffeine. Although far from a iron clad consensus, there are studies that show some people who take creatine or caffeine do exhibit a mild increase in sports and training performance.
The emphasis is, some people in some studies. Not all people in all studies. The reason why some people don't respond to creatine might be that their muscles already store maximal levels of creatine so supplementing creatine does not load any additional creatine into muscle cells. There may be other genetic reasons that aren't understood yet.
It could be that some studies that showed gains failed to use a study method that controlled for natural response rates to exercise between individuals. That is, some people respond to exercise to a greater degree than others and if this isn't considered some of the extra gains may be attributed to creatine when the gains were simply a natural response to training.
In studies that are not placebo controlled those on creatine may have a placebo response where they are expecting to feel more energetic when on creatine so this is how they behave.
Whatever the case, the take home here is that even with the two supplements that may contribute to performance, creatine and caffeine, neither may have any effect at all in you.
Nobody should expect to have miracle results from these pills or powders. If your friend tells you they got great results, that doesn't mean you will, and it doesn't mean their results were from the supplements.
They may have simply become more motivated to train because they were excited about being on a pill that makes them perform so they put more effort into their training.
When I tell people creatine will most likely not work for them so don't bother, a common comeback is, "how do you know it doesn't work, have you tried it?"
I don't need to try creatine to know if it works or doesn't. There is enough research showing the degree of response, if any, that can be expected from creatine. What's the possible practical outcome of taking creatine? If you're a responder you may squeak out a few more repetitions than usual compared to when not using creatine. You may extend the duration you can maintain short term high power output, perhaps by 5 to 10 seconds. If a person actually gets this result, that's pretty good; but few studies show this degree of response occurring, and no studies show this result occurring in all study subjects.
You will lose this extra performance once off creatine, but it's possible that after repeated cycles of creatine use a person may retain a degree of the benefit because the small extra training load resulted in a small permanent benefit.
A person is likely to increase performance in a competition to a greater extent with a good training taper, diligence with quality sleep and nutrition, and trigger point massage therapy, than they may achieve with creatine supplementation. We know that recuperative sleep, good nutrition, and proper recovery increase performance in everyone, every time. Creatine? Maybe, maybe not, and the degree may not be that great.
Reporting research findings isn't enough for many though. So now I can say, "yes, I tried creatine and I gave it an honest try, for one year, and it did nothing."
My post exercise nutrition is usually a 250 to 500 ml serving of 1% chocolate milk, sometimes with whey protein added so I can get about 25g of protein post workout. Most of my protein comes from food, about 20-40 grams on some days come from pure unflavoured whey protein for convenience. I consume about 130 -140 grams of protein each day when training.
I'm now starting a caffeine study of one on myself. I'll be following researched caffeine loading protocols that reported the greatest effect. I will be taking caffeine pills since the research shows the pills have a better effect (if any) compared to consuming coffee or caffeinated beverages.
I don't drink coffee or anything caffeinated. I don't agree with caffeine supplementation for sports performance. As with creatine I want to report on my personal experience. Caffeine and creatine are the two most popular, legal supplements that people use to improve their performance. I want to see if they make a difference in me. Maybe yes, maybe no. No for creatine.
Creatine did nothing for me. Stay tuned for my report on caffeine.
Did I take the wrong creatine? What about other types? How about buffered creatine? There are no studies that show conclusively that creatine other than creatine monohydrate work any better than creatine monohydrate.
Should anyone use creatine? I'm not sold on the idea. I say train healthy with the right work to recovery ratio, sleep healthy, and eat healthy. Stay consistant, and expect small gains over long periods that add up to large gains. That strategy will take you where you want to go, whatever level you're at.
Avoid dependancy on pills and promises, train healthy, eat healthy.
Here's some phone camera pics of me.. Sorry.. Some day I'll get some good high res pics. I expect to put on a few pounds over the next year.. I'll post those pics at that time.
I'm not a strength athlete so I'm not a huge guy, but I'm doing not so bad for an endurance athlete. I'm 46 old.
International Center for Sports Nutrition PDF on creatine
Wikipedia creatine
A coaches' take on getting results, diet and exercise trends, and dispelling common myths
Cris LaBossiere
Strength training and mountain biking. My two favorites
Showing posts with label strength training. Show all posts
Showing posts with label strength training. Show all posts
Tuesday, January 29, 2013
Saturday, June 4, 2011
Strengthen Hips To Reduce Knee Pain
There are a few basic hip exercise that I prescribe to nearly everyone I train whether they are high performance athletes or first timers. One of the first steps I take when starting with someone is an assessment of core, hip, and ankle stability and strength, and most people score low on most tests. Indeed when I first learned of these tests over 15 years ago, I scored low on them myself.
Poor hip strength is linked to knee pain (2), and a variety of hip strengthening and movement corrective exercises will reduce or eliminate common knee pain and greatly improve athletic performance in foot speed, moving sideways, and producing power.
The trouble is some of these exercises are perceived as being tedious and unusual compared to standard strength training exercises, while the final stage of advanced exercises are hard to do both strength-wise and in terms of maintaining focus on retaining good form. I've seen these factors result in many either dismissing the corrective exercises as too weird, taking too long to get results, or conversely many will do the rehab exercises at far too high of an intensity to be useful; overworking the person instead of gradually progressing them forward.
Within a couple months of hip and core strengthening mechanics can be corrected (3, 4) and knee pain can be greatly reduced, especially in woman, whose greater thigh bone angle and generally wider hips make them more susceptible to knee pain.
An Indiana University press release on June 3 (1), 2011 explains how stronger hips from a 2X per week (30 to 35 minutes) hip strengthening program improved running mechanics and lessened knee pain. Click on the link below for more details.
Recently a 50 year old male athlete I've been working with won his age group in a short distance duathlon, the second duathlon he has ever entered. Paul Seier ran recreationally a few years ago but back, hip, and knee pain made the experience a literal pain in the butt.
Paul is also a competitive mountain biker, winning gold in the Manitoba Provincial Championships (2010) for his category (sport 40+ mens).
Part of what makes Paul's story compelling is that he's a regular guy with a family, runs a business with his wife, and has only so much time to exercise. Also important to know about Paul, he previously suffered from chronic low back pain, reoccurring spasms in hip muscles, and knee pain. All of these have been resolved through massage therapy (thanks Bryan!) and a long term progressive exercise program that incorporated the exercises referenced in the research article links below.
By following what research recommends to both reverse and prevent typical overuse injuries and pain due to poor mechanics and muscle weakness, Paul was able to enter duathlon races without any pain or suffering. Paul reports that he can't believe how good he feels when he runs now; no pain, lot's of power, and no soreness afterwards.
It's true, your running can be pain free. Do what Paul did, start with the basics, very gradually increase running (Paul started with only a few minutes of running once per week, and now runs on average 1 or 2 times per week, and rides his bike 1 or 2 times per week, and does basic hip strengthening exercises once per week).
A little goes a long way so long as you do it right and overcome two of the most difficult obstacles for increasing performance: the urge to exercise too hard too often, and the urge to follow traditional no-science based injury prone high-voulme, high-intensity exercise programs with no base conditioning.
(1) ACSM: Stronger Hips Improved Running Mechanics, Lessened Knee Pain - ScienceNewsline
(2) Eccentric Hip Muscle Function in Females With and Without Patellofemoral Pain Syndrome
(3) A Proximal Strengthening Program Improves Pain, Function, and Biomechanics in Women With Patellofemoral Pain Syndrome
(4) The effect of real-time gait retraining on hip kinematics, pain and function in subjects with patellofemoral pain syndrome -- Noehren et al. -- British Journal of Sports Medicine
Poor hip strength is linked to knee pain (2), and a variety of hip strengthening and movement corrective exercises will reduce or eliminate common knee pain and greatly improve athletic performance in foot speed, moving sideways, and producing power.
The trouble is some of these exercises are perceived as being tedious and unusual compared to standard strength training exercises, while the final stage of advanced exercises are hard to do both strength-wise and in terms of maintaining focus on retaining good form. I've seen these factors result in many either dismissing the corrective exercises as too weird, taking too long to get results, or conversely many will do the rehab exercises at far too high of an intensity to be useful; overworking the person instead of gradually progressing them forward.
Within a couple months of hip and core strengthening mechanics can be corrected (3, 4) and knee pain can be greatly reduced, especially in woman, whose greater thigh bone angle and generally wider hips make them more susceptible to knee pain.
An Indiana University press release on June 3 (1), 2011 explains how stronger hips from a 2X per week (30 to 35 minutes) hip strengthening program improved running mechanics and lessened knee pain. Click on the link below for more details.
Recently a 50 year old male athlete I've been working with won his age group in a short distance duathlon, the second duathlon he has ever entered. Paul Seier ran recreationally a few years ago but back, hip, and knee pain made the experience a literal pain in the butt.
Paul is also a competitive mountain biker, winning gold in the Manitoba Provincial Championships (2010) for his category (sport 40+ mens).
Part of what makes Paul's story compelling is that he's a regular guy with a family, runs a business with his wife, and has only so much time to exercise. Also important to know about Paul, he previously suffered from chronic low back pain, reoccurring spasms in hip muscles, and knee pain. All of these have been resolved through massage therapy (thanks Bryan!) and a long term progressive exercise program that incorporated the exercises referenced in the research article links below.
By following what research recommends to both reverse and prevent typical overuse injuries and pain due to poor mechanics and muscle weakness, Paul was able to enter duathlon races without any pain or suffering. Paul reports that he can't believe how good he feels when he runs now; no pain, lot's of power, and no soreness afterwards.
It's true, your running can be pain free. Do what Paul did, start with the basics, very gradually increase running (Paul started with only a few minutes of running once per week, and now runs on average 1 or 2 times per week, and rides his bike 1 or 2 times per week, and does basic hip strengthening exercises once per week).
A little goes a long way so long as you do it right and overcome two of the most difficult obstacles for increasing performance: the urge to exercise too hard too often, and the urge to follow traditional no-science based injury prone high-voulme, high-intensity exercise programs with no base conditioning.
Paul Seier- right, Cris LaBossiere- left
(1) ACSM: Stronger Hips Improved Running Mechanics, Lessened Knee Pain - ScienceNewsline
(2) Eccentric Hip Muscle Function in Females With and Without Patellofemoral Pain Syndrome
(3) A Proximal Strengthening Program Improves Pain, Function, and Biomechanics in Women With Patellofemoral Pain Syndrome
(4) The effect of real-time gait retraining on hip kinematics, pain and function in subjects with patellofemoral pain syndrome -- Noehren et al. -- British Journal of Sports Medicine
Saturday, April 2, 2011
Seniors Can Gain Muscle Mass And Strength
A lot of the loss of mobility and strength we experience as we age can be reversed or prevented with regular exercise. We will get slower as we age, but the rate we fall apart can be dramatically reduced by strength training and staying active.
Our ability to respond to exercise is retained as we age. Both an 80 year old and a 20 year old will experience cellular adaptations to exercise, including increased strength and muscle size. Our total capacity reduces as we age, with the 80 year old producing roughly half the muscle force as the 20 year old. But the ability to affect change is is still there. This is an innate human ability and has more to do with our DNA than it does our will power or cultural habits. Exercise stimulates cells to remodel themselves. Exercise can cause bone, nerve, neuron, heart, lung, connective tissue and of course muscle remodeling.
Ability to recover from exercise diminishes somewhat as we age, requiring longer rest periods between bouts of challenging exercise, but no matter what age we are, exercise stimulates DNA to give instructions to cells to adapt to the exercise.
While strength potential of some muscle fibres may well be half at age 80 of what can be achieved in the 20's through 40's, (study) most people over age 50-60 are so far below their strength potential that getting up to half their younger potential is still a significant improvement that would be life changing. Interestingly fast twitch fibres used primarily in sprinting and strength training still preserved a fair amount of youthful function despite age related shrinking (atrophy). Study
If you're human, and not dead yet, exercise can make you better at moving, and these gains can be very profound if you've lost mobility due to being less active as the years pile on.
The main cause of slip and fall in the elderly is reduced strength and power in the muscles responsible for early recovery from slipping or going off balance; mainly muscles around the hip and lower extremities. Strengthen those muscles and you're less likely to fall down, and less likely to fracture if you do fall.
Study Study Study
You'll also go up and down stairs and get in and out of chairs better, or.. be able to enjoy the outdoors more. I'm middle aged and can already appreciate the difference staying athletic has provided me. I'm not as fit as I was in my 20's and 30's, but I'm fairing better than many of my equally aged early generation Xrs who found a less active path.
I'm not saying seniors need to become athletes, but it is noteworthy that many seniors have decided to do so and we can see the bar can be set pretty high if the desire is there. Masters athletes in their 50's through 90+ are enjoying rejuvenated bodies with many developing greater levels of fitness than they had in their youth. Achieving a mere fraction of this potential can liberate many seniors from reduced mobility, and also prevent injury and illness. Not a cure-all for sure, but profound benefit that can substantially increase enjoyment of life, and maybe add a few years as well.
Most seniors are not very active and their strength has dropped well below baseline, leaving a lot of room for improvement, despite an age related reduction in total fitness potential.
Here's an example of a recreational marathon runner who started running marathons at age 48, and has continued to do so at age 91. From age 50 to 64 his finish times remained about the same at 4 hours. By his late 80's finish times levelled off at 10 hours.
Br J Med Med Res. 2015;8(12):1074-1079.Aging, Fitness, and Marathon Times in a 91 Year-old Man Who Competed in 627 Marathons.Addison O1, Steinbrenner G1, Goldberg AP2, Katzel LI1.
An important caveat is that some physiologists are concerned that overdoing strength training or endurance training as we age can create health problems, (study) so maybe obsessing over marathons or any exercise isn't the most fortuitous age-preservation strategy. Still, the point can be made that most people in their 50's through 90's can't run a marathon, or even run very functionally at all. With that in mind, being able to increase from nothing to a fair 10k is very achievable and could really turn around a lot of peoples lives.
I'm not saying running is the focus here, I used that example just because there was an interesting study following a marathoner from age 48 to age 91. Find an activity you like and do it.
Overall strength training has been shown to be the most important as we age, because it's overall muscle atrophy and loss of strength that reduces our mobility and basic function.
Before that's read as leaving out aerobic, I personally intended on competing in mountain biking for as many decades as I am able. I'm 49. I also intend on keeping up visits to the gym for good old iron-pumping.
A study from the University of Michigan has shown that seniors can build about 2.5 pounds of lean muscle mass over about 19 weeks of progressive strength training; strength increased by 25-30% over the same period.
Dr. Mark Peterson, one of the study authors, identifies strength as one of the most important factors in maintaining function. Typically people become more sedentary as they age increasing the rate of loss of lean muscle mass and strength, and consequently less functional movement capacity.
Instead of loss of function though, seniors can actually gain function, and gain lean muscle simply by strength training.
The study authors are careful to explain that starting slow and easy with basic movements at home is important and that transitioning to gym with exercise equipment and adding more complex moves and heavier loads as one progresses is the key to muscle strength and size development.
Older and stronger: Progressive resistance training can build muscle, increase strength as we age | University of Michigan Health System
Resistance Exercise for the Aging Adult: Clinical Implications and Prescription Guidelines (PDF). The American Journal of Medicine (2011) 124, 194-198. Co-author: Paul M. Gordon, Ph.D., MPH., director of PAEIR.
A study in Taiwan looked at over 1000 men and woman of about age 74. The study showed that those who exercised regularly were significantly less likely to suffer symptoms of depression.
J Nurs Res. 2015 Nov 20. [Epub ahead of print]Regular Exercise and Depressive Symptoms in Community-Dwelling Elders in Northern Taiwan.Chang SH1, Chien NH, Chen MC.
Another study suggests that perhaps up to 70% of those living in nursing homes suffer from sleep disorders, and that insomnia increases the risk of death in older adults. After 12 weeks of moderate aerobic exercise just 3 times per week (60 minutes) sleep quality and hours increased significantly in those aged 60-75 years.
Same story here. No matter what our age, exercise improves sleep quality, can reduce symptoms of depression, makes us stronger and more mobile, blah blah.
Just exercise ok?
Our ability to respond to exercise is retained as we age. Both an 80 year old and a 20 year old will experience cellular adaptations to exercise, including increased strength and muscle size. Our total capacity reduces as we age, with the 80 year old producing roughly half the muscle force as the 20 year old. But the ability to affect change is is still there. This is an innate human ability and has more to do with our DNA than it does our will power or cultural habits. Exercise stimulates cells to remodel themselves. Exercise can cause bone, nerve, neuron, heart, lung, connective tissue and of course muscle remodeling.
Ability to recover from exercise diminishes somewhat as we age, requiring longer rest periods between bouts of challenging exercise, but no matter what age we are, exercise stimulates DNA to give instructions to cells to adapt to the exercise.
While strength potential of some muscle fibres may well be half at age 80 of what can be achieved in the 20's through 40's, (study) most people over age 50-60 are so far below their strength potential that getting up to half their younger potential is still a significant improvement that would be life changing. Interestingly fast twitch fibres used primarily in sprinting and strength training still preserved a fair amount of youthful function despite age related shrinking (atrophy). Study
If you're human, and not dead yet, exercise can make you better at moving, and these gains can be very profound if you've lost mobility due to being less active as the years pile on.
The main cause of slip and fall in the elderly is reduced strength and power in the muscles responsible for early recovery from slipping or going off balance; mainly muscles around the hip and lower extremities. Strengthen those muscles and you're less likely to fall down, and less likely to fracture if you do fall.
Study Study Study
You'll also go up and down stairs and get in and out of chairs better, or.. be able to enjoy the outdoors more. I'm middle aged and can already appreciate the difference staying athletic has provided me. I'm not as fit as I was in my 20's and 30's, but I'm fairing better than many of my equally aged early generation Xrs who found a less active path.
I'm not saying seniors need to become athletes, but it is noteworthy that many seniors have decided to do so and we can see the bar can be set pretty high if the desire is there. Masters athletes in their 50's through 90+ are enjoying rejuvenated bodies with many developing greater levels of fitness than they had in their youth. Achieving a mere fraction of this potential can liberate many seniors from reduced mobility, and also prevent injury and illness. Not a cure-all for sure, but profound benefit that can substantially increase enjoyment of life, and maybe add a few years as well.
Most seniors are not very active and their strength has dropped well below baseline, leaving a lot of room for improvement, despite an age related reduction in total fitness potential.
Here's an example of a recreational marathon runner who started running marathons at age 48, and has continued to do so at age 91. From age 50 to 64 his finish times remained about the same at 4 hours. By his late 80's finish times levelled off at 10 hours.
Br J Med Med Res. 2015;8(12):1074-1079.Aging, Fitness, and Marathon Times in a 91 Year-old Man Who Competed in 627 Marathons.Addison O1, Steinbrenner G1, Goldberg AP2, Katzel LI1.
I'm not saying running is the focus here, I used that example just because there was an interesting study following a marathoner from age 48 to age 91. Find an activity you like and do it.
Overall strength training has been shown to be the most important as we age, because it's overall muscle atrophy and loss of strength that reduces our mobility and basic function.
Before that's read as leaving out aerobic, I personally intended on competing in mountain biking for as many decades as I am able. I'm 49. I also intend on keeping up visits to the gym for good old iron-pumping.
A study from the University of Michigan has shown that seniors can build about 2.5 pounds of lean muscle mass over about 19 weeks of progressive strength training; strength increased by 25-30% over the same period.
Dr. Mark Peterson, one of the study authors, identifies strength as one of the most important factors in maintaining function. Typically people become more sedentary as they age increasing the rate of loss of lean muscle mass and strength, and consequently less functional movement capacity.
Instead of loss of function though, seniors can actually gain function, and gain lean muscle simply by strength training.
The study authors are careful to explain that starting slow and easy with basic movements at home is important and that transitioning to gym with exercise equipment and adding more complex moves and heavier loads as one progresses is the key to muscle strength and size development.
Older and stronger: Progressive resistance training can build muscle, increase strength as we age | University of Michigan Health System
Resistance Exercise for the Aging Adult: Clinical Implications and Prescription Guidelines (PDF). The American Journal of Medicine (2011) 124, 194-198. Co-author: Paul M. Gordon, Ph.D., MPH., director of PAEIR.
A study in Taiwan looked at over 1000 men and woman of about age 74. The study showed that those who exercised regularly were significantly less likely to suffer symptoms of depression.
J Nurs Res. 2015 Nov 20. [Epub ahead of print]Regular Exercise and Depressive Symptoms in Community-Dwelling Elders in Northern Taiwan.Chang SH1, Chien NH, Chen MC.
Curr Aging Sci. 2015;8(3):248-55.The Effect of Aerobic Exercise on Quantity and Quality of Sleep Among Elderly People Referring to Health Centers of Lar City, Southern of Iran; A Randomized Controlled Clinical Trial.Sharif F, Seddigh M, Jahanbin I1, Keshavarzi S.
Just exercise ok?
Friday, March 18, 2011
Spring and Summer Are On The Way; Hello Exercise Injuries
Ahh spring.. Birds singing, fresh air that doesn't freeze your face off, the sweet sound of snapping tendons, and cry's of agony from athletes sustaining muscle injuries.
While most Canadians, in fact most people around the entire globe, don't exercise much, there is still a small steady growth in people who do exercise who are starting to get more interested in taking their fitness to a higher level.
Whether a high school or university athlete or a 30 to 60 something recreational athlete, more of the active crowd are taking part in more demanding exercises. Which is great. It feels really rewarding to experience the fitness gains from high performance training.
For the general exerciser, spring and summer see more physical activity than winter.
In Canada leisure-time physical activity is 86% more likely in the summer than in the winter. (1)
My most difficult challenge as a coach is not getting sports enthusiasts and athletes to put time into training, the challenge is getting them to recognize when to go easier and placing importance on mastering the basics, avoiding overreaching, and injury prevention.
Here are some interesting stats:
This spring, whatever activity you're into, put a lot of that enthusiasm into easy and progressive basic training. It's a slow start, but if we can learn to associate the reward of greater future performance, we can really connect with the value of a progressive long term plan. Go easy now so can you can go harder later, when it means more.
Muscle strength imbalances are very common, and cause plenty of performance and movement impairments. These strength imbalances are insidious; we don't really feel them, and most people don't really know what they are and are aloof to these gremlins doing dirty deeds affecting hip mechanics, core stability, and muscle coordination.
The first step is getting assessed. Look for a coach or trainer who knows how to do a movement screen or basic technique analyses. They'll run you through a series of movement challenges to look for knees going the wrong way, lumbar and pelvis instability, and poor movement patterns due to either strength imbalances, old bad habits, old injuries, or insufficient range of motion (inflexibility).
Your exercise plan will then be built on the results of these tests with the goal of progressing you from the prehab/ rehab stage, to full on performance training. Be ready to devote up to 8 months or more to this process before really hitting training hard on all cylinders.
Yes, 8 months or more. I know.. I just lost 95% of people who may have been buying into this.
"I don't have 8 months. The season starts in 8 weeks". The only real response I can provide that has any resonance or reason are the research results I've linked here. They all demonstrate that training too much too soon results in injury, and that more focus should be placed on building gradually as performance allows.
We've developed a consumer mentality towards increasing performance. We think we can demand someone sell us a program that supplants the longer path to performance with a short cut. We're so accustom to this we now think the short cuts are the real deal and the idea of long term gains is an uninformed concept. The thing is we can't apply our consumer demands to our DNA or our cells biological processes that dictate adaptation to exercise.
We can use our consumer power to get a lower price for buying more volume, or even go high end and demand a product be custom made to our ideal demands. But that only works for things that can be easily formed the way we want. Human biology on other hand is what it is. You can't lay down $100.00 and expect muscle cells to absorb the money and subsequently get bigger or stronger.
You could argue that for dopers this is sort of how it works; they buy illegal drugs that do manipulate the natural response to exercise. But for the rest of us it's up to us learn the natural capacity of our bodies to respond to exercise then model our exercise based on that understanding. We have to be humble enough to accept that this is the way it is, and also disciplined and excited enough to reap the benefits of the long term approach.
There is a limited sweet spot for training intensity and progress that our cells can respond to. Go beyond that, and we're simply exceeding our cells ability to adapt and no matter how loud a trainer yells at your muscles, or how much you paid for the latest training gimmick, it won't do a damn thing.
Let's step back from that and tune into how fit we really are or aren't, learn about our specific strengths and weaknesses, and follow a long term injury and overuse resistant program.
I've seen it over and over: six to eight months of correcting muscle imbalances and getting back to basics catapults a persons following seasons to a higher level of performance. Nothing motivates like success and once we get passed this current trend of over-doing it and experience the success that comes with healthy long term exercise plans, more of us will be motivated to take it easy more often.
Taking it easy when it counts is what allows us to maximize performance when it counts.
1. Seasonal variation in leisure-time physical activi... [Can J Public Health. 2007 May-Jun] - PubMed result
2. Overuse injuries in high school athletes. [Clin Pediatr (Phila). 2010] - PubMed result
3. Injury patterns in Division I collegiate swimming. [Am J Sports Med. 2009] - PubMed result
4. Relationship between training load and injury in p... [J Sci Med Sport. 2011] - PubMed result
5. Factors associated with triathlon-related overuse ... [J Orthop Sports Phys Ther. 2003] - PubMed result
6. Training patterns and sports injuries in triathlet... [J Sci Med Sport. 2004] - PubMed result
While most Canadians, in fact most people around the entire globe, don't exercise much, there is still a small steady growth in people who do exercise who are starting to get more interested in taking their fitness to a higher level.
Whether a high school or university athlete or a 30 to 60 something recreational athlete, more of the active crowd are taking part in more demanding exercises. Which is great. It feels really rewarding to experience the fitness gains from high performance training.
For the general exerciser, spring and summer see more physical activity than winter.
In Canada leisure-time physical activity is 86% more likely in the summer than in the winter. (1)
My most difficult challenge as a coach is not getting sports enthusiasts and athletes to put time into training, the challenge is getting them to recognize when to go easier and placing importance on mastering the basics, avoiding overreaching, and injury prevention.
Here are some interesting stats:
- High school students who play sports all year long have a 42% increase risk of overuse injury, and potentially had the greatest reduction in injury risk by taking one season completely off from sports each year. (2)
- 1st year college/ university swimmers were more likely to become injured than later year college/ university swimmers. The reason is thought to be too rapid of a transition to more demanding training and competition. (3)
- Pro rugby players have significantly more injuries when they did more strength training or more field training. (4)
- Overuse (training too much) accounted for 68% of preseason and 78% of competition season injuries in triathletes (5), and a training volume of around 8-10 hours per week seemed to be associated with fewer injuries compared to greater or fewer training hours for triathletes (6).
This spring, whatever activity you're into, put a lot of that enthusiasm into easy and progressive basic training. It's a slow start, but if we can learn to associate the reward of greater future performance, we can really connect with the value of a progressive long term plan. Go easy now so can you can go harder later, when it means more.
Muscle strength imbalances are very common, and cause plenty of performance and movement impairments. These strength imbalances are insidious; we don't really feel them, and most people don't really know what they are and are aloof to these gremlins doing dirty deeds affecting hip mechanics, core stability, and muscle coordination.
The first step is getting assessed. Look for a coach or trainer who knows how to do a movement screen or basic technique analyses. They'll run you through a series of movement challenges to look for knees going the wrong way, lumbar and pelvis instability, and poor movement patterns due to either strength imbalances, old bad habits, old injuries, or insufficient range of motion (inflexibility).
Your exercise plan will then be built on the results of these tests with the goal of progressing you from the prehab/ rehab stage, to full on performance training. Be ready to devote up to 8 months or more to this process before really hitting training hard on all cylinders.
Yes, 8 months or more. I know.. I just lost 95% of people who may have been buying into this.
"I don't have 8 months. The season starts in 8 weeks". The only real response I can provide that has any resonance or reason are the research results I've linked here. They all demonstrate that training too much too soon results in injury, and that more focus should be placed on building gradually as performance allows.
We've developed a consumer mentality towards increasing performance. We think we can demand someone sell us a program that supplants the longer path to performance with a short cut. We're so accustom to this we now think the short cuts are the real deal and the idea of long term gains is an uninformed concept. The thing is we can't apply our consumer demands to our DNA or our cells biological processes that dictate adaptation to exercise.
We can use our consumer power to get a lower price for buying more volume, or even go high end and demand a product be custom made to our ideal demands. But that only works for things that can be easily formed the way we want. Human biology on other hand is what it is. You can't lay down $100.00 and expect muscle cells to absorb the money and subsequently get bigger or stronger.
You could argue that for dopers this is sort of how it works; they buy illegal drugs that do manipulate the natural response to exercise. But for the rest of us it's up to us learn the natural capacity of our bodies to respond to exercise then model our exercise based on that understanding. We have to be humble enough to accept that this is the way it is, and also disciplined and excited enough to reap the benefits of the long term approach.
There is a limited sweet spot for training intensity and progress that our cells can respond to. Go beyond that, and we're simply exceeding our cells ability to adapt and no matter how loud a trainer yells at your muscles, or how much you paid for the latest training gimmick, it won't do a damn thing.
Let's step back from that and tune into how fit we really are or aren't, learn about our specific strengths and weaknesses, and follow a long term injury and overuse resistant program.
I've seen it over and over: six to eight months of correcting muscle imbalances and getting back to basics catapults a persons following seasons to a higher level of performance. Nothing motivates like success and once we get passed this current trend of over-doing it and experience the success that comes with healthy long term exercise plans, more of us will be motivated to take it easy more often.
Taking it easy when it counts is what allows us to maximize performance when it counts.
1. Seasonal variation in leisure-time physical activi... [Can J Public Health. 2007 May-Jun] - PubMed result
2. Overuse injuries in high school athletes. [Clin Pediatr (Phila). 2010] - PubMed result
3. Injury patterns in Division I collegiate swimming. [Am J Sports Med. 2009] - PubMed result
4. Relationship between training load and injury in p... [J Sci Med Sport. 2011] - PubMed result
5. Factors associated with triathlon-related overuse ... [J Orthop Sports Phys Ther. 2003] - PubMed result
6. Training patterns and sports injuries in triathlet... [J Sci Med Sport. 2004] - PubMed result
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