Last year, I got hold of a Normatec MVP and immediately fell in love with it. Going through Ironman training with it has been amazing; after my long rides/runs, I would use it for 30-45 minutes and my legs would feel so refreshed and recovered, and help me be ready for the next day’s workout.
The other week, my MVP electronics unit died! Training for a marathon right now, I am building up to my usual 3 hour/18 mile runs. But man, I can sure feel the difference even so early in my build. I’ve only been running about 1 to 1:15 but working hard with a lively negative split each time.
Without the MVP, I am feeling so much more tighter and sore than using it immediately post-workout. Yesterday after running, I started up my ice baths but that was still not enough to match the effects of a 30-45 minute session with the MVP.
I sent it back to be fixed last week and cannot wait to get it back soon…!
Category Archives: Injury Prevention, Recovery, Healing, and Performance Enhancement
Auditory Cues for Better Running
One of the tools I use for better running has nothing to do with my feet; it’s my ears!
Great running form is nearly soundless. Each footfall should land with barely any noise, signaling that there is no wasted energy directed into the ground and that as much energy as possible is driving the body forward. Also, it means that there is minimal shock transferred back up the leg and into the body.
Every time I run, I strive for soundless running. I try my best to train my legs to have light footfalls, even while they are cycling fast during sprinting.
Whenever I start to hear louder thumping, I know I’m doing something wrong. Maybe I’m getting tired, or getting lazy, and not concentrating on how I’m placing my foot down. Perhaps I’m moving too fast and I need more training for light footfalls at higher cycle rates. Or sometimes I hear a louder thump from one leg than the other; that means that one of my legs is not moving in the same way as the other – something that needs to be fixed!
Training for light footfalls can be difficult. I have to pick up my leg in order to run, but I don’t want to pick it up too much or else I raise the chance of thumping the leg on the ground. I try to glide my foot across the ground as low as possible, and the gently place it down on my forefoot as my body moves forward and this motion is repeated on the other side. Sometimes my legs are moving too fast, like during sprinting or tempo running, and I need to focus even harder on placing light footfalls.
As I glide my foot forward, I also strive to maintain an even head height and not let it bounce up and down. Bouncing means that I’m wasting energy moving my body up when it should all be directed towards moving my body forward. Inevitably, bouncing leads to louder running as the legs must absorb the energy of the body coming down on each step.
Hills can be challenge, with downhill being harder. I have to aim my foot at an angle down the slope of the hill, while leaning over the foot to keep them under me. The dropping away of a decline means that I need to compensate for that when my foot moves forward to take a step, but also down the slope of the hill.
Then, training for repeatability of light footfalls over time is next. Maintaining light footfalls may be OK for short runs, but training to maintain light footfalls over the length of a marathon means extending my neuromuscular training over time. When we get tired, the legs don’t respond as well and light footfalls may be the first thing to go.
Soundless running is really important to minimize the chance of injury. When you place each foot down with minimal sound, you are landing with minimal shock transmitted back up the leg and into the body. Over time, lots of shock transmitted up the leg will lead to all sorts of problems. Silent running will minimize that shock and allow you to run injury free.
Therefore, whenever I run, my ears are attuned to my footfalls and my goal is to run as silent as possible.
Form Training with the 4 S’s
In the last few months, I’ve been really into Total Immersion and their teaching method. Swimming is one of those activities which require mastery of so many little details that trying to learn swimming all at once is very very difficult. So they do a great job of breaking down technique with drills, and enforcing focus on only one thing at a time so that you can master that without getting confused by other things you’re trying to learn. Thus, I’ve spent the last many months, and plan on for the better part of this year, in breaking down exactly what is wrong with my stroke and working on each individual part one at a time.
This has led me to believe that its teaching concepts in the area of form training can be applied to any other physical activity, especially in the case of cycling and running for me. In thinking about this, I thought I could encapsulate it in the 4 S’s of form training:
1. SYSTEM: You must have a system for identifying problems, removing bad habits and imprinting new and correct habits. With TI, they’ve done all that for you. Running has some great methods now (ie. ChiRunning, Pose Method) that strive to break down running so that you can focus on parts of your form. I have not found that to be true yet of cycling and would love to be pointed to some that discuss cycling form.
Without a system, you will inevitably try to do too much at once and see little or no improvement as old habits remain ingrained, and you can’t imprint new correct ones. It also means that you are hampering your brain/body’s ability to imprint new habits; someone once told me that you have to do something about 45 days or so to imprint a new habit. This means that you have to perform the new habit in the new way that many times exactly!
2. SENSITIVITY: You need to develop and have a sensitivity to what you’re doing wrong and also what you’re doing right. When habits become ingrained, they become commonplace and we don’t even notice when we’re doing something. This is both good and bad. Correct habits ingrained means we’re unconsciously performing optimally and not exerting excess energy and brain power to maintain activity. But if we’ve ingrained a bad habit, we may actually not know we’re doing something wrong because we’ve been doing it that way for so long. So we need to develop the body awareness to know how are bodies are moving both when we’re moving slow and especially when we’re moving fast. Slow is much easier, but when we’re cycling our arms and legs fast this may become too much to easily discern how and where are body parts are moving. Once we can know when we’re doing something wrong, then we can take steps to fix that.
3. SUSTAINABILITY: Once we ingrain new habits, we must be able to sustain them over the course of training and during the long hours of a race. Thus, we must be constantly wary of falling into old bad habits especially when we get tired and/or we lose our mental focus. Training only good habits and extending them over time will ingrain good form that is sustainable over a long time, ensuring an efficient race (and probably also injury free).
4. SYMMETRY: One thing that gets sometimes overlooked is the importance of symmetry of habits on each side of your body. We humans are built with two halves, both mirror images of each other. But unfortunately, we often perform the same activity differently on each side of our body due to old habits, favoring our strong side, muscle inbalances, etc. So while our form may be great on one side, we may find that the other side is challenged. Therefore, training to make sure that we even out both sides to equal form is important or else bad form on one side can actually affect performance on the other side.
Going back to the first S which is SYSTEM, it may be hard to find a system for your activity. TI does a great job for swimming and there are some running ones, but for cycling it may be hard. But finding a great SYSTEM will enable SUSTAINABILITY and SYMMETRY more, and help you train your brain to be more SENSITIVE.
Yin Yoga and Super Long Stretching Times
A little while back my sports medicine doc recommended I try Yin Yoga, which is a form of yoga where you are put in a stretching position and then directed to relax completely for a very long time, like 3-5 minutes. Previously I was taught to stretch 20-30 seconds; this is probably good enough for a warmup or cool down, but it didn’t address tougher situations like tightness that has been present for a long time, or releasing fascial tightness.
I went to a Yin Yoga class and unfortunately thought it was kind of bogus. Not bogus in its practice, but bogus in the fact that I had to pay $20 for an hour of super long stretching.
So no more dishing out $20, but I do now do some super long stretching at home. One I’ve been working on is laying on a foam roller, and then letting one arm, bent at 90 degrees and held perpendicular to the body, just drop with its own weight over a period of 3-4 minutes. I have found that my pectoralis minor has been really tight due to swimming, and I need to get it and the supporting fascia to release. The only way to do this is to relax completely, and let my arm slowly drift downward as muscles, joints, and fascia slowly release their tension. It’s kind of amazing; over 3 minutes, my arm will start out there in the air and then slowly drop all the way down to the ground.
The trick is to put yourself in a position to relax completely. This means that you can’t be supporting yourself with a hand or arm; that will automatically put tension in your body. I bought a cotton bolster which I sometimes use to lay on and support myself while stretching various body areas.
I tried this many years ago when I took martial arts. It was my lifelong dream to do Chinese splits. But I never could do it. In fact, I would sometimes pull muscles by stretching too long. I think my mistake back then was that I needed to find a way to stretch muscles and be able to get completely relaxed. If I tense up at any point, it could set me up for potentially overstretching my muscles and hurting myself. Perhaps I will try again to attain the Chinese split position and finally achieve my own Jean Claude Van Damme super split kicks!
Protein for Recovery
Rummaging through some old papers, I found a note scribbled by my doctor about how much protein intake someone should have during heavy training. He said that you should take 0.85 to 1.0 grams/kg of body weight every day, if you’re in a heavy training period.
I weigh about 150 lbs., or 68 kg. Therefore, I should be taking in about 68 grams of protein each day. Looking back on my typical long training day, I’d actually not eat much until after my swim/ride/run – about 8.5 hours later. Then I’d eat a cake of tofu and a bowl of rice, and then a big dinner. But that doesn’t add up 68 grams of protein; it’d often fall short.
For Ironman CDA 2009, I really was training hard on my long days. But my recovery would often stretch out to 4 days where I could not do my normal loads until then. It was not until I started taking extra protein in the form of powder dumped into my normal recovery drink that amazingly my recovery was brought in an astounding 2 days!
I never would have thought that I wasn’t eating enough to recover. Obviously I was wrong. Now I supplement with protein powder in my recovery drink regularly to make sure I get enough protein to repair my damaged muscles, and to make sure I am as fully recovered, in as short a time as possible.
To Shim or Not to Shim Part II
Check out this shot of a poster in my PT’s office:
It looked eerily like my X-ray many years ago when it was determined that my right leg was about 1/8″ shorter than my left. The whole body gets jacked, the spine even curves to compensate. Impact forces from running get transmitted along a crooked axis up my body, really causing tons of problems because the muscles and bones just aren’t lined up optimally to take the stress. Pedaling on the bike doesn’t have impact forces to deal with, but man think of the weird stresses on my muscles/joints/bones due to the fact that one foot needs to extend a tiny bit longer than the other to transmit power to the pedals!
Thankfully in my case, it was not a basic structural issue (ie. my body’s bones weren’t actually 1/8″ shorter in my right leg) and a functional issue. ART and Graston released the muscles that were shortened and/or tightening up to draw my right leg up. Then, muscle strengthening, balance training, and correcting/refining my swim/bike/run technique helped prevent it from coming back and causing injury or other problems.
All I can say is, take the time to go through treatment. Embrace the time and cost to truly fix the problem if it is functional versus structural (in which case you’ll need shims or similar). Know that you will have to break old physical movement habits and engage new ones. I guarantee you that the pain and frustration you are experiencing in your training/racing now will diminish greatly, or go away completely…
To Shim or Not to Shim
Around 2004, I had been doing triathlons for about 2 years and was aiming for my first marathon, the NYC marathon, in the fall of 2004. It was during this training period that I went to my physical therapist at the time who took an X-ray of my spine and saw that it was curved, due to the fact that my right leg was shorter than my left which jacked my spine due to my hip being not level. Because of this imbalance, all sorts of weird problems kept coming up in my knees, IT band, calves – you name it, it was hurtin’!
The fix was to get some hard orthotics, made from carbon fiber no less, and to shim up my right heel by about 1/8″. He told me that this was very common and that this should fix a lot of things. After using these hard orthotics for a little while, they cured not only my pronation related problems but also removed a lot of other nagging problems. I was ecstatic! While I wasn’t totally problem free, I was at least on the path to making it to the NYC marathon in one piece.
Then I discovered ART. And more significantly, I started using ART for performance enhancement, not just curing and managing my problem areas. In my case, this involved freeing up my hip areas where it meets the top of the leg. When my PT worked on these areas, he discovered so much constriction and adhesions that had developed over decades of being non-athletic and sedentary. He aggressively and regularly worked my psoas and glute muscles, and of course continued working on my quads, IT band, and hamstrings. The net effect was that all of sudden when I was struggling to run 2:00 400s on the track, this dropped instantly by 15 seconds after only 2 weeks!
This is significant, but not quite the focus of this post – the other effect was that after working on the whole leg, and using anatomy train and kinetic chain concepts in his ART treatment, he would place both legs together to assess the difference in leg lengths and….now they were both the same length!
Whoa. All this time, I was thinking that perhaps I was just born with a slightly shorter right leg and now that was clearly not the case. What was going on?
In the course of many discussions with my PTs over time, I had discovered that this is often a common phenomenon with many athletes. As a matter of fact, I encountered this often in magazine articles when they talk about cyclists, who after going to get an expensive bike fit, will be recommended a heel lift on one leg to help balance out power output. In subsequent discussions, I also learned that some people ARE actually born with a severe leg length differences, sometimes over 1/2″! I can’t imagine what that would feel like when walking, but then we just adjust our bodies to do so and we don’t feel any problems until something bad happens and we come into PT to get assessed and realize that we’re not symmetrical.
However, given my own experience with this on my own body, I know it’s curable. And in talking with my PT about it, he thinks it’s curable in over 90% of the cases. Wow. Something as simple as a leg length difference, which would be caused by all sorts and types of muscle imbalances, leading to injury due to the imbalance and uneven stresses on your body parts. And totally curable, but without the need for a crutch such as a heel lift or shim.
Why is the heel lift/shim a crutch? Because it doesn’t address the actual problem but only puts a bandaid on it. Think about what could cause your leg to be shorter than the other. In my case, it was a lot of bunched up, super tight muscles up by the hip area that were so tight and inflexible that they yanked my entire leg upward into the hip joint, causing a shortness of about 1/8″. So now I put a shim under my foot and at least I’m not running unbalanced, but my muscles are still constricted up there. Over time, this can cause all sorts of problems in the muscles, affect your speed, and potentially cause wearing down of the hip joint because additional pressure is being put in the ball and socket there. Isn’t this bad?
It is unfortunate that so many people are not aware of a cure for leg length problems and prescribe such things as heel lifts and shims. I am also surprised that those who do know unfortunately are not very likely to seek treatment and go through what it takes to remove this problem. Instead, they would rather just put a shim under their heel and go on with their lives because it’s easier, and certainly less expensive and less troublesome than going to a competent PT who can eliminate this problem over time.
Personally, I would rather not put a bandaid on a problem and make time to completely remove the problem which I know will extend my ability to race injury free for many years to come.
Tips on the Mental Aspects of Running
A buddy of mine asked me how I go out there and just run long, day after day, week after week. Here is the email I sent him:
You have hit on a key element in long distance racing, which is the mental aspect.
Some things to try:
1. Get used to the time. If you do this a lot, pretty soon you’ll just be used to being out there that long.
2. Grow to just love running. If you love what you do, you can do it longer!
3. Keep mentally occupied, like having a set of intervals to run which require you to look at your watch, compute times and paces, etc. Pretty soon before you know it, you’re through the workout and the time goes by pretty quickly.
4. Music helps although I don’t train or race with music generally, since it’s not allowed at triathlons. I never run with music, although I do like music while on the bike trainer, but not while I’m out riding as it’s dangerous and I can’t hear cars coming.
5. Don’t focus on pain. This never works for me. I just want to quit! If anything, I try to focus on perfect form, which tends to lessen or remove pain. I never try to get out of perfect form to lessen my pain, which could cause me to hurt somewhere else!
6. Focus on repetition and perfect form for every step. I try to keep aware of each step and try to make each step my perfect step. Get used to repeating for long periods of time.
7. Focus on distance goals, like running out to a point and then back, or saying I’m going to finish this loop. Then mentally you’re committed and you will yourself not to quit and turnaround because you said you’re going to run somewhere and then back.
8. Interesting terrain helps.
It’s one of those things where you need to train this as much as the physical aspects. Most people can get physically capable of finishing a race of any distance; you just need to swim/bike/run the distances and you’re pretty much physically there. But many people don’t have the mental stamina to finish. This is the will that drives you to the finish line even if your body is screaming for you to quit.
Given all this, there are still some days when you just don’t have it mentally. At this point, you should just go home because on some days you’ll find you just won’t be able to do the workout. But make sure you’re quitting for the right reason and not just slacking because you’re lazy.
If you’re really into some of this stuff, I often use Biorhythms (http://bit.ly/6LV2P) to help give me some forewarning on days when I may not have the right physical or mental attitude for a hard workout. I will post more about this later, but it’s an interesting way of looking at your body’s energy and how to apply it to training.
Running: Why Do People Get Injured?
I often get asked how I can race year after year and stay relatively injury free. They remark that I am 40+ years old and wonder how I can just keep doing this and get faster each time.
It took me 7 years of tinkering with my own body, trying a multitude of advice and training, even trying a bunch of technology from shoes to straps, before I figured out how to keep my body injury free.
Recently, someone tweeted about an article, The painful truth about trainers: Are running shoes a waste of money? from DailyMail, which really disappointed me. It disappointed me in the fact that we often try to simplify things and try to solve our problems with one thing. But it’s not just about one thing, like running shoes as the article suggests, or even the lack of shoes which the article also suggests. Running involves a whole system of muscles, joints, bones, and coordination and how it works during running and over time. You need to address the whole system and not just one thing.
In answering the question of how I stay relatively injury free and race year after year at these long distance events, getting faster every time, I wanted to start with talking about what I have learned in what causes injury. In my next post, I will talk about what I did to address these causes of injury.
Now I will do something that I hate doing, which is to simplify (haha!). I will list a few basic things which I have found cause injury in runners:
Pounding
People talk about how the ground pounds the feet, legs, and body while running. Unfortunately, it’s true. Every step you take puts shock back up into your body, and you have to absorb it somehow through your shoes, feet, legs, muscles, bones – whatever. Over time, exceeding the shock absorption qualities of your body relative to your running style will injure you. The object, then, is to reduce and minimize the shock that your body experiences. A combination of reducing the shock experienced AND increasing your body’s ability to absorb shock will reduce the possibility of injury.
The Build Up of Tightness and Restrictions in Muscles
Muscles get tired and tight after training. It’s natural. Restrictions and adhesions form because the muscle fibers tear during training and they get stronger through this process. Lactate by-products also cause tightness in the muscles and need to get flushed out – the faster they get flushed out, the faster your muscles will recover. Depending on your age and your fitness level, your muscles can loosen up in a few hours, or require days. The intensity of the effort will also affect the amount of tightness experienced and thus also the amount of time to recover.
I have also found that muscles tend to develop a tendency to form certain adhesions or tightness in the same spots until my body adapts to a new training stress. This has happened repeatedly over the course of an entire season; very annoying!
The problem with the buildup of tightness and restrictions is that if they are not removed, they can keep building and building, causing restricted motion and potential strain of the muscles. But there is a more dangerous effect: the tightness in your muscles can seriously reduce their ability to absorb shock, thereby transferring the shock from your muscles to the tendons and ligaments, or ultimately to cartilage and bone, which causes really bad things like fractures.
Cumulative Build-Up of Injury
Related to the previous is actual injury to your body and not letting it heal. You gut your way through pain thinking that is what will build you up, but in actuality you’re just causing more and more injury. Finally, something really bad happens, like a tendon gives way, or a real muscle tear happens, or even a fracture.
Not Enough Recovery Time
A lot of people get really gung-ho about training. They raise the amount they do in trying to attain their goal, whether it’s to lose a certain amount of weight, prepare for a race, or just get to a fitness level that is consistent with their training friends. They may have gotten a coach, who just delivers a plan that is more valid for young athletes or those that are experienced, but unfortunately may not be appropriate for them. The end result is that in the midst of training, athletes’ bodies attempt to keep up but due to some factor(s), they are unable to recover fast enough given their training schedules. The result is a build up of injury and tired muscles which leads to injury.
Many training plans, or following the training plans of others, don’t account for individual needs. Everybody has their own recovery time given certain factors and the best training plans account for this.
Failure to recognize one’s own recovery needs is a common problem. It’s often not clear exactly how much one’s body needs, and sometimes not until you get injured. Factors that influence recovery time are:
1. Length and intensity of workouts
2. Age
3. Sleep, ie. did you get enough sleep?
4. Active recovery sessions and techniques
5. Fitness level, both past and present, ie. did you run track in high school or college, or were you sedentary all the way up to the point at which you started now?
Weak Supporting Muscles, Unbalanced Muscles
I never realized how many small muscles are used in supporting running until these muscles got sore during my training. In the past, I weight trained but the result focused on the big muscle groups and didn’t really build up smaller supporting muscles. Also, being right handed, my right side was used more resulting in an even bigger imbalance between my two sides.
These small muscles are the ones that maintain your form perfectly stride over stride. If these muscles are weak, then over time they will tire and then your form will get sloppy. You subtly adjust your stride to compensate and then problems can occur when your big muscles are taking on the load of moving your body and balancing, not to mention overstraining those supporting muscles in the first place.
The way I discovered my inbalance was twofold. The first was on the Computrainer on the SpinScan where I could see as I pedaled, a graph of my power output. I was clearly dominating the power from my right side! The second way was through racing. Pushing hard through Vineman, my right hip and leg got really sore, tired, and started cramping while my left leg was tired, but relatively cramp free. It became obvious to me that I was just using my right leg more.
Using my right leg more also resulted in more problems for my left leg, showing strain in my calf and IT band, and quads, while my right leg exhibited less issues. It was an issue that has taken a long time to address, and it’s still not fully solved.
Inconsistency in Training
In observing friends who train, I find there is a huge inconsistency in their training. They all say they go out and run, but when you ask them daily if they ran, you start to realize that they train only intermittently. Some weeks they’ll run 3 times. The next week they run once. Then the week after they don’t run at all. The week after that they’ll run 2 times. And then it’s two weeks of no running. And so on.
Consistency is key in training. Your body does not adapt to something by doing it occasionally. You need to do it regularly such that the body will recognize it needs to adapt to a new level of activity and stress and will do so accordingly.
If you are inconsistent, then you’ll inevitably set yourself up for pain and injury as you’ll constantly think that you can do more, but in actuality your body hasn’t even adapted to what your mind thinks your body can do.
Bad Running Form
I watched my kid run and she has perfect running form. Great body lean forward, arms pumping, barely a thump on the ground for every step, floating on the balls of their feet.
Then we get older and something changes. We get heavier so it takes more effort to run. We don’t run constantly enough any more and enjoy sitting in front of the TV or computer screen more than going out and running. We drive cars and take elevators. Our bodies forget how to run efficiently and either we go out for track and train during high school, or we spend those years in high school letting our bodies forget how to run well.
Go out and watch other people run. You’ll see people leaning or hunched over. They swing their arms back and forth across their bodies. They pound down the pavement and you wince with every thump on the ground as you imagine the stress their bodies are absorbing. Some lean back while they run, resisting the pull of gravity backward as they try to move forward!
Bad form means body parts don’t align when you run. You’re putting stress not along the strongest muscles, but against the weaker muscles of the sides of your legs. If you’re heel striking, you send the maximal shock up into your leg bones. If you wave your arms across your body, you’re not taking advantage of the balancing movement that swinging arms forward and back brings. If you’re hunched over, then you’re adding stress to your shoulders and back and you can’t move efficiently if you’re all stiffened up!
All this leads to wasted effort and energy, and can lead to pulled/strained muscles because you’re not relaxed and not running efficiently.
Doing Too Much Too Soon
Enthusiasm in runners is great. But many don’t listen to their bodies and just do too much too soon. It is often hard to know exactly what our bodies can take before we try. But sometimes, we just exceed what our bodies can do or recover from and that’s where injury occurs. We go for a marathon when we should have trained for a 10K and a half marathon first, and over a period of years.
Or, in our competitive zeal, we go out and try to become the fastest humans we can first time out and we get hurt because we didn’t get our bodies up to adapting to the stresses yet.
Or we have someone driving us too hard, like an army sargeant coach, or friends who are more faster and experienced who egg you onwards when you go out and run with them. These are people who make you feel bad for going too slow, and you try to rise up to their challenge. Don’t get me wrong; some people need this kind of motivation. But it’s bad when you try and you don’t listen to or know your body and you hurt yourself simply to save face.
Doing Something New
Related to doing too much too soon, doing something new that your body is not adapted to can also lead to injury. Suppose you’ve never run before. Then your friends tell you it’s great and they run, and they want you to go out and run with them. So you do it. Then after a few times, your legs are aching. Now why is that?
Probably because in your desire to keep up with your friends, you go out and try to keep up with people who are used to running more than you. Then your body protests because you’re trying to do something that your body is not used to. If you continue to gut your way through it, you might make it to adapting, or you might go downward into injury.
My Painful Path to Ironman
On my path to Ironman, I chose to start with an Olympic triathlon first, working with Team in Training. Then I raced a half ironman, swam the Waikiki Rough Water Swim (2.5 miles), and also ran the NYC Marathon. I did each stage of the full ironman before I did the full thing. But still, it was too much too soon.
Before my first Olympic tri, I had not done any running at all. I cycled intermittently and didn’t really know how to swim. My body was not damaged from a previous injury thankfully, but my lack of a history of athletic pursuits, and adding in my age of 37, and the fact that my body adapts to physical stress at a certain rate, all meant that as I built up towards my first triathlon, my body was just not able to keep up.
I was constantly getting too tight and stretching could not alleviate the tightness. I tried to keep up with my Team in Training buddies on the training schedule but that was even too much for me. I kept getting sore legs and my IT bands were really sore. My knees were also getting sore from all the tightness in the surrounding muscles and the shock of my poor heel striking running form. I just thought that I would follow the plan and everything would be all right. It was definitely not, but I did make it through my first triathlon although I thought it really sucked.
After this episode, I resolved to figure this whole thing out. I tried everything and read up on everything I could get my hands on. I found out that most doctors don’t know anything about running. I found out that a lot of research has been done, but a lot of it has turned out to be false. I tried technology and that worked sometimes but not all the time. I went for another 2 years of training, gutting through my first half ironman and other Olympic triathlons until 2004 when I left my company and could spend a lot more time trying to figure this out and how to remove all these nagging aches and pains that I experienced.
The journey I went on to solve all this is my next blog post – stay tuned!
From TI Blog: How long can you sustain Fast Swimming?
I just read this off of the Total Immersion blog and had to comment immediately:
How long can you sustain Fast Swimming?
I found it to be extremely interesting in its discussion on adaptation and about neurological training. He states regarding adaptation:
These days, the coaches of elite swimmers are far more likely to give a moderate training load, let the swimmer adapt to it, then give a slightly more demanding load, adapt to that, etc. Rather than one major peak per season, they’re looking to produce a prolonged series of carefully-calibrated smaller advances in capacity and performance.
I’ve always thought that shocking the system as in the past was only going to wear somebody down and I’ve adjusted my own training to reflect an approach that is very similar to what he describes. I up my training load, then spend about 3 weeks to cement that adaptation into my system before raising it again.
The other important point is here:
The seldom-acknowledged weakness in this approach is that, while it may work reasonably well for the metabolic systems (aerobic capacity, muscle strength, etc.), neurological capacity was poorly served. A swimmer who is barely surviving workouts, because of prolonged intensity or volume, is far more likely to “practice struggle” in their movements, hurting the neuromuscular imprint needed to swim fast.
Lately, I’ve really come to realize the importance of neurological training. This is not only practicing and imprinting proper form in swimming, but also in the way my legs move in running, and also getting my nerves to fire faster so that my legs are more comfortable in cycling fast, even when tired.
Driving your system to exhaustion so that you can’t even focus on form is just dumb. I’ve discovered this as well where I would get to a point of tiredness and can’t even maintain form while running. The result is that I start stomping more, heel striking, my legs start moving slower and slower: this is all bad not only for racing fast, but increasing the likelihood of injury.
This is why I am mentally extra focused on maintaining form in all 3 sports. It’s super important to practice this, especially when you get into tired states because the body just gets lazy as you focus on “keep moving” versus proper form. The worst thing that can happen, as the TI blog entry suggests, is that when you get tired, you start imprinting improper form or you never gain the ability to imprint proper form because you’re always tired and you can’t.
Love this blog entry and love how it validates some of my own personal discoveries.