Giving back

I feel it is VERY important to help others, so I will be donating AT LEAST 10% of all profits generated from this site to help in Humanitarian Aid around the world.

Tuesday, February 23, 2010

Latest run in my Vibram Five Fingers

I went for a 3 mile run yesterday in my Vibrams on a perimeter gravel road on the Navy Base where I work.
It was a good run, I took it easy and just cruised. I love running in my Vibrams! I will never go back to traditional running shoes!
I can't even imagine running in foot coffins again!
I am working my way back into running full swing and making it a big part of my life.

I also wanted to post a link to one of my favorite stores: The North Face. I love them, they have so many products I love. If you are an outdoor person you will love the stuff they have. Check them out via the banner below.

The North Face

Tuesday, February 16, 2010

Top 11 Health Benefits of Drinking Water

I thought this would be a good topic for this blog since drinking water is esential if you are working out.

You will be amazed of the benefits of drinking water as follow:

1.Lose weight: Drinking water helps you lose weight because it flushes down the by-products of fat breakdown. Drinking water reduces hunger, it’s an effective appetite suppressant so you’ll eat less. Plus, water has zero calories. Here are the further details on how to achieve fat loss by drinking water.

2.Natural Remedy for Headache: Helps to relieve headache and back pains due to dehydration. Although there are many other reasons contribute to headache, dehydration is the common one.

3.Look Younger with Healthier Skin: You’ll look younger when your skin is properly hydrated. Water helps to replenish skin tissues, moisturizes skin and increase skin elasticity.

4.Better Productivity at Work: Your brain is mostly made up of water, thus drinking water helps you think better, be more alert and more concentrate.

5.Better Exercise: Drinking water regulates your body temperature. You’ll feel more energetic when doing exercises and water helps to fuel your muscle.

6.Helps in Digestion and Constipation: Drinking water raises your metabolism because it helps in digestion. Fiber and water goes hand in hand so that you can have your daily bowel movement.

7.Less Cramps and Sprains: Proper hydration helps keep your joints and muscles lubricated, so you’ll less likely get cramps and sprains.

8.Less Likely to Get Sick and Feel Healthy: Drinking plenty of water helps fight against flu and other ailments like kidney stones and heart attack. Water adds with lemon is used for ailments like respiratory disease, intestinal problems, rheumatism and arthritis etc. Another words one of the benefits of drinking water can improve our immune system. Follow this link for further information on how lemon water can improve your health.

9.Relieves Fatigue: Water is used by the body to help flush out toxins and waste products from the body. If your body lacks of water, your heart, for instance, need to work harder to pump out the oxygenated blood to all cells, so are the rest of the vital organs, your organs will be exhausted and so are you.

10.Good Mood: Your body fells very good that’s why you soul feels happy.

11.Reduce the Risk of Cancer: Related to the digestive system, some studies show that drinking a healthy amount of water may reduce the risks of bladder cancer and colon cancer. Water dilutes the concentration of cancer-causing agents in the urine and shortens the time in which they are in contact with bladder lining.

Great Prices on Vitamin World's Best Sellers! Click Here

Wednesday, February 10, 2010

Running Away from It All

By S. Scott Zimmerman

S. Scott Zimmerman, “Running Away from It All,” Ensign, Feb. 1981, 28

Losing weight is a pastime for millions in affluent societies, but regaining weight is an even more popular pastime. Of those who consult a physician for help in losing weight, only 7% actually reach their desired weight, and only 2% are able to maintain this for one year. In America alone, in spite of diets, weight-loss gadgets, medications, health spas, and fitness clinics, about 60 percent of the adults over the age of 30 are still overweight.

Why are people overweight? Most of us believe that the cause is overeating. While it is true that you can’t gain weight from food you don’t eat, to claim that overeating is the sole cause of obesity is an oversimplification. Let me cite seven research findings which indicate that obesity is not just lack of self-discipline in eating habits.

1. A study has shown that most obese people don’t eat more than those of normal weight.

2. Two studies have shown that obese children actually eat fewer calories than children of normal weight.

3. One study has shown that obese individuals often have longer small intestines than normal. This would lead to faster absorption of food.

4. Volunteer subjects from slimming clubs were incarcerated and observed for three weeks. Fed a 1500-calorie per day diet (which in theory should yield a two pound per week weight loss), nineteen individuals lost weight, nine maintained their weight, and two actually gained weight.

5. In another study, a group of subjects were persuaded to eat seven thousand to ten thousand calories per day for two hundred days or more, with an expected weight increase of 20 to 25 percent. Some reached the expected weight with ease, but others did so only with much difficulty, and others failed to gain any weight at all even though they consumed more than those who gained readily.

6. Hunger is a complex physiological and psychological phenomenon probably involving the release of recently discovered “hunger” hormones. We do not fully understand when and why these hormones are released, but some obese people may be the victims of improper hormone release.

7. Being overweight may be partly hereditary. For example, adopted children have a greater chance of having weight profiles like their biological parents than their adopted parents.

Thus, research suggests that obesity is not a simple matter of overeating and lack of self-control.

The Diet Cycle

One conclusion I draw from all this is that diet may not be the total answer in solving weight problems. Let’s look at the cycle that usually occurs when a typical person, John Doe, goes on a diet.

First, John stands in front of a mirror, sees rolls of ugly fat, and decides to lose twenty pounds. He cuts down on his eating.

Second, let’s say for the sake of argument that John loses ten pounds. However, unknown to him, 30 to 50 percent of his weight loss was muscle. That means he lost about five pounds of fat, which is good, and five pounds of muscle, which is bad.

Third, John’s body resists this destruction of protein by making John feel uncomfortable and irritable. The diet is no fun; John is miserable.

Fourth, John goes off his diet. The miserable means (dieting) simply did not justify the hoped-for end (slimness).

Fifth, now John is discouraged. Since he knows nothing about the physiology of weight loss, he feels he lacks self-discipline. His self-image, strained in the first place by his weight problem, now dips to a new low.

Sixth, if John is like most overweight people, his discouragement leads to more eating.

Seventh, John regains the ten pounds he lost.

I am not saying that weight reduction diets are always unsuccessful, because there are a few people who do find success from dieting. What I am saying is that for most people, diet alone is not the answer to weight control.

So what is the answer? Unfortunately, there is no magic potion or miracle gadget. There is, however, a well-documented solution to most people’s weight problem: endurance exercise.

Endurance Exercise
The right kind of exercise breaks the ill effects of the diet cycle. It increases the efficiency of burning fat and therefore prevents net loss of muscle tissue during dieting. It decreases appetite relative to the calories burned during increased activity, and it increases the lean body mass (while it decreases the amount of fat) to help maintain strength and fitness. Most of the difficulties of losing weight through diet alone can be overcome through endurance exercise.

The following is a simple exercise program designed for weight loss and fitness. Anyone who plans to use this or a similar program safely should consult a physician before embarking on the program. This is especially true for those who are very heavy, who have been physically inactive for some time, who are elderly, or who have some other health problem. The plan is designed for an average person, eighteen to fifty years old, of average fitness, and in relatively good health except for being overweight.

1. Run and/or walk ten miles per week spread over four or more days. I suggest you start by walking only, unless you are very fit. Try to walk one mile. If you begin to feel weary, slow down or stop. Start easy, go slow, and don’t overdo. In a proper endurance exercise plan, there may be room for slight discomfort but none for pain. If your first mile goes well, try going farther the next day. Don’t run. Walk until you can cover about two miles a day, five days a week, or a total of ten miles a week. Some people can start out at the full distance. Others will require a few weeks or even a few months.

After reaching that goal, if you feel you can, gradually mix in a little slow jogging. For example, walk two to three blocks, run a block, walk two to three blocks, and so on. If the running becomes painful or unduly fatiguing or especially if it induces dizziness, walk or stop altogether (after cooling down first, of course). The biggest problem in a fitness program is not lack of determination but too much of it; overdoing can precipitate stress injuries, soreness, undue tiredness, or even heart problems. Use your determination to keep patiently at the program, not to walk or run more than your body can handle.

Gradually increase the amount of slow, easy running until you are running all ten miles per week. Now you are ready to go to the next step. If you have problems running but still can walk comfortably, go to step 2.

2. Increase your weekly distance gradually to twenty miles. Never run more than two miles farther in one week than you did the week before. Never increase mileage from one week to the next if you experience undue stress or fatigue. Have the courage to give your muscles, tendons, and ligaments time to adjust. Once you have reached twenty miles per week, just keep doing it. Don’t worry about speed. Fast running won’t do you any more good than slow running. Just run (or walk) twenty gentle miles a week.

3. Eat a balanced diet. Don’t worry so much about food (but certainly don’t increase your food intake). The main focus of this program is the exercise. If after six weeks or so, you want to lose weight a little faster, consider cutting down on your eating if you already haven’t naturally. But the main thing is to eat a balanced diet from the fruit and vegetable group, the bread and grain group, the meat group (which includes dried beans and nuts), and the dairy group.

4. Listen to your body. I believe that many people with weight problems think of their bodies as an enemy deceiving them into flabbiness. This is faulty thinking. If you listen to your body, you will have a greater likelihood of success in your exercise and in your diet. When you are out running and your body says something is wrong, stop running! Cool down, and then go home.

When your body feels it needs more sleep, get more sleep! When your body starts to feel full, stop eating! Of course, make sure you’re eating balanced meals first (which should include fruits and vegetables, grains, meat, and dairy products); but even here, your body can tell you what you need to do: when your body starts to crave more fruits and vegetables and less “junk food” or other foods, eat more fruits and vegetables! If you will listen carefully, your body will help you in getting back to full fitness and health.

That’s. the plan: (1) run and/or walk ten miles per week; (2) up the distance to twenty miles per week; (3) eat a balanced diet; (4) listen to your body.

Why Running?

This fitness program suggests long, slow distance running (or walking) as the main type of exercise. While other types of endurance exercise are just as valuable, and even may be better for you in your particular circumstances, I suggest running because:

1. It is the right kind of exercise—repetitive, large lower-body muscle exercise. Swimming, cycling, and cross-country skiing are also excellent exercise.

2. It is convenient. This is probably running’s best feature. You can do it anytime, with or without a partner, in any kind of weather, and in any location—around a track, across fields, on roads and sidewalks, along the beach, through city parks, or along mountain paths.

3. It is inexpensive. A good pair of running shoes can cost from thirty to fifty dollars. Comfortable running clothing is all you need. True, you can spend a lot on jogging outfits, but they are unnecessary.

4. It can be noncompetitive or competitive, whichever you prefer. Running has become so popular you can find a road race somewhere near your home almost every weekend of the year. Yet most of America’s twenty-five million joggers never enter a race.

5. It is fun. You probably don’t believe me since your only running before this has been one-mile jogs, forced marches in the army, or laps around the practice field as punishment in your high school P.E. class. And almost everyone finds running painful and boring until they get up to about twenty miles per week. After that—well, get into shape and find out for yourself how enjoyable it can be.

Why Twenty Miles Per Week?

A common question is, “Why twenty miles per week? Why can’t I get by on ten?” Let me give you four reasons:

1. To reduce weight and control body fat. At ten miles of running per week, the fat-burning efficiency in most people is still not developed well enough for significant weight loss. But twenty miles a week will handle even the most stubborn fat. Moreover, running twenty miles a week burns over two thousand calories, or about two-thirds of a pound of fat—the equivalent of two big meals. So for losing weight, running twenty miles is quite significant.

Running twenty miles a week also increases your body’s muscle, not only making you stronger but also increasing your basal metabolic rate (the number of calories you burn just sitting around). This means you can eat the same and lose weight, or eat more and stay the same weight.

2. To increase cardiovascular fitness and decrease the risk of heart attack. 14 Jogging a mile a day or playing racquetball three days a week seem to have only a slight effect on reducing the risk of cardiovascular disease. Several recently published research reports show that the risk of cardiovascular disease is significantly reduced by exercising two thousand calories per week—and running twenty miles burns about two thousand calories.

3. To exercise without competition. People who are aggressive, pressured, and constantly trying to do more in less time seem more susceptible to cardiovascular disease. Mile-a-day jogging or thrice-a-week racquetball playing often promote competition and aggression and can become one more item for such people to do “faster” and “better” and “more efficiently.” Long, slow distance running is gentle, noncompetitive, and nonaggressive. It allows you to get out-of-doors, to get away from the pressures of life, and to be alone. Or it allows leisurely conversation with friends and family or relaxed sightseeing of your neighborhood.

4. The final reason for running twenty miles a week is to make exercise enjoyable. It’s a case of more being easier. At about twenty miles per week, the runner is usually freed from discomfort and boredom.

Other Suggestions

Here are a few more suggestions which may be helpful, as long as you are trying to lose weight and become fit:

1. Eat slower. Your overweight body may be slow in signaling that you have eaten enough.

2. Eat more dried beans, fruit, vegetables, and grains. They provide fiber, vitamins, minerals, carbohydrates, and protein without a lot of excess calories.

3. Cut down on red meat and refined sugar, although neither in moderation is harmful. (Replace some of the red meat you eat with poultry and fish, which are lower in saturated fat and cholesterol).

4. Drink water before, during, and after exercise. It’s an old wives’ tale that water and vigorous exercise will cause cramps.

5. Warm up before running by walking or slow jogging. And “cool down” after a run by walking. Static stretching (stretch, then hold) is also recommended following exercise.

6. If you can’t carry on a conversation comfortably while running, you are running too fast.

7. Exercise on an empty stomach. It will not only help you avoid side aches and stomach cramps but also help you cut down on eating. Allow about three hours after eating before running.

8. Get plenty of sleep.

9. Talk with experienced runners about your sport, or read a good book on running. It will give you additional practical advice and motivation.

10. Buy a good pair of running shoes to help prevent excessive stress on ankles and knees. Talk to sales clerks in sports and running stores.

As I talk to individuals and groups about exercise and weight control, certain questions seem always to come up. Here are a few of them:

1. “I have bad knees and can’t run. What should I do?” Maybe you had the wrong shoes. Good shoes cushion and stabilize the feet, and in turn cause less stress on the knees. Tennis shoes are fine for tennis and basketball but not for running. But if you still feel your knees can’t take running, then try swimming, cycling, and cross-country skiing, or just walking.

2. “What is the best brand of running shoes?” There is no single best brand. In fact, certain companies make both good and bad running shoes. Moreover, shoe companies continually improve their shoe models. Read articles, consult other runners, and talk to the sales clerks at a reputable sports shop or running store.

3. “How much swimming or bicycling should I do if I choose these exercises?” The goal is to exercise at a level of about two thousand calories per week. This means about twenty miles of running, five miles of swimming, or sixty miles of bicycling.

4. “What about other sports such as basketball, raquetball, tennis, or golf?” All of these sports are good exercise, but their intensity and duration are usually less valuable than repetitive, endurance exercise. Research suggests that cardiovascular fitness is difficult to attain through these sports.

5. “Do stationary bicycles (exercycles) provide proper exercise?” Yes. If you buy a good exercycle and ride it the equivalent of sixty miles per week, you will get the same benefit as from an outdoor bicycle. Many people like the exercycle because they don’t have to go outside and they can read or watch television while exercising.

6. “If I run in the cold, won’t I ‘burn’ my lungs?” No. Studies in Canada have shown that lung damage won’t occur until temperatures drop to –40° F. Surface frostbite can occur, however, so make sure you wear the proper clothing. I would not hesitate to run at –10° F if there is no wind. Consult running books and magazines for more information about safe temperatures and wind-chills.

7. “How can I know my proper weight?” Although several sophisticated methods are available for estimating proper weight, the easiest method is to look in the mirror. If you see rolls of fat, you’re overweight. A common rule of thumb is this: Grab the skin fold just below your rib cage while standing up. A one-inch-thick roll means you are ten pounds overweight. Another rule of thumb says that your ideal weight is what you weighed when you were eighteen. Unfortunately, many of us were a little overweight even in high school.

8. “I don’t have time to exercise that much. What should I do?” A friend of mine said, “You can take the time now or lose the time later.” I don’t know how true this is, but research does suggest (but not prove) that endurance exercise prolongs life. Running takes planning and scheduling, but most people can find time. For example, I know several people who run to work, saving time, gasoline, and the frustrations of parking. Again, it takes planning, but for some it’s the best way.

9. “What are some of the other benefits of endurance exercise?” I’ve already mentioned weight control and decreased risk of cardiovascular disease. Endurance exercise also helps reduce high blood pressure and relieve depression and nervous tension. Moreover, physicians report that physically fit people bounce back faster from injury and disease. Most people who stay on an endurance exercise program simply report, “It makes me feel better.”

Following an endurance program will almost certainly take inches from your waistline. But more importantly, you will discover how physical fitness makes everything in life a little more enjoyable.

Tuesday, February 9, 2010

The Running Shoe Debate: How Barefoot Runners are Shaping the Shoe Industry

A group of running rebels are shedding their shoes and reporting years of injury-free miles. Some ultramarathoners, biomechanics experts and doctors think that's probably a good thing. Others go so far as to say running shoes are in fact causing injuries. Meanwhile, running shoe companies continue to precisely measure runners, and pound and flex shoes in their high-tech labs. Could shoes—and shoe companies—be covering hundreds of thousands of perfectly able bare feet? If shoes are doing damage, just what are the companies measuring?

By Tyghe Trimble
Published on: April 22, 2009

The Boston Marathon, one of the world's most competitive 26.2-mile races, had the best runners from Kenya, Ethiopia, the U.S. and around the globe churning out 5-minute miles on Monday for over two hours. While all eyes were on the front-runners—notably the United States' Ryan Hall (third) and Kara Goucher (third among female racers)—way back in the pack there was one person, Rick Roeber, who stole headlines with his unique running style. One glance at Roeber's feet and you can see what all the fuss is about: he isn't wearing shoes. And a number of people—ultramarathoners, biomechanics experts and doctors included—think that's probably the best way to run. Some go so far as to say running shoes are in fact causing injuries.

While entry into the Boston Marathon is a feat in itself—Roeber needed to have about an 8-minute-mile pace over 26 miles to qualify—attempting the race barefoot is something most runners would find an absurd, even obscene, gesture. Runners are hooked on shoes. For good reason, it would appear: Ranging from 5 mm to 22 mm thick and made mostly of polymer, running shoes are engineered to support feet for mile after mile of rough asphalt and rocky terrain. They protect vulnerable soles from glass and debris, provide padding and, shoe companies claim, help correct problematic twists and turns of our ankles and legs caused by excessive pronation.

But to barefoot advocates such as Chris McDougall, author of Born to Run (Knopf, hitting bookstores in May), Roeber is one of the few in Monday's race not drinking the shoe industry's Kool-Aid. In his book, McDougall follows the Tahumara, a Mexican tribe of ultrarunners who race from 50 to 200 miles straight without shoes, yet remain healthy and injury-free. Science doesn't support the shoe industry's claim that "humans are born broken," McDougall tells PM, and that running shoes exist to fix our stride. Humans have been barefoot for nearly 2 million years, but have had running shoes for only a little more than 40—when Nike-founder Bill Bowerman cobbled together the modern-day running shoe with glues, plastic and a waffle iron in his basement. Shoes cause runners to lose musculature in their feet, McDougall argues, and takes away the natural cushion in their stride.

Could shoes—and shoe companies—be part of a $25 billion snake oil industry, covering hundreds of thousands of perfectly able bare feet? Or is barefoot running dangerous for marathoners and weekend joggers alike? That's the debate now brewing in the running community. The answer depends in part on a classic chicken and egg question: Do we run the way we do because of running shoes, or do running shoes support the way we now run?


Taking it in Stride
In a back room at the $2 million New Balance running shoe research and development lab in Lawrence, Mass., the MTS 858 Mini Bionix II—a giant hydraulic piston with the cast of a foot attached—loudly pounds into the heel of a light blue, cushioned running shoe. This stress-testing machine, made by the same company that builds earthquake simulators, can apply 5620 pounds of force to a shoe 30 times every second (although researchers at New Balance tend to be gentler on the footwear). Down the hall, a glass plate sitting in the middle of a polished wooden floor conceals a camera that measures the impact of the shoe on the ground. Cameras also capture the light reflected by tiny silver dots worn by a runner on a treadmill, tracking hundreds of points on the body during each stride. Across the room, an outline of feet projected onto the wall conveys the treadmill runner's footstrike in real time. Meanwhile, a computer records streams of data relaying angle and force, to be interpreted and analyzed by researchers later. This is high-tech biomechanics, all in the service of designing the perfect running shoe.

Some researchers and runners think this ideal shoe will be cushioned and wide, with high-tech gels, plastics and perhaps even moving parts to better absorb shock. To others, the perfect shoe looks more like a sock, with only a thin cover to protect feet from glass and other ground hazards. The two design camps split cleanly between catering to different strides: While the barefoot runner's gait tends to strike on the forefoot, a significant amount of shoe technology is aimed toward a heel-to-toe motion. A study from 1980, which was repeatedly cited by shoe experts at the New Balance labs, reveals how much more prevalent heel-to-toe running is. Analyzing the form of 753 runners, biomechanical researcher Benno Nigg found that 80 percent of runners (videotaped in two races) ran with a heel-to-toe motion; 45 percent of the faster runners (those with a 5-minute, 18-second-mile pace or better) ran heel-to-toe-step; rest ran with what he calls a midfoot strike, in which the heel and forefoot strike the ground simultaneously.

Shoe companies design shoes for the vast majority-the 80 percent of heel-to-toe runners—and their goal is to prevent excessive rolling movement of the foot. "There are people who will pronate a lot but will not get injured," says Keith Williams, a senior lecturer at the University of California, Davis, who has consulted in the footwear industry for 30 years. "Then there are those who will pronate a little and get injured." To play it safe, shoe companies bulk up the heel, the arch and extend the sides of shoes, which stabilizes the foot as it rolls from heel to toe.

While there are as many ways to do this as there are shoes for sale, Sean Murphy, manager of advanced product engineering at New Balance, says shoe companies often fall back on what he calls the 22-12 solution-placing 22 millimeters of material under the heel of the shoe and 12 millimeters under the forefoot. "Shoe companies have been stuck in the paradigm of the 22-12 for years," Murphy says, and people buy them in part because it's the feel they've grown accustomed to. "We're just now building products for people who tend to run more on their forefoot, like many ultramarathoners."

But according to McDougall, all shoes with cushioned heels, however spare, encourage heel-to-toe running, which he says leads to excessive pronation. "Take the heel off the shoe and those problems will be solved," McDougall says. In other words: Run barefoot. He points to a 2008 paper in the British Journal of Sports Medicine, in which the author, a researcher at the University of Newcastle in Australia, "revealed that there are no evidence-based studies-not one-that demonstrate that running shoes make you less prone to injury."

Murphy agrees. "The studies on injuries just aren't there," he says. However, there is also a dearth of studies demonstrating that running shoes make runners more prone to injury.


The More Perfect Shoe
With or without shoes, humans are evolved to run. In a 2004 study published in Nature, Dennis Bramble and Daniel Lieberman provide clear physiological evidence of this: Humans are efficient sweaters, for one. We also have tall bodies with ample surface area to cool ourselves, large buttocks with muscles critical for stabilization in running, and long legs that include Achilles tendons-ideal for storing and releasing mechanical energy. These features, the authors argue, allowed us to be superior scavengers and even hunters (by tracking sprinting animals).

The problem modern-day runners face, according to Hugh Herr, Popular Mechanics 2005 Breakthrough Award winner and head of the biomechatronic group at MIT, isn't presented by our bodies but by the evolution of running surfaces. Humans that ran to scavenge or hunt for their food weren't pounding concrete. Herr is in a unique position to weigh in on shoe technology. He defended the double-prosthetic sprinter, Oscar Pistorius, in his appeal to the International Association of Athletics Federations board last year against charges that his Cheetah prosthetics provided a mechanical advantage. Herr also invented the iWalk Powerfoot One, the most advanced robotic ankle in existence.

Bare feet just aren't meant to support running on modern day hard-top surfaces, Herr says. In his research, Herr focused on two problems with both shod and barefoot running-pronation angle and impact force. While barefoot running is best for a natural, stress-free pronation angle, Herr says, it is not ideal for coping with roads and sidewalks that can lead to stress-impact injuries. Shoes, on the other hand, excel at diminishing the force of impact on hard ground. But they do so at the cost of the natural stride-all the padding added to the shoe exaggerates the foot's rotation. "It's hard to design a shoe with pronation as small as what exists naturally," Herr says. "When you're barefoot, you have the advantage of the heel being very thin [and thus diminishing rotation]."



Herr's solution to the problem of shoe design is to start from scratch and fundamentally redesign the running shoe. His first-stage prototype looks nothing like any shoe for sale today. Called the SpringBuck, Herr's shoe is form fitting, taking advantage of the barefoot runner's naturally low pronation, while a spring-like heel diminishes the impact of feet on hard surfaces. This shoe even shows a metabolic reduction for the runner, Herr says, thanks to the optimized stride. Though no doubt radical to barefoot advocates and shoe labs alike, a running shoe that rethinks humans' relationship with their environment may fill the vacuum of science on the great shoe debate and finally provide a one-size-fits-all solution.

Herr's solution to the problem of shoe design is to start from scratch and fundamentally redesign the running shoe. His first-stage prototype looks nothing like any shoe for sale today. Called the SpringBuck, Herr's shoe is form fitting, taking advantage of the barefoot runner's naturally low pronation, while a spring-like heel diminishes the impact of feet on hard surfaces. This shoe even shows a metabolic reduction for the runner, Herr says, thanks to the optimized stride. Though no doubt radical to barefoot advocates and shoe labs alike, a running shoe that rethinks humans' relationship with their environment may fill the vacuum of science on the great shoe debate and finally provide a one-size-fits-all solution.

Monday, February 1, 2010

Minimalist run

I went for a run on Saturday in my Vibram Five Fingers. I ran 3 miles on pavement. I felt good, but I really need to get back into this on a regular basis. I feel great when running every day.

It does feel really good to run again. I will be making this part of my day at least 4 days a week, hopefully 6 days a week.