The New Anterior Approach Hip Replacement Procedure

By Kate | Published: January 25, 2012

My mother-in-law recently underwent the new “minimally invasive anterior approach” hip replacement surgery. That’s a mouthful, but it is turning out to be the least painful and quickest recovery when it comes to hip replacement surgery! I was amazed at her speedy recovery and how good she felt after her hip replacement. Knowing others that have gone with the traditional posterior approach, I watched the agonizing and slow rehabilitation process that is so commonplace and the associated healing time in the 6 month range. With the anterior approach, we are talking about possibly walking and going back to your pre-surgery workout routine in 6 weeks. Amazing!

The Minimally Invasive Anterior Approach

The anterior approach is a surgical approach from the front of the hip joint, as opposed to a lateral (side) approach to the hip or posterior (back) approach. An important factor is that the musculature is not detached from the pelvis or femur. The hip is replaced through a natural plane between the muscles and tendons keeping the quads and glutes intact. Special operating room equipment is required for this technique, as well as special physician training. You may have to travel to find a specialist that can do this procedure, but it is worth it. You can learn more about this procedure at Dr. Kreuzer’s website (http://www.stefankreuzermd.com/), a surgeon mentored by the pioneer of this procedure in the U.S., Dr. Joel Matta.

Helpful Pre Surgery Tidbit

I was so compelled to understand how this was possible that I did a little research and found an interesting tidbit to make this procedure, as well as other surgical procedures, a better experience. Comparing notes from a Blog post written by a man that was in good pre-surgery fitness to my mother-in-law who was in okay condition, the man had less pain and was mobile earlier in the recovery process. The key here was the pre-surgery muscle condition. The man, even with the deteriorating hip joint, continued to strengthen his lower body muscles, compared to my mother-in-law who did less and had more lower body deconditioning at the time of the surgery. This is common with most hip replacement candidates, because there is a great amount of pain with everyday tasks such as walking and climbing steps. So, it seems that better conditioning pre-surgery, leads to better recovery post-surgery.

Pre-Surgery Tool

You may be saying to yourself as you read this, “What can I do though, it hurts to bad to do activities?” A solution to maintain or even strengthen your lower body is to use the “AlterG Antigravity Treadmill”! “What is that?” you ask. It is a revolutionary new training and rehabilitation treadmill designed specifically to decrease the impact on lower body joints. It allows you to be mobile without all the downward force from gravity on your joints. The treadmill can be adjusted to the exact point where you feel no more pain and move safely and freely. “Where do I find an AlterG treadmill?” This versatile piece of technology can be found in physical therapy offices, hospitals, nursing homes, and so many other locations across the country. To find a location near you, visit the AlterG Locator website page.

Posted in Physical Therapy, Rehabilitation | Leave a comment

Ideas for Keeping the Weight Off During the Holidays

By Kate | Published: December 13, 2011

Before beginning any exercise or dietary program, please talk to your health care professional.

The holiday season is upon us and soon the pounds will be too. Holiday dinners and treats change the way we eat. The added tasks needed to get through this festive time of year, change our daily habits as well. Instead of visiting the gym or taking a walk, we spend our precious extra time doing the holiday hustle and bustle.

The holiday season brings even more challenges for individuals that are rehabilitating, diabetic, or have other medical conditions. I don’t mean to dampen your holiday cheer, but research indicates that weight gain during the holiday season is typically on the order of 5 to 10 pounds. So, all that hard work from the past summer’s activities is gone in less than 5 weeks.

Make a change in your holiday celebrations that includes some new healthy habits that you can use year round. These changes will help to keep the overindulgence to a minimum by increasing your awareness, lessening your desire to overeat at holiday events (such as office parties and family dinners and outings), and increasing the time you exercise even with all the hustle and bustle.

Here are four weight control ideas including exercise, shopping, family activities, and daily eating habits you can incorporate in your routine to help you avoid or at least lessen the seasonal impact on your waistline.

Holiday Weight Control Idea #1: Increase Your Activity Level

The first idea is to include more “active” activities in your holiday routine.

  • Take the stairs instead of elevators
  • Park your car further distance from the entrances of malls and shops
  • When visiting friends or family, walk or take the bus instead of driving

Holiday Weight Control Idea #2: Don’t Let the Weather Get the Best of You

Bad weather can pose a significant challenge to maintaining your usual level of activity during the holiday season. Rather than giving up on your activity during bad weather, find different location for exercise.

  • Shopping malls welcome walkers during the hours prior to opening. Shopping malls are climate-controlled areas and offer a safe environment for exercise. Some local hospitals have walking clubs associated with shopping malls. The walks are scheduled at convenient times during the day.
  • Check out your local physical therapist locations. Some offer state of the art technology to keep you moving without pain or further damage. Equipment can include pools, elliptical machines, or even an unweighting treadmill. The device is called an AlterG. To find a physical therapist or other provider of this unweighting  treadmill click this link or visit www.alter-g.com/ find-an-alterg. This environment offers a safe, supervised and friendly location for exercise.

Holiday Weight Control Idea #3: Involve Your Family and Friends

A third idea is to involve your family and friends in your exercise routine. Holidays offer more opportunities for family togetherness and socializing, so find a way to make these interactions help you maintain your exercise routine.

  • You might consider family walks or cycling trips around your neighborhood.
  • Visiting friends in the neighborhood by taking after-dinner strolls together
  • Caroling with friends or family can keep you moving yet not disrupt your holiday plans.

Holiday Weight Control Idea #4: Change Your Eating Habits

A fourth idea, my personal favorite, is to change the quantity of food and frequency that you eat. I know what you’re thinking, “but I’m so hungry and the food is so good”. Yes, it is, but if you increase the number of time you eat per day and reduce the quantity, you will be amazed at how your stomach (and brain) is so much more satisfied with small portions.

Here’s how you do it.
Breakfast
Always have breakfast first, making sure to have a protein and a complex carbohydrate in the meal. A great example of this is an egg (poached, fried, scrambled, or hard boiled) on a piece of whole wheat or oat butter bread. The protein and butter will keep you satisfied unlike a bowl of cereal that leaving you with a burning hungry stomach in less than an hour. I’ve had great success with this breakfast; it is low cost, quick and a nice easy habit to get into.

Mid-Morning Snack
Sometimes I’m so busy I miss this one, but it is always quick and easy when I do need it. Keeping a stash of energy bars in my purse, coat, desk, and car is the best solution here. If you are feeling hungry at all, have one. Otherwise, you will over eat at lunch.

Lunch
Again, keep it small. Instead of a whole sandwich eat half. It is a great money and calorie saver by finding someone in the office or home to split meals. If you’re by yourself, cut it in half and save it for the next day.

Late Afternoon Snack
This one is key to keeping your eating under control for dinner, parties and any other evening festivities. Eat a satisfying snack of crackers and cheese or chips and guacamole or some other type of healthy snack.

Dinner
Eat a dinner meal comprised of a protein, veggie and salad. Notice the lack of the carbs? You just had carbs in your snack earlier and will not crave them during this meal. You will find combining the ‘Later Afternoon Snack’ and small smart dinner will have you full in no time.

Adding a modest aerobic activities and modifying your eating habits are ways to accomplish to beat the holiday weight gain season.

Have a safe and happy holiday season!

Posted in Weight Loss | 1 Comment

Great Treadmill Workouts for Weight Loss

By Kate | Published: August 15, 2011

Incorporating treadmill workouts into your weight loss program can be the workout that finally makes a difference.

The physicians and staff at the Medical College of Wisconsin found in a study comparing different exercise machines that the treadmill is the best indoor exercise machine for burning calories and losing weight. The study couldn’t entirely explain why treadmill workouts burned more energy than the other workouts at the three exercise intensities tested. According to Martin D. Hoffman at the Sports Performance and Technology Laboratory, one factor, is that running involves many large muscles, from shoulder to toe, working through a wide range of motion. In contrast, rowing doesn’t involve the large leg muscles, and a stationary bicycle does little from the waist up. The great thing about treadmills is the skills you need to use it are very low for walking, jogging or running.1 And in situations where walking is difficult, the best treadmill for weight loss is one from AlterG that enables mobility by decreasing pain and making walking easier.

Treadmill Interval Workouts

Aerobic Interval Training

Aerobic interval workouts on the treadmill are designed to progress a beginner to the next level of weight loss. This workout is a great starting point for those not capable of performing a 20 continuous cardio workout. This level of interval training is alternating stints of low intensity aerobic exercise with a short breaks following. For example, perform 5 minutes of low intensity aerobic activity prior to taking a short break, followed by another 5 minutes of low intensity aerobic training, until you accumulated 20-30 minutes of activity. Over the first couple weeks of training, you should try to increase the time of each aerobic interval session while decreasing the rest interval. The advantage of the AlterG Anti-Gravity Treadmill is that it helps those that are too deconditioned to even complete short stints of exercise.  By unweighting users, the AlterG can allow for activity by making walking easier and safer.

High Intensity Interval Workout

A word of caution first regarding high intensity interval training, it is not for beginners. There is a much higher incidence of injuries due to sprinting and the high acid levels in the muscles. If you’ve been running and are ready to step it up a notch or have accomplished aerobic interval training (mentioned above) then interval training leads to greater fat loss. Even though you burn less calories during the activity, you continue to burn calories due to EPOC, excess post exercise oxygen consumption. An example workout would be to sprint for one minute and then walk or jog for two minutes following this pattern for 10 to 15 sets. This interval would be considered a 1:2 work to rest ratio interval workout and would take approximately 30 to 45 minutes to complete. To avoid injuries, it is recommended to perform sprinting interval training at zero percent incline. High intensity intervals for endurance athletes should limit this type of workout to two times per week.  With the AlterG, athletes can decrease joint impact forces, possibly protecting them from injury, when performing these high intensity interval workouts.

Fat Burning Treadmill Workout

Exercising at a constant pace or sustaining the intensity for the duration of the workout is highly effective for weight loss on a treadmill, particularly for novices. The technical definition of steady state training is when heart rate and oxygen consumption stay the same at a constant rate of work. The best way to accomplish this is to exercise at a low intensity for a prolonged period that uses fat resources as opposed to available carbohydrates in your system. To benefit from steady state training you need to increase your workout time at a pace of 60% of your max heart rate which is typically 220 minus your age. Monitor you heart rate to keep the same intensity. You should incorporate this type of workout 3 – 5 times per week or rotate it with some of the other workouts in this article. On the Anti-Gravity Treadmill, the user can adjust not only speed and incline, but also body weight, to modify the workload and maintain their target HR.

The “Random” Setting Workout

Checkout the setting on your favorite treadmill and you will most likely see a setting call “Random”. This setting puts you though a random course of inclines and speeds. This program works so effectively because it creates an element of surprise during the workout. It creates muscle just like an outdoor trail run or jog would do. Muscle confusion is a training principle that utilizes constantly changing movements so that the body has a difficult time adapting, thereby working harder and responding with more energy expenditure or calories burned. Do this workout for 30 to 45 minutes. Incorporating this type a workout is a nice change and is rewarding when you finish. The added parameter of % body weight in the AlterG creates even more  opportunities for users to “surprise” their body and contribute to muscle confusion.

Hill Climbing Treadmill Workout

Hill climbing workouts are great for building muscle to trim fat on your legs and glutes. Again take a look at your control panel for your favorite treadmill and you will see the “Incline” up and down arrows. The biggest bang for your workout dollar occurs at inclines above 10 percent. According to FreeMotion Fitness, researcher Dr. Matthew Rhea, director of human movement at A.T. Still University, determined the following:

  • Walking at 3 mph with a 12% incline yielded the same heart rate as running at 6 mph on a flat surface.
  • At an incline of 15% incline, muscle activation in the legs exceeded 75 percent of maximal isometric contraction.
  • At zero percent incline only 20% of muscle tissue was activated.
  • At 2 mph and 16% incline, over six calories per minute from fat were burned.
  • Compare this to less than two calories per minute from fat used at 6 mph and 0% incline.

For example, set the incline to 10% grade and walk or run at an intensity level of 80% of maximum heart rate, 220 minus your age. You can maintain steady state through the hills or incorporate intervals of lower inclines with higher inclines. Do the hill climbing workouts for 30 to 45 minutes. Adding this type of treadmill workout for weight loss is effective at once per week. On the AlterG you may have to adjust your speed and incline to reach you target HR if you are taking advantage of the unweighting option. But the big upside of being able to take load off of your joints is less aches and pain, for more results in your weight loss program.

Treadmill Workout Tips

To avoid injuries warm up five minutes before each training session and cool down five minutes after each session. Stretching 10 minutes into the workout can make tight muscles relax if you are feeling overly tight. Stretch all major muscles after your cool down should never be skipped. Hold each stretch for 20 to 30 seconds. When you are first starting out keep a journal to track your progress including duration, calories burned and type of workout. You will be surprised with results and it is rewarding to have it on paper and motivating. Drink plenty of water before, during, and after the workout. Combining your new training program with a healthy diet of lean protein and veggies will give you the quickest results and you will feel great. Before beginning any new exercise program, consult your physician.

1 Hoffman, Zeni, Clifford – http://www.scribd.com/doc/52797323/1424-full

Posted in Exercise, Weight Loss | Leave a comment

What is Overuse Syndrome?

By Kate | Published: July 31, 2011

Overuse syndrome is a disorder where a certain part of the body is damaged by repeatedly overusing it or subjecting it to too much stress.

The strain that causes overuse syndrome occurs when a body part is called on to work harder, stretch farther, impact more directly, or otherwise function at a greater level then it is capable of handling. The affecting impact may be insignificant, but when it occurs repeatedly the constant straining can cause damage. The term overuse syndrome identifies a large group of conditions that result from using the body in a repetitive way, causing injury from the amount of cumulative stress.

These conditions are often focused on a joint and usually affect the muscle, bone, tendon or bursa of the joint. However other anatomical features and areas can be stressed and their response to that strain can be an injury.

Some common examples of overuse syndromes are:

  • Tendonitis
  • Bursitis
  • Carpal Tunnel Syndrome
  • Patellofemoral Pain
  • IT Band Syndrome
  • Plantar Fasciitis

Repetitive Stress Injury

Repetitive stress injuries are a type of overuse syndrome that affects bones, muscles, tendons, nerves and other structures of the musculoskeletal and nervous systems. It develops when small injuries occur repeatedly from repetitive tasks, forceful exertions, vibrations, mechanical compression (impact on hard surfaces), or sustained or awkward positions. It is also known as Repetitive Strain Injuries or Disorders, Repetitive Stress Disorders, Cumulative Trauma Disorders, Overuse Syndromes, Repetitive Motion Injuries, Disorders or Musculoskeletal Disorders.

Hip overuse injuries such as tendinitis and bursitis occur commonly in individuals who actively participate in running, cycling, and cutting sports such as soccer, football, hockey, etc. These injuries can occur after an acute injury, such as an adductor strain from soccer, or present as a chronic pain, such as a hamstring tendinopathy from repetitive activities such as running. Training errors, biomechanical issues, and sudden increases in activity levels are also risk factors. In the adolescent age group, traction injuries such as avulsion fracture and apophysitis can occur and cause difficulties with training and performance.

The investigation into the cause and treatment of hip and other overuse injuries can often be frustrating for clinicians and patients alike, but with the unweighting conditioning equipment from AlterG, athletes and novices alike can train without the added risk of overload and overuse injuries often encountered in many sports. The AlterG Anti-Gravity Treadmill allows the user to train longer, run faster, gain additional strength, and enhance cardiovascular performance while minimizing impact and stress on their joints.

  • Strengthens and improves coordination of muscles, which in turn protects surrounding joints.
  • Promotes the full range of motion while minimizing stress during athletic conditioning.

The AlterG Anti-Gravity Treadmill® creates a lifting force using Differential Air Pressure (DAP) Technology. The athlete wears neoprene shorts and zips into a pressurized, airtight enclosure which calibrates to their exact body weight. The intuitive control panel allows the athlete to change his/her weight, reducing it by as much as 80% in precise 1% increments.

Posted in Injury Prevention | Leave a comment

The What, Why and How of Overspeed Training

By Kate | Published: July 25, 2011

What is Overspeed Training?

Overspeed training is an effective method to recruit new muscle tissue to enhance performance when an athlete accelerates their body, or parts of their body, at speeds greater than regular competitive speeds. An overspeed training session typically has the athlete performing at a rate of 8% to 13% faster than the athlete’s fastest speed. As the athlete is training at the higher speed new muscle motor units are engage within the same muscle tissue, building and developing speed and agility.  Great overspeed training is now available to the general public, not just professional teams through revolutionary technology available to you at many of your local physical therapy locations.  This is accomplished with the AlterG Anti-Gravity Treadmills that use differential air pressure to reduce the athlete’s body weight down to as low as 20%.

Why is Overspeed Training So Valuable?

Overspeed training can be very effective at extending the range of motion and engaging muscle tissue that typically are not triggered. Without the right equipment, training at these high intensities can cause injuries because:

  • Balance needs to be supported
  • Proper running mechanics should not suffer at higher speeds
  • Ground reaction forces should be minimized to decrease impact and stress on joints

There are several devices available on the market for towing, such as rubber bands and pulleys. But only the AlterG can allow you to safely load the muscles and increase speed and agility to attain a higher level of performance.

“I think it’s the best piece of equipment made for running in the last 30 years, the most revolutionary piece of equipment, without a doubt!”

Alberto Salazar
Director of Nike Oregon Project
American Running Legend

How is Overspeed Training on the AlterG Treadmill Effective?

Alter-G’s Anti-Gravity Treadmill is a highly effective athletic conditioning tool for both recreational and competitive athletes by allowing the user to train longer, run faster, gain additional strength, and enhance cardiovascular performance while minimizing impact and stress on their joints.

  • Strengthens and improves coordination of muscles, which in turn protects surrounding joints.
  • Promotes the full range of motion while minimizing stress during athletic conditioning.

The AlterG Anti-Gravity Treadmill® creates a lifting force using Differential Air Pressure (DAP) Technology. The athlete wears neoprene shorts and zips into a pressurized, airtight enclosure which calibrates to their exact body weight. The intuitive control panel allows the athlete to change his/her weight, reducing it by as much as 80% in precise 1% increments.

Posted in Athletic Training | Leave a comment

Benefits of Barefoot Running

By Kate | Published: June 10, 2011

A recent study at Indiana University discussed the benefits of barefoot running and its capacity to decrease impact force injuries with proper technique. For some this may include a complete change in running mechanics that previously included landing on your heels or growing up running in standard athletic shoes.

Stuart Warden, director of research at the Department of Physical Therapy at Indianapolis University advocates runners suffering from repetitive running-related injuries with no results from rehabilitation consider barefoot running as an option. Athletic shoes these days are made with a big cushion under the heel and arch support that make our feet weaker and can increase impact force injuries.

When switching from shoes to running barefoot though, there is more to do than just throwing away the sneakers. A main consideration is how a runner’s feet land on the ground. Athletic shoes, with a big cushion under the heel, encourage the runner to strike the ground with heels first. The foot has so much support in these shoes that the muscles don’t need to work as much as they would otherwise and grow weaker. If you transition to barefoot running slowly and run correctly, you could decrease the risk of injury over the long term. Running shoes also place the foot in a down position that makes it difficult to comfortably land on the front part of the foot. Two key factors to get the benefits of running barefoot are:

  1. Correct running technique where the foot fall lands on the front of the foot
  2. Slowly building muscle strength in and around the foot.

With improper barefoot running technique, the risk of injury could increase. Barefoot running is painful when landing on heels. In shoes or barefoot, the heel striking the ground first causes the impact force damage that is conveyed right up through the foot and into the body. The predominant theory is that the impact force contributes to stress fractures and other injuries associated with running. By decreasing those impact forces, the risk of injury is reduced. When barefoot runner’s feet land on the front or middle of the foot and the heel is lowered to the ground, the impact force is less and the risk of potential injury is lower.

When you are considering moving to barefoot running you should see your physical therapist first. Your therapist can help you slowly correct bad form and increase foot strength to adopt this new technique. Many physical therapists have gait training treadmills that can unweight you while you are correcting any issues and getting used to the barefoot running mechanics. See your physical therapist and see if barefoot running is a good option for you!

Posted in Athletics | Leave a comment

Benefits of Exercise for Seniors with Mobility Issues from Parkinson’s Disease

By Kate | Published: June 8, 2011

Parkinson’s disease is an incurable, degenerative neurological condition that causes mobility issues due to excessive tremors, muscle stiffness, and impaired balance. Research shows that a regular exercise program can improve mobility and improve a patient’s quality of life if they suffer from Parkinson’s. This article discusses an exercise program for Parkinson’s patients, but as always you should consult with your physician, physical therapist, or healthcare professional before developing your own exercise regimen if you have specific medical considerations.

Benefits of Regular Exercise for Seniors with Parkinson’s

The following is a list of the benefits of an exercise program for seniors with Parkinson’s disease:

  • Inhibition of joint malformation
  • Enhanced coordination and balance
  • Better posture
  • Increased cardiovascular fitness
  • Enhanced joint mobility
  • Improved muscle strength and flexibility
  • Less muscle cramping
  • Decreased stress levels
  • Better control over gross motor skills, like walking
  • Increased confidence in carrying out daily activities.

It has been shown that Parkinson’s disease affects approximately 1 million people in the US and Canada. Parkinson’s occasionally affects younger people, but typically seniors in their late 50s or early 60s begin to see symptoms indicative of the disease. The culprit behind Parkinson’s disease is a problem with the brain’s ability to produce dopamine. Dopamine is a neurotransmitter that passes information between the brain cells for a variety of actions including muscle motor control. So in a Parkinson’s patient, you see physical symptoms such as tremors, muscle stiffness, impaired gait, and slow ambulation as a result of the loss of this neurotransmitter. Cognitive non-motor muscle symptoms also exist like sleep disorders, apathy, and depression.

A study1 performed at the University of Maryland School of Medicine revealed that low-intensity exercise done for 50 minutes three times a week was the most beneficial at improving Parkinson’s patients’ mobility issues. Since difficulty with walking is the major cause of disability in Parkinson’s disease, these results showed that exercise in people with Parkinson’s disease could make a difference. Although not proven, exercise may postpone the symptoms and help retain independence.

So you are probably wondering, what exactly could Parkinson’s patients do that is considered a form of “low-intensity exercise”? Walking is typically the best exercise option, since it is most functional and it’s an area that most Parkinson’s patients struggle with. Many Parkinson’s patients can walk unassisted, but for those that cannot walk unassisted, there are rehabilitation treadmills that have the ability unweight and stabilize the body for easier and safer ambulation. This combined with a stretching and strength training program could produce results in improved mobility and quality of life for these patients.

To learn more about the revolutionary unweighting technology that has help so many Parkinson’s patients, please check out AlterG’s Anti-Gravity Treadmills.

1. Lisa Shulman, MD – University of Maryland School of Medicine and the Baltimore VA Medical Center – “Research1 has shown that Parkinson’s patients who incorporated a low-intensity, longer duration exercise (walking on a treadmill at a comfortable speed) improved their walking more than patients who walked for less time but at an increased speed and incline, a high-intensity exercise. They also found benefits from stretching and resistance exercises in the study.”

Posted in Senior Mobility | Leave a comment

The Gift of Running | Week 4

By Paty | Published: August 17, 2010

I am very surprised at what a difference it makes to increase my weight ratio from 50% to 55% on the AlterG.  No surprise that once again it was a real struggle to maintain a solid running pace at 55% body weight.

The first mile on day one was tough.  I had some regression in the feeling n function in my left leg and could barely feel my heel strike.  It was a struggle to keep up any type of speed and I spent a lot of time just focusing on getting mentally past the discomfort.  This seemed to do the trick and the second and third mile proved much less difficult.  I questioned my decision to move to the higher weight and considered going back to 50%, but I just couldn’t fathom the thought of going backwards so I committed to the discomfort and decided to stay the course.

By mile four on the third day, I was still feeling heavier and unsure of my decision to go to a higher weight.  I was still struggling and my left foot was really hurting under the impact of the extra weight.  Instead of stopping, I briefly shifted back to 40% weight, which is so easy to do on the machine.  I only needed a few minutes at a lower weight and my foot recovered enough to finish out the week at 55%.  I may not ready, but next week’s goal will be to try for 60% weight.

Week 4 Progress:

Day One –

  • Time: 40 mins.
  • Distance:  miles 3.25
  • Weight: 55 %
  • Speed: Miles 1 & 2 = 7.0 mph, Mile 3  =8.0 mph
  • 5 minute walks to warm-up & warm-down @ 2.5 mph

Day Two –

  • Time: 45 mins.
  • Distance: 3.37 miles
  • Weight:   55%
  • Speed: Mile 1 & 2= 6mph, Mile 3= 7 mph, Mile 4 = 8 mph

Day Three –

  • Time: 45 mins.
  • Distance: 3 miles
  • Weight: 55% (short time @ 40%)
  • Speed: Mile 1 = 6.5 mph, Mile 2 & 3 = 7.5 & 8.5mph

Next week’s goal: Move to 60% body weight varying speeds.

Posted in Athletics, Success Stories | Tagged , | Leave a comment

Making it Happen | First Race Back in Cudahy

By Kate | Published: August 2, 2010

Friends,

A few weeks ago, Briana from Salus, Inc in Delafield, WI shared a very special story with us about an elite runner named Jenny Crain.  Briana was fortunate enough to join Jenny on her 1st race back from her accident a year ago. Here are her notes from the race and details on Jenny’s success thus far.

“Michael and I were elated to join Jenny Crain in her first race back on her road to recovery today in Cudahy.  Jenny is a local elite runner who was hit by a car on a training run in 2007.  She was a phenomenal athlete and a personality cherished by the running community.  See the story below:

News: http://www.jsonline.com/blogs/lifestyle/99722419.html

Broadcast coverage: http://www.todaystmj4.com/news/local/99732574.html

We donned “Team Make It Happen” shirts with Jenny’s picture on the back and had a blast!

We ended up really booking it along the course (I believe Jenny would have it no other way) and it was an amazing experience…nearly every runner talked to Jenny as they passed, telling her good job and supporting her efforts.  I believe Jenny knew almost every runner in that race!  She too was calling out names and encouraging runners as they passed.  Jenny continues to amaze me.”

If you do not know Jenny’s story well I encourage you to read more about her on her website:

www.jennycrain.net
OR read a recent article in Runner’s World at:

http://www.runnersworld.com/article/1,7124,s6-243-297–13329-0,00.html

Jenny is truly an inspiration.  As she continues her recovery, support from friends and the community will continue to be needed.  If you are able to support Jenny with uplifting words on her site or a donation I know it will be greatly appreciated.  What Michael and I have found is that sometimes through a tragic event amazing things transpire.  Jenny is changing lives everyday…I can personally attest to it!

As Jenny would say, “Make It Happen”!!!

Please feel free to comment below if you have a story similar to Jenny’s or would like to wish her congrat’s on her 1st race back!

Posted in Athletics, Events, Success Stories | Tagged , , | Leave a comment

AlterG Welcomes Advisory Board Members

By Kate | Published: July 30, 2010

AlterG is honored to announce the formation of its advisory board, consisting of leaders in the fields of medicine, physical therapy, and scientific research. These professionals will help AlterG discover how its innovative anti-gravity treadmill can be applied in the medical, rehabilitation, sports performance, and research arenas.

AlterG will benefit from the input of these industry giants and their activities and contacts will give us the ability to broaden and deepen our worldwide network of users.  A continuing goal for AlterG is to create a shared database of collective knowledge that clinicians can use to optimize their patient and client outcomes.

Brian Cole, MD, MBA

Dr. Cole is an orthopaedic surgeon and sports medicine specialist with over 20 years experience. He currently serves as Professor in the Department of Orthopaedics with a conjoint appointment in the Department of Anatomy and Cell Biology at Rush University Medical Center in Chicago, Illinois. In addition, Dr. Cole is the section head of the Cartilage Research Program and the Cartilage Restoration Center at Rush. He is also the head of the Orthopaedic Master’s Program at Rush, training residents and fellows in sports medicine. Dr. Cole also serves in the capacity of Head Team Physician for the Chicago Bulls and Co-Team Physician for the Chicago White Sox.

In his practice at Midwest Orthopaedics at Rush, Dr. Cole specializes in arthroscopic shoulder, elbow, and knee surgery. He has a specific interest in arthroscopic reconstruction of the shoulder (rotator cuff, instability and arthritis), elbow, and knee in athletes. In addition to his robust clinical practice, Dr. Cole has served as principal investigator for numerous clinical trials and science research studies. Additionally, Dr. Cole has authored and edited several hundred peer-reviewed publications, including highly recognized orthopaedic textbooks on arthroscopy, sports medicine and cartilage transplantation. His publications include nearly one thousand book chapters, technique papers, and presentations describing the techniques and results of shoulder, elbow, and knee surgery. Dr. Cole lectures and teaches on the techniques of cartilage restoration and shoulder arthroscopy to international audiences.

Bert R. Mandelbaum, MD

Dr. Bert Mandelbaum is an experienced, board certified orthopaedic surgeon who is recognized as one of the top knee injury specialists in the United States. Dr. Mandelbaum joined the Santa Monica Orthopaedic and Sports Medicine Group in 1989 and has previously served as Chief of Orthopaedic Surgery at St. John’s Health Center.

Dr. Mandelbaum is active in many leadership positions in the community, including Team Physician for all U.S. Soccer Federation teams, U.S. Gymnastics Federation, FIFA World Cup USA (he is currently Medical Director for the U.S. World Cup Team), and Pepperdine University.

Dr. Mandelbaum is a well-published author and a frequent lecturer and instructor. Among other posts, he has served as the Course Chairman of the Annual National Articular Cartilage Repair Symposium for Sport Medicine Fellows since 2000. He is also heavily involved in medical research with current involvement, among others, in a five-year study on ACL Injury and Prevention, which has been supported with a grant from the National Institute of Health.

Christopher M. Powers,  PhD, PT

Christopher M. Powers is an Associate Professor in the Department of Biokinesiology & Physical Therapy, and Co-Director of the MBRL at USC. He also has joint appointments in the Departments of Radiology and Orthopaedic Surgery within the Keck School of Medicine.  His primary teaching responsibilities include the areas of biomechanics and the mechanics of human gait.

Dr. Powers studies the biomechanical aspects of human movement. More specifically, his research and publications are concerned with the kinematic, kinetic, and muscular actions associated with human movement, the pathomechanics of orthopedic disabilities, and issues related to rehabilitation of the musculoskeletal system. He has published over 90 peer-reviewed articles and has received several research awards from the American Physical Therapy Association, including the Rose Excellence in Research Award from the Orthopaedic Section, the Eugene Michels New Investigator Award, the Dorothy Briggs Scientific Inquiry Award and the Helen J Hislop Award for contributions to the professional literature.

Dr. Powers is a Fellow of the American College of Sports Medicine and a member of the American Physical Therapy Association (Orthopaedic and Research sections), American Society for Biomechanics, American Society for Testing and Measures, and the North American Society for Gait and Clinical Movement Analysis. In addition, Dr. Powers is on several editorial boards including the Journal of Applied Biomechanics, Journal of Orthopaedic and Sports Physical Therapy, and the Journal of Athletic Training. He is an active member of the American Physical Therapy Association, serving as President of the Section on Research.

Amol Saxena, DPM

Dr. Saxena is a podiatrist with Palo Alto Medical Foundation’s Sports Medicine Department. One of the nation’s top podiatric surgeons, Dr. Saxena helps world-class athletes realize their dreams and reach their competitive potential. He is board certified in foot and reconstructive rear foot/ankle surgery by the American Board of Podiatric Surgery and is a Fellow with the American College of Foot and Ankle Surgeons. Dr. Saxena is Chief of the Division of Podiatric Services for Stanford Hospital and the Fellowship Director for the Foot and Ankle Surgery/Sports Medicine Fellowship at Palo Alto Medical Foundation.

Dr. Saxena has treated dozens of Olympians (including gold medal winners) and Olympic Trials qualifiers, numerous professional athletes, and many of the top area high school athletes. He currently serves as a member of the USA Track and Field medical staff, helping out on the USA Track Medical Committee and providing care to athletes at numerous events. Dr. Saxena is also a consultant on shoe design for numerous medical and athletic footwear companies.

Dr. Saxena has conducted research on chronic ankle pain, Achilles and peroneal tendons, stress fractures, midfoot injuries (Lis Franc) and arthritis of the first metatarsal phalangeal joint (MP – or big toe joint).
He is the author of over 50 articles, abstracts, and chapters, including several in orthopedic journals, and is a frequent lecturer both nationally and internationally.

Kevin Wilk, PT, DPT

Dr. Kevin Wilk has been a physical therapist, researcher, and educator for more than 25 years. He is a leading authority in the rehabilitation of sports injuries and orthopaedic lesions. Kevin is currently Associate Clinical Director for Champion Sports Medicine (a Physiotherapy Facility) in Birmingham, AL.  In addition, he is the Director of Rehabilitative Research at the American Sports Medicine Institute in Birmingham and is Adjunct Assistant Professor in the Physical Therapy Program at Marquette University in Milwaukee, WI. Kevin is also President of the Sports Section of the American Physical Therapy Association (APTA) and serves as a Rehabilitation Consultant for the Tampa Bay Rays’ Baseball Team.

Dr. Kevin Wilk has published over 125 journal articles, over 75 book chapters, and has lectured at over 400 professional and scientific meetings. He is currently on the review board of 7 journals and has received numerous professional awards. He was also the first non-physician named to a committee for the American Orthopaedic Society for Sports Medicine (AOSSM).

Posted in AlterG Inc. | Tagged , , , , , , , | Leave a comment