Pilates and Rehab a perfect match!

“Change happens through movement and Movement Heals”

Joseph Pilates and the Pilates Method

What is Pilates?

Pilates method was originally created in the early 1900s as a series of exercises based on connecting the body, mind and spirit. Joseph Pilates designed this comprehensive program with focus on elongating and strengthening the body, using specific movements and resistive equipment.

Why is Pilates right for you?

1. Build lean muscle and improve strength.

Pilates focuses on quality movements performed with control and precision. The exercises balance strength with flexibility, to build lean muscle while developing foundational strength for your spine and limbs.

2. Restore balance and efficiency of your muscles.

Believe it or not, you have certain muscles that you use more than others. Over time this imbalance leads to back/neck pain and injury. Pilates helps to balance your muscles so that you use them all together instead of one muscle doing the job of 3 or 4. Now, doesn’t that just sound more efficient?

3. Competitive edge.

There are some beastly young NFL guys out there doing Pilates. Why? Because it helps to improve flexibility, balance and strength. Supplementing your normal strength-based gym routine or sport with Pilates as cross training helps stretch, strengthen and lengthen key muscles that give you the extra power for your desired sport.

4. Better posture

We are fight the same battle: Us vs. Gravity. Our jobs have us hunched over our computers, our kids have us hunched over to pick them up. The best way to win the battle against gravity is a Pilates routine, to strengthen the muscles that naturally help to elongate and stabilize your spine. Human 1, Gravity 0…

5. Positive Mindset

Pilates improves circulation, oxygenating the blood and replenishing cells throughout your body. This increase blood flow to the brain, helps you focus and improves your mental outlook.

6. Working through Injury

Whether you have some crunchy shoulder pain or a recent surgery, Pilates is a safe, low-impact alternative to heavy weight lifting or high impact activities. With a solid balance of stretching and strengthening, Pilates is a great way to restore your body during injury while still receiving a fantastic workout!

Pilates is just like any other commitment. It takes an investment of time and energy. But, if you commit to a few times a week for a few weeks, you’ll notice the results for your mind, and body. Pilates isn’t just for a select few athletes, celebrities and dancers. Everyone can benefit from Pilates!

“You will feel better in ten sessions, look better in twenty sessions, and have a completely new body in thirty sessions.” Joseph Pilates

PILATES: NOT JUST FOR WOMEN!

One of the Pilates principles is flow – performing movements with precision without a lot of energy expended. The core stabilizers of your spine are just the starting place for a Pilates session. Once the spine is strong and the core muscle are turned on, the Pilates client is challenged with dynamic movements of the arms and legs while at the same time maintaining a stable core. This makes Pilates not only good for mothers and women, but for athletes to older adults. It helps tune up all those smaller muscles that help stabilize your legs and arms during sport, work and everyday activities to prevent injury.

Are there different types of Pilates?

There are different apparatuses and accessories that can be used to challenge the client during a Pilates session. Most people are familiar with mat Pilates, which is done entirely on a mat, utilizing gravity and the weight of your own limbs to challenge stability and build strength.

The reformer is Pilates machine that utilizes a moveable carriage attached to a series of springs that can be modified to increase or decrease the challenge of the exercise. The reformer is one of the best places to start for a client who has never tried Pilates, or for the rehabilitation patient who is getting back into physical exercise and building strength. The reformer allows the client to be challenged through increasing resistance while maintaining a safe, supportive environment for their spine.

Using the reformer for dynamic hip flexor stretching.

Is Pilates the same as yoga?

While Pilates and yoga have some similarities, Yoga typically focuses on flexibility, balance, and prolonged holds of certain positions; the focus of Pilates is on control, precision, mindfulness, breathing and alignment to build stability in the spine and strength in the extremities. Pilates focuses on decreasing the tension in tight muscles, and intentionally strengthening the weak muscles. Each movement is focused on a deliberate execution with precise movement. Mindfulness and functional breathing helps the client execute each movement with control. Pilates movements should never be sloppy and should always be challenging. The core control utilized during Pilates should be focused on using as much energy as necessary, but as little as possible.

Beginner’s Pilates exercises:

Wherever you are reading this, notice how you’re standing. Chances are that the lower part of your ribcage is flaring out this very moment. Just a simple adjustment in your ribcage position can build your core strength. Here’s a step by step:

  1. Lie on your back with your hands resting on your ribcage
  2. Draw your ribcage down so that your stomach is flat.
  3. Draw in your belly button to hold the new position.
  4. Now, breathe in deeply without allowing your ribcage to change position
Excessive arch in the lower back.
Performing the exercise by engaging abdominals and lowering rib cage.

Most people don’t know how to move their spine independently. For most people it just moves like a brick, and this can subject your body and spine to injury

  1. Lie on your back.
  2. Beginning at your pelvis, press it down against the floor.
  3. Begin to peel your spine up off the floor as you lift your sit bones off of the floor.
  4. One vertebrae at a time, try to feel each vertebra as it separates and peels off the floor
  5. At the top of the movement, reverse direction of the spine as you lower back down to the floor. You should be able to feel each vertebra individually as your spine returns to the floor.
Using abdominal muscles to curl spine and gluts to lift hips, keep spine aligned and avoid over arching of the lower back

Many people don’t know how to activate their core muscles. This is a good exercise to start with if you’re having trouble.

  1. Begin by lying on your back with your feet flat.
  2. Put your arms straight out in front of you, with your fingers pointed toward the ceiling. Take the resistance band in your both hands as shown in (picture).
  3. Gently pull on the band to create a small amount of resistance, but maintain straight arms and straight wrists.
  4. Hold this position for 10 seconds.
  5. You should begin to feel your core muscles turn on!
Hold and breathe
Advance the exercise by bringing legs into table top position, make sure back stays in contact with the floor

 

Coming Soon…

Foam Rolling….Does it Work?

Foam Rolling… Does it work? By: Jordan Levine, PT, DPT

Foam rolling and other Self-Myofascial release tools (hand held rollers) have gained popularity in the fitness and wellness world for decreasing pain, improving range of motion, decreasing muscle soreness and enhancing recovery. The physiological effects of these tools are mostly theoretical and are still being researched. There has been a variety of claims of these tool benefits but there is no consensus on optimal application for best results.

WHAT IT DOES

  •  Foam rolling improves ROM – when performed for as little as 30sec and for up to 5 mins it has shown to have short term benefits (less than  10 mins) for increasing joint ROM in hip, knee and ankle joints.
  • Stretch after Foam rolling – ROM improvement from foam rolling has better effects when static or dynamic stretching is performed immediately following the foam rolling.
  • Decreased effects of post exercises muscle soreness – Foam rolling after high intensity exercise helps to decrease delayed onset muscle soreness (DOMS).

WHAT IT DOES NOT

  • No effect on performance – Foam rolling does not negatively or positively affect performance when performed prior to activity.
  • More is not better to improve ROM – Performing for longer than 5 mins on one area has not shown to have more benefit than shorter duration.
  • Breaks up scar tissue or breaks up myofascial adhesions. There is no current research that supports these claims.

WHAT IS THE POSSIBLE CAUSE OF THESE BENEFITS

  • Altered Viscoelastic and thixotropic properties of fascia. Foam rolling helps fascia to return to more a gel like state causing the increased ROM of joints.
  • Increased Blood flow to tissues – Foam rolling brings increases intramuscular temperature and blood flow causing the increased ROM of joints and decreased DOMS. Decreased DOMS likely due to the effect of blood lactate removal, edema reduction and oxygen delivery to muscle.
  • Stimulation to joint muscle receptors – alters muscle spine length and/or stretch perceptions to allow increased ROM of joints.

TIPS 1. Foam Roll targeted area for 30sec – 2mins prior to exercises. 2. Start at one end of the muscle and slowly move to the other end by visualizing rolling down 2 inches and back up 1 inch for the entirety of the muscle. 3. Stretch immediately after foam rolling. Performing either static stretching of targets muscle for 20-45 sec holds, or performing dynamic stretching / Active ROM of joint for 10-15 reps to maximize effectiveness of foam rolling. 4. Do not exceed 20-30 mins of rolling total when rolling entire leg and hip muscles when performing to avoid post exercise soreness.

Foam rolling Calf / Calves. Start out with foam roller placed at the calf region close to the back of your knee supporting yourself with arms allowing pressure to be applied to calf muscles. Begin rolling slowly moving roller down two inches then back up one inch until you have made your way to Achilles or just before reaching ankle. This whole process should only take from 30 seconds to 1.5 minutes. Rest your buttocks on ground intermittently as needed if arms begin to get tired. To make this more aggressive try crossing one ankle over the other with targeted calf against foam roller and perform same method of rolling down two inches, up one inch. As with all foam rolling it is important to stretch muscle that was rolled and use new range of motion immediately to help maintain new range of motion. In this case stretch the calf muscle following foam rolling the calf.

Stretching Calf muscles – start in staggered stance with back leg straight and front knee bent with arms supported on wall. Make sure to keep big toe in a straight line with heel of the same foot. Keep your trunk in an upright position with pelvic bone tucked under (posteriorly tilted) and bend front knee bringing belly button closer towards the wall until a stretch is felt in the back of the leg. Hold moderate stretch sensation for 30-60 seconds, repeat for 2 sets on targeted leg.
Examples of using your new range of motion – seated toe taps, walking on heels, full squats, calf raises with heels off step allowing heels lower down past toes etc.

References Cheatum SW, et al. The Effects of Self-Myofascial Release Using A Foam Roll Or Roller Massager On Joint Range Of Motion, Muscle Recovery And Performance” A Systematic Review. IJSPT. 2015; 10(6):827-838.

alf raises with heels off step allowing heels lower down past toes etc.[/caption]

References Cheatum SW, et al. The Effects of Self-Myofascial Release Using A Foam Roll Or Roller Massager On Joint Range Of Motion, Muscle Recovery And Performance” A Systematic Review. IJSPT. 2015; 10(6):827-838.

Can I return to Golf after joint replacement surgery?

Can I return to golf after a total joint replacement?

The main reasons individuals chose to undergo a total joint replacement surgery (either shoulder, hip or knee) is to reduce pain and get back to doing the things they love. For 26 million Americans, golf is the sport they love to do. Many questions arise when golfers who happen to be our patients have a joint replacement surgery.

Two of the most common questions are:
Can I return to golf?
&
How soon can I return to golf?

The answer depends greatly on type of surgery, the surgeon and compliance with rehabilitation.

Looking at the research many golfers who had a total joint replacement return to golf. The average time to return to golf depends on which joint was replaced and the activity level prior to surgery. The average time frame ranges from 4 to 8 months.

Unique rehabilitation challenges present themselves depending on the joint involved.

For total shoulder and reverse total shoulder replacement good range of motion and strength are essential. This takes time, communication with the surgeon and especially patient and therapist working as a team to safely and effectively progress through basic rehabilitation to a golf specific exercise routine.

There are different surgical approaches to hip replacement. The approach will dictate any precautions after the surgery. Once basic healing and strength are achieved, gaining rotational control components at the hip and pelvis are necessary for return to golf.

With knee replacement surgery, initial rehabilitation focuses on range of motion. Returning to golf after getting a new knee, lies in gaining stability at the knee and of course strength and mobility of the hips, trunk and shoulders.

So the answer is YES you can return to golf. The better shape you are in before the surgery the more likely you are to return to golf. After the surgery, you will need to be patient and allow the body to heal. Exercise is necessary as you recover to regain your endurance. Golf requires you to use your whole body. Meaning while you are protecting the joint that was replaced you can be doing golf specific exercise at other joints to keep and tune up the rest of the body. Making it easier to return once the involved joint is ready to go.

How many steps to you think the average golfer takes when walking the course? 11, 000 steps! For that reason, when you do return we recommend using the golf cart for the first year after surgery reducing undue stress. Even if you had a shoulder replacement a cart prevents you from having to carry your clubs.

We can’t guarantee you will play better after surgery but as physical therapists and movement experts we can get you moving better and back in the game.

Celebrating Twenty Years

Where were you in 1997? J.K. Rowling released the first Harry Potter book, Titanic won eleven Oscars, the Pathfinder landed on Mars and Madeleine Albright became the first female Secretary of State in US history. North County Water and Sports Therapy Center opened its doors in October of that same year. Twenty years has brought many changes in healthcare but not, how WE treat patients.

 

When asked, “Why did you start your practice?” the short answer is, “to continue to do what I love, my way!” The late 90’s shift in healthcare included reducing reimbursement for physical therapy services. Which required treating more patients in less time to make a profit. I became frustrated at the reduced contact time with my patients, and began researching going back to school to become an architect, if this was the way healthcare was going. Instead of returning to college again, I seized the opportunity to start North County Water and Sports Therapy Center.

 

In the words of Marilyn Monroe, “Ever notice that “what the hell” is always the right decision? “ I did not do everything right, I made a lot of business mistakes along the way. The frustrations from insurance reimbursement while trying to stay in business has not eased over the years. Yet every time we face challenges as a small independent practice, I remind myself of why I started in the first place: the patient. We are now using electronic medical records and online/video home exercise programs, but we still treat patients the old- fashioned way, one on one, getting to know the person, not just the injury.

 

First, I would like to say how happy I am I built this practice. I would have made a lousy architect. Secondly, I did not make it twenty years without the love and support of my family, the understanding, patience and skill of our team, and of course, all the patients and physicians who have placed their trust in us over the last twenty years. I enjoy a keen sense of gratitude.

 

Hard work, and long hours are still part of my daily practice but so is laughter, joy, and satisfaction in a job well done. I am thankful that I still get to do what I love with an amazing, talented team.   Future predictions for the next twenty years: continue to learn and grow as a therapist; integrate the advancing technology which will deliver more tools to assist in providing care and weather inevitable changing healthcare polices.   The one thing that won’t change is our philosophy; providing patient first, hands on therapy, and education and exercise to help our patients achieve their greatest potential. Where will you be in 2037? I plan on continuing to do what I love and love what I do!

With gratitude and hope for the next twenty years,

Beth

 

Common Causes of Shoulder Pain

Do you have shoulder pain with:
Reaching Overhead?
Reaching into the Back Seat?
Reaching Behind Your Back?
While you Sleep?
Combing/ brushing your hair?

You are not alone…..

According to the American Academy of Orthopedic Surgeons, 7.5 Million Americans see their doctor for shoulder pain and problems each year. Some of these injuries could be prevented. Here are a few basic rules to help prevent shoulder injuries and costly doctor visits.

1. Proper conditioning: The shoulder complex is inherently designed for movement. This leaves the muscles as the primary source of stability for the area. Equalizing strength and flexibility of these muscles is the key to proper shoulder mechanics. This means, basic strengthening in conjunction with physical activity or sport is essential in preventing a breakdown of the shoulder mechanism and injury. Call 858-675-1133 and we will send you our healthy shoulder exercise routine.
2. Warm-up: It is important to prepare the tissues before pushing them to the maximum. 10 minutes of cardiovascular exercise to increase blood flow and 10 minutes of stretching to prevent tears is recommended prior to high intensity upper body activity.
3. Proper Posture: Good alignment is needed for the shoulder to work efficiently. When you slouch the joint becomes compressed, increasing the risk of impingement of soft tissues and pain.
4. Correct Technique: Whether you are a tennis player, golfer, swimmer, throwing athlete or just weight training for health, correct form and mechanics are essential to peak performance and minimizing stress to the shoulder.

The shoulder is often referred to as a “ball and socket” joint. In reality, the “socket” portion of the joint is very shallow, relying on muscles and a ring of cartilage, called the labrum, to provide much of the joint’s stability. This design allows for a large amount of movement but when the movement becomes impaired injuries and pain occur. Because our bodies do not move in isolation, the neck and upper back also influence how we move our shoulder and arm. Many components come together to allow us the freedom to reach, lift, carry and play sports without injury. It is no wonder so many Americans have shoulder pain complaints.

The most common causes of shoulder pain are:

Rotator cuff
(4 muscles in your shoulder attaching your upper arm to the shoulder blade)
These muscles play a large role in stabilizing your shoulder joint (referred to by medical professionals as the glenohumeral joint). In addition to helping you rotate your arm these muscles are essential in keeping the ball in the socket with overhead motions.

Shoulder blade
17 different muscles attach to your shoulder blade affecting movement and positioning. When these muscles are out of balance the “ball and socket” fails to move in a coordinated pattern, leading to narrowing of the space at the top of the shoulder and causing pain and limited use of the arm often referred to as impingement.

Neck and Upper Back
With arm movement, our ribcage and upper back (also called the thoracic spine) must also move. With age, poor posture, long times at the computer or sitting, these areas can become stiff. When given a choice, the body will follow the path of least resistance and the shoulder will pay the price for the stiffness in surrounding areas.

What does successful physical therapy treatment for shoulder pain look like?
First a through physical therapy examination to determine the cause of your shoulder pain. Once determined the best outcomes are from hands on physical therapy combined with the right stretching and strengthening exercises specific to the cause of your shoulder pain.

Goals of therapy treatment is to:
Give relief by correcting the cause of your pain.
Improve your strength and movement.
Speed up the healing process.
Prevent your shoulder from getting worse.

It is important to remember we have three options when dealing with shoulder pain.

1. Ignore it = live with the pain and hope it goes away (this is the number one mistake shoulder pain suffers make)
2. Alter it = take medications, get injections this helps with pain but does not correct the underlying cause of the pain.
3. Handle it = Deal with the cause of your pain, return to pain-free motion.

Physical Therapy can help you handle your shoulder pain by correcting the cause of your pain.

If you have shoulder pain with moving your arm, call us at 858-675-1133 stop ignoring the pain or avoiding activities because of pain, and work on handling the cause of the problem to get back to doing the things you enjoy.

LET ME SLEEP ON THAT

Let me sleep on that!

We all know that sleep is important and that a good night’s sleep makes us feel better and can help us make better decisions, it is estimated that one third of the U.S. population struggle with sleepless nights. We at North County Water and Sports Therapy Center know all too well how lack of sleep affects our patients. Lack of sleep can impede progress in therapy. We see it often with the inability to get comfortable due to pain symptoms, or being woken up due to pain.

Sleep is our body’s time to rejuvenate. Sleep supports recovery of the cardiovascular system, neurologic system, immune function, tissue repair and pain modulation. Research shows that sleep regulates mood and is related to learning and memory functions which can help you to learn a new skill or stay on task throughout your day. Sleep also has benefits for weight control and energy level. “The CDC states that sufficient sleep ‘should be thought of as a ‘vital sign’ of good health.’”

We know that exercise can help protect you against heart disease, stroke, diabetes, obesity, and osteoporosis and can improve mood and stress management. Exercise can even help you with sleep. As little as 10 minutes of regular exercise can improve your quality of sleep. Physical activity can improve sleep quality and sleep duration. A good workout can give you energy for the day and speed up your metabolism while making you more alert. Experts say to avoid exercising right before bedtime in order to allow your body’s core temperature to return to normal which can take up to 6 hours. A low core temperature triggers your body for sleep2. Although this is true for the general population, little is known about the effects of exercise on quality of sleep in individuals with neurologic conditions. One study looked at sleep quality in patients with multiple sclerosis, and found that with a program of walking, aerobics and stretching patients had improved sleep quality.

In conclusion, a good night’s sleep is the best for everyone. Check out the tips for a better night sleep below. By altering habits including a daily routine of activity you can improve your sleep quality and duration benefitting all body systems for healthy living.

TIPS FOR A BETTER NIGHT SLEEP
1. Go to sleep and wake up at the same time every day. This helps set your “clock”
2. Use your bed for sleep and sexual activities. Train the brain to recognize if you are in bed you should be sleeping. Avoid eating, workings, reading and watching TV. If you do not fall asleep within 20 minutes, leave the bed and return when sleepy.
3. Develop a relaxing bedtime routine.
4. Avoid moderate to vigorous exercise 2-3 hours before bedtime.
5. Avoid caffeinated foods and beverages at least 4 hours before bedtime.
6. Refrain from drinking alcohol or smoking 3-4 hours before bedtime, this can increase the number of times you wake up during the night
7. Create a relaxing environment, avoiding too much light and disturbing noises. Stop using light emitting electronics (computer, smartphone, TV) 30 minutes prior to bedtime as the blue light that is emitted can disrupt sleep by reducing melatonin production.
8. Do not take prescription or over the counter sleeping pills
9. To reduce heartburn, avoid eating a large meal or spicy food 2-3 hours before bedtime.
10. Talk to your doctor or healthcare professional if you are still having trouble sleeping.

References:
Adapted from PT in motion magazine, May 2017

Tips for a better night sleep from:
Siengsukon C, Al-dughmi M, Stevens S. (2017) Sleep health promotion: practical information for physical therapists. Physical Therapy. 97(8) 826-836

https://sleepfoundation.org/sleep-topics/diet-exercise-and-sleep

How Heavy is My Head?

Bad things can happen to good people with prolonged looking down, using a smartphone!

 

The Truth Behind Tech Neck!

We love our smartphones. So much so, according to comScore’s 2017 Cross Platform Future in Focus report, the average American adult, eighteen and older, spends 2 hours, 51 minutes on their smartphone every day. However, over time, we are starting to see that, while smartphones can make our lives easier, they are causing wear and tear to our spines.

Our head weights 10-15 pounds. When we tilt it forward to look down, as we do to look at our phone, gravity gets involved, increasing the stress to our necks. New York back surgeon Kenneth Hansraj, created a computer program to determine just how much stress is put on our spine when looking down.

Hansraj’s findings, published in Surgical Technology International, showed that the farther forward we tilt our head, the more weight we put on our spine. Check out the table below to see just how much.

 

Angle of head tilt Pounds of pressure experienced
15 degrees 27 pounds
30 degrees 40 pounds
45 degrees 49 pounds
60 degrees * 60 pounds

*the most common posture for looking down at a phone screen

Don’t worry you do not have to banish your phone to save your neck. Improving your posture by holding the phone up at eye level, rather than hunching over, can help. Additionally, because our heads are heavier than we realize, it is important to work on strengthening the neck to better support the head.

Click here for everyday stretch and strengthening exercise to improve posture and reduce the stress on your spine.

neck and posture exercises

 

Reference

Hansraj, K.K. (2014) Assessment of Stresses in the Cervical Spine caused by Posture and Position of the Head. Surgical Technology International, 25, 277-279.

Understanding Health Insurance!

Insurance… Know before you go!

 
Health insurance is not only a hot button topic for most but can be extremely complicated. People may have difficulty knowing what services are covered, by whom they are covered, what office you can be seen at, and how much you might owe post visit. Most think and feel that since we may pay high premiums that all services thereafter should be covered 100% by the insurance company. Unfortunately, this is not true depending on the insurance plan you have signed up for. The best way to find out all the information is to contact your insurance provider prior to any medical visit to determine what your cost may be. At North County Water and Sports Therapy Center we take the extra step, before scheduling you for appointments, to verify your benefits and confirm what attending therapy might cost you. Insurance coverage explanation involves verbiage that you may not completely understand. Below is a list of terms you may encounter when speaking with your insurance company or our staff at the front desk that will help you understand your insurance benefits.

 
Deductible: A fixed dollar amount, usually a calendar year that the insured has to pay in full before the insurance company will pay for services. Plans may have individual and family deductibles.

Copayment (copay): A fixed dollar amount that the insured pays at time of medical services received. This amount may differ between your primary care providers versus a specialist, such as Physical Therapy. Some plans may require you to meet your deductible first before the copay applies.

Coinsurance: Requires the insured to pay a percentage of medical expenses after the deductible amount, if any, is paid.

Out of pocket max: A fixed dollar amount that the insured is required to pay each year out of his own pocket that does not include premiums, and depending on your insurance can be different for an individual versus a family.

Preauthorization: When an insurance company requires documentation prior to your first visit or after your first visit to determine medical necessity for treatment and visit allowance for episode of care.

Visit limitation: Some insurance companies put a limit of the number of visits a patient can have each year regardless of injury type or occurrences throughout the year.

Visit review: Some insurance companies allow you to have a certain number of visits, and after that number is reached they require a review of your case. In some cases they may deny any further treatment.

This is just a short list of terms that you may come across when deciphering your benefits for therapy. When you contact our office for an appointment we will do our best to answer any questions you may have regarding your insurance as it pertains to Physical Therapy.

We are a bunch of live wires! Human Neuroplasticity

We are bunch of live wires! Neuroplasticity of Human Beings!

Often the human nervous system is compared to electrical wires and circuits. It was once thought that after injury or at a certain age these connections were stationary and unable to regenerate. In 2000, American neuropsychologist, Eric Kandel was awarded the Nobel prize in neuroscience for his discovery that the brain’s neural connections can grow and strengthen throughout our lives.

This is good news, unlike the filaments in our electronic gadgets our nerves are not inanimate wires, they are alive with the ability to form new stronger connections with the right stimulation.

Neuroplasticity is the term used to describe the brain’s ability to create new connections throughout our lifespan. The benefits of these new connections include improved coordination, balance and physical skill, along with improved cognition and even mood. Ways you can promote the formation of these new pathways and increase your ‘brain health’ include:

  1. Get physical exercise.
    Our brains consume about 20% of the oxygen we take in. Physical activity increases the blood flow and oxygen levels to the brain for greater functioning.
  2. Learn something new every day.
  3. Water and feed your brain.
    Stay hydrated and eat ‘brain healthy’ foods such as walnuts, green/ leafy vegetables, dark chocolate, foods with monounsaturated fat (olive oil), cruciferous vegetables, foods with omega 3, and lots of berries.
  4. Manage stress/ learn meditation.
    Excessive stress has been shown to reduce neuroplasticity of the brain.
  5. Challenge your brain with intellectual activities and games.
  6. Develop stimulating friendships: interact with others.
  7. Laugh often.
    Laughter reduces stress, releasing various chemicals, enhancing the efficiency of the immune system along with changing the brain wave activity towards what is called a “gamma frequency,” increasing memory and recall.

With injury, illness and lack of activity not only do the muscles and joints lose function but the connection from the body to the brain becomes altered. These connections do not return automatically and can lead to limitations in the future if not restored. In rehabilitation, we utilize techniques to promote neuroplasticity with varying a task or exercise. Adding cognitive challenges or additional physical tasks to a simple exercise helps the brain learn to think and act at the same time. This skill is essential in not only in sports but maintaining balance and navigating through our daily lives. For example, we might have a person stand on one leg while throwing a ball requiring the brain process both input from the lower extremity to keep balance but also the upper extremities and eyes to catch a ball. To increase the challenge, we could then ask the person to count backwards by three requiring the brain to engage in a cognitive task.

At North County Water and Sports Therapy Center we have a couple of additional tools to improve neurocognitive efficiency.

  1. Fitlights are a series of programmable discs with various colored lights that can be set up to illuminate in a random or specific sequence with the goal of turning off the light by tapping or reaching toward the correct light. The software program allows us to keep track of reaction time and success rate as a way of demonstrating progress. In fact, Steph Curry of the Golden State Warriors works with his trainer utilizing this technology to stay on the top of his game.

    fitlights, random pattern with different colors
    IMG_1501IMG_1502 fitlights, random pattern with different colors
  2. Biodex Balance System is a computerized force plate with feedback screen. You can think of it as the fancy Wii fit game providing both testing and training capabilities working on balance and postural control.

    Working balance and stability with feedback from the Biodex SD
    Working balance and stability with feedback from the Biodex SD

The best part about neuroplasticity and being made up of ‘live wires’ is that although it may happen faster and to a greater extent in the young it possible to train your brain not matter your age.

Go outside, take a walk. Better yet walk with a friend, try a new trail and discuss the latest book you have read, tell a joke. Your body and your brain will thank you!

 

 

References:
Cramer, S. C., Sur, M., Dobkin, B. H., O’Brien, C., Sanger, T. D., Trojanowski, J. Q., … Vinogradov, S. (2011). Harnessing neuroplasticity for clinical applications. Brain, 134(6), 1591–1609. https://doi.org/10.1093/brain/awr039
Fuchs, Eberhard, and Gabriele Flügge. “Adult Neuroplasticity: More Than 40 Years of Research.” Neural Plasticity 2014 (2014).

Pelletier R, Higgins J, Bourbonnais D. Is neuroplasticity in the central nervous system the missing link to our understanding of chronic musculoskeletal disorders? BMC Musculoskelet Disord. 2015;16(1):25.

Smith, G. S. (2013). Aging and neuroplasticity. Dialogues in Clinical Neuroscience, 15(1), 3–5.

The Itch That Cannot Be Scratched

itchy arm

As an outpatient orthopedic and aquatic therapy clinic, we primarily get referrals from primary care physicians and orthopedic surgeons. Imagine our surprise when we started getting regular referrals from a dermatologist.

Imagine, you go to your dermatologist complaining of an itch on your arm that just will not go away. Maybe it is on your shoulder blade. The more you scratch it, the worse it gets, and pretty soon you have scratched yourself raw. Being in the sun tends to make it worse. Ice seems to be the only thing that helps but it always comes back. The dermatologist does their exam and tells you that you that there is nothing wrong with your skin (raw patches aside) but in fact the itching is coming from a problem in your neck and writes a referral for you to see a physical therapist. I know what you are thinking… WHAT?!?! The problem is the itch on your arm, you don’t even have neck pain so how can physical therapy help you???

To understand this, you first must understand a little bit about the anatomy of your neck. Your spinal cord travels from your head down to your low back region, and at each level of your spine, nerves come out of the spinal cord and travel to the limbs. In the neck, or cervical spine, those nerves travel to your arms, and in the low back, or lumbar spine, those nerves travel to your legs. These nerves have both sensory components, which send information to your brain about sensation of the limb (touch, tickle, pressure), and motor components which give the muscles in your limbs the message to contract. When there is any sort of compression on these nerves, either due to prolonged positions or degeneration of the joints of the spine, then the function of these nerves can become impaired. The muscles in the limb may not work as well and the sensation of the limb may be compromised. This compromised sensation commonly presents itself as numbness or tingling, but it can occasionally present as itchiness in the limb. These conditions are called Brachioradial Pruritus when the itchiness is on the arm and Notalgia Paresthetica when the itchiness in in the shoulder blade region.

How exactly can physical therapy help?

Well, since the problem is compression on the nerves coming out of the neck, we start there. Often people with either of these two conditions have a history of neck pain or tend to have poor postural habits. After a comprehensive physical therapy evaluation, we can determine the potential cause of the compression of the nerves, address any joint or muscles restrictions that may be contributing to the compression, and educate the patient on postural exercises so that they learn how to hold their spine in the optimal position to avoid further compression on the nerves. How cool is that?

So, if you have an itch in your arm or shoulder region that just won’t go away, and a medicine cabinet full of creams, discuss the possibility of physical therapy with your physician or dermatologist. Better yet, call our office and find out about seeing one of our physical therapists through direct access, no referral necessary.

References and further reading:
https://www.mdedge.com/cutis/article/67624/contact-dermatitis/brachioradial-pruritus-case-report-and-review-literature
Brachioradial Pruritus: A Case Report and Review of the Literature.Lane JE McKenzie JT Spiegel J Cutis. 2008 January;81(1):37-40