July 2019 newsletter.
Source :Text in part from Runnersworld.com, Ashley Mateo. Image from Runtastic.com.
The better your form, the easier running feels — especially when you start to get fatigued. While everyone’s natural mechanics are different, here’s what you should be paying attention to when you run, from your head to your toes.
Your Head. “Be sure to gaze directly in front of you,” says Kelli Fierras, USATF-certified running coach and ASICS Studio trainer. “Don’t tilt your chin up or down, which happens when people get tired,” she adds. “You want to have your ears in line with your shoulders.
Your Shoulders. We spend so much time hunched over at our desks and on our phones, but it’s crucial to open up your shoulders while you run, says Amanda Nurse, an elite marathoner, running coach, and certified yoga instructor in Boston. “You should pull them back, almost like you’re squeezing a pencil between your shoulder blades,” she says.
Your Arms. “Your elbows should be at a 90-degree angle,” says Nurse. Your palms or fists move from chin to hip. Keep your elbows close to your sides. “If your elbows point outwards, that means your arms are crossing your body, which actually slows you down. Try pointing your thumbs to the ceiling to keep your arms in line or imagining an invisible line that runs down the center of your body—don’t let your hands cross over that line.
Your Hands. Don’t forget to keep your hands relaxed. “I always think about pretending you have a potato chip between your index finger or your middle finger and your thumb so that your hands are really relaxed,” says Nurse “The more you squeeze your hands, the more energy that you’re getting rid of through your hands.
Your Torso. In most forms of fitness, your core—which includes your back—is really where all your power comes from, and it’s also your center of gravity while running. “You always want to keep a tight core while running—it’ll prevent you from going too far forward or too far backwards,” says Fierras.
Your Hips. When you’re running, you want lean slightly into the run versus running completely upright. “That lean should come from the hinge at your hips, not from rolling your shoulders forward,” says Fierras. That means your torso will be slightly forward of your hips.
Your Knees. Your knee should be in line with the middle of your foot so that when your foot strikes the ground, it’s right under your knee. “You really want to focus of keeping that knee directly in front of your hips versus turning in or bowing out, which is very hard for people to train themselves to do,” she says.
Your Legs. The easiest way to think about your lower body is to think about your shin being as close to perpendicular as possible when the foot hits the ground,” Mahon says. “If you land at that 90-degree angle, then you get to use your ankle, your knee joint, and the hip joint all at the same time to both absorb shock and then create energy.”
Your Feet. There’s no right or wrong way for your feet to hit the ground, as long as you’re actually using them to push off (instead of just lifting them). That said, the idea is to aim to hit the road with the ball of your foot, Fierras says. Running on your toes or striking with your heel are both more likely to set you up for injury. If that’s how you run naturally, though, “rather than focusing on changing your stride, talk to an expert about getting into a proper shoe—maybe one with more cushioning—that will help you stay injury-free,” Nurse says.
August 2019 newsletter.
Source : Canadian Chiropractic Association
It’s common for kids to lug around backpacks apprearing to be twice their body weight. Though it may seem cool to sling a heavy load over one shoulder – long-term head, neck and shoulder pain is not. Here are some helpful tips that will help your child carry their backpack with ease.
Backpacks can affect your child’s health
Carrying a heavy load can lead to poor posture and a distorted spinal column. Over time this can cause muscle strain, headaches, back, neck and arm pain, and even nerve damage.
A heavy backpack carried on one shoulder forces the muscles and spine tocompensate for the uneven weight. This places stress on the mid and lower back.
Choose the right backpack
- Select a lightweight backpack in vinyl or canvas.
- Pick a backpack with two wide, adjustable and padded shoulder straps, along with a hip or waist strap, and padded back.
- Try the backpack for fit and comfort – ensure it’s not too snug around the shoulders and armpits, and that it’s proportionate to the wearer’s body type.
Packing it properly
- Your child’s backpack should only contain what is needed for that day.
- A full backpack should be no more than 10 to 15 per cent of the wearer’s body weight.
- Place the heaviest objects close to the body and light or odd-shaped objects away from the back.
Putting the backpack on
- Place the backpack on a flat surface and slip on the backpack one shoulder at a time, adjust the straps to fit comfortably.
- When lifting the backpack use both arms and legs, and bend at the knees – give young children a hand.
Wearing a backpack
- Backpacks should never be worn over only one shoulder – this can result in neck, shoulder and back pain.
•Both shoulder straps should be used and adjusted so the backpack sits flush against the back.
•Test the fit of the backpack by sliding your hand between the backpack and your child’s back – if you can’t slide your hand in, the backpack is too snug.
The benefits of digital x-rays for chiropractic care
Since August 2019, our x-rays facilities are all digital. Digital direct radiography (DR) produces images of outstanding quality. A flat panel detector directly converts the pattern of incident X–ray energy into electrical signals. Imaging plates, cassettes and X–ray scanners are no longer needed . The X–ray images are available for diagnosis immediately after exposure. The advantages are numerous:
- Use 70% less radiation than traditional film x-rays.
- Take less time to take and are easier to take than traditional film x-rays.
- Have better quality viewing capabilities than traditional film x-rays.
- Take the waiting out of the development process allowing us to see what is going on immediately.
- Prevent issues from going undetected and/or missed.
- Are easily stored on a computer.
- Can be easily transferred to your family doctor when referrals are needed.
June 2019 newsletter.
Source : Text in part from “Running Doc’s Guide”, by Dr. Lewis G. Maharam, MD.
Runner’s knee does not happen only to runners. It is a condition with many names: chondromalacia patella, anterior knee syndrome, patella femoral disorder, and, of course runner’s knee. It is seen every day by health care providers. Understranding the real cause makes treatment easy and pain relief possible in a short period of time.
When it comes to runner’s knee, biology is destiny. Anyone whose foot rolls inward (overpronation) during a stride is a candidate, but the real high-risk frontrunners are people with extremely flat feet; a large, pronating forefoot; or a Morton’s foot (a foot where the second toe is longer than the first), causing an exaggerated rolling in, or pronation.
Of all the aches and pains that one can get, this one’s probably the easiest to get rid of. If you were doing some serious running mileage over the summer, maybe getting ready for a fall marathon, or pain came on “all of a sudden” without any apparent injury and your knee suddenly started to get sore when you walked up and down stairs, or you felt stiff when you were sitting in a movie, you most probably have it. You could have come down with it when you were 12, or 65. And the treatment, which is not complicated or extensive, is the same for everybody from kids to grandparents.
It all starts with the kneecap. In a perfect world, your kneecap rides up and down in a V-shaped groove that sits just behind it as you walk, run or cycle. More typically, however, your foot rolls in, or pronates, as you move from heel strike to toe-off, and the kneecap ends up scraping along one side of the groove instead of sliding smoothly up and down the middle. The cartilage there doesn’t much like getting sandpapered down that way, nor does the back of the kneecap, which begins to weep fluid that in turn produces a feeling of stiffness.
It a easy condition to diagnose: joint hurts, no particular injury caused it, worst going upstairs and downstairs or walking down an incline, stiffens after sitting a while, feels like it needs to be stretched.
Despite what you may have read, arthroscopic surgery is not the immediate answer. Surgery helps perhaps 1 out of 100 sufferers. One favored operation consists of mechanically smoothing the rubbing surface of the kneecap; this treatment can give relief for six months or so, but unless your biomechanics have changed, it’s a borrowed-time fix.
A proper orthotic is the single most important step because it will prevent the roll that caused the scraping in the first place. The good news is that once you start wearing the orthotic, your knee cooperates quickly; the patella, cartilage that’s been rubbed down is able to regenerate and heal itself. Just give it the chance.
But orthotics alone won’t do it. You need your other ally, the medial quad, which is the muscle in the front inside of your thigh that’s supposed to hold the kneecap in the center of the groove. The stronger your medial quad muscle is, the better it can do its job. To strengthen it, you need to perform the “terminal” leg extension exercises (see image), which limit the motion to the last 6 inches of extension. Do them daily until the pain disappears, then twice weekly. And do both legs, please, even if only one leg hurts. Your knees are a matched pair, and what’s already happened on one side is a good bet for the other someday.
Knee sleeves and elastic bandages are out. Think about it. If you compress the kneecap, every motion will press it into the groove. Keep it loose and free. So make these exercises a part of your weekly routine, keep wearing your orthotics and you can rid yourself of this unnecessary pain forever.
Limited quad extensions for runner’s knee. 1. Sit up on a desk or high surface, stick your leg out straight, drop it about six inches, and if possible support it with a chair or stool. 2. Wrap your ankle with a weight bag or strap made for the purpose. 3. Lift only the last six inches (about 30 degrees) to full extension, hold for three seconds, and then come slowly back down. Do 5 sets of 10 reps each day, with just enough weight that you get to 5 or 6 on that fifth set and have to stop.
Make a $30 donation to Leucan and receive a complimentary opening of a file, chiropractic examination and x-rays (certain conditions apply ¹).
From September 16, 2019. 100% of the amounts collected will be donated to Leucan (not just the profit).
Limited space, contact us today to make an appointment!
1. Average usual fee of $130. Offer valid for new patients or for re-activations of inactive files only. Offer valid for 90 days from September 16, 2019. If a treatment is made on the first visit, it is not included in the promotion and the usual fee of $50 will apply.
Text from “Running Doc’s Guide to Healthy Running”, from Dr. Lewis G. Maharam, MD.
Any sport that keeps you on your feet and uses a pushing-off motion can produce Achilles tendon trouble. Orthotics are usually prescribed, but stretching is always your first defense.
The Achilles tendon, which is formed from your calf muscles, can be pushed beyond its limits and become inflamed. That’s the tendinitis to wich most athletes ascribe pain. There can also be some swelling tendinosis, or chronic tendinitis, above the upper heel. But every time the tendon gets inflamed, and certainly every time the pain comes from more serious microtears in the overused tissue that can easily be mistaken for tendinitis, the Achilles grows just a little weaker.
What brings the condition on besides simple overuse? The Achilles is vulnerable to misuse. Designed to do its job of guiding the heel in a vertical plane, it’s intolerant of the rolling of the ankle when it overpronates (rolls inward) or supinates (rolls outward). Stretching and an orthotic can help prevent the inflammation by biomechanically allowing the tendon to pull in proper alignment.
But a calf muscle routinely loosened by conscientious stretching every day and after a workout cuts the tendon some slack, particularly in stiffer athletes, reducing the tendon’s role as a shock absorber – for witch it’s not very well suited anyway.
So on those hectic days when stretching seems too much of a bother, remind yourself that a neglected and partially torn tendon needs to rest and heal in a cast for six to eight weeks unless you like courting a rupture.
And if that tendon does pop? The gulf between the two ends creates a hole you can actually feel. A clock has just started ticking, during which the tendon’s two ends will drift apart. As soon as possible you must decide if you want the rupture repaired by surgical reattachment of the ends – the best choice for most athletes. After the operation, you will have to wear a cast or cast boot at first and then undergo probably 9 to 12 months of therapy. The sooner the surgery’s done, the easier the repair. Or you can just go into a cast for maybe 8 to 12 weeks and accept whatever healing nature is able to provide – probably a weaker result and longer recovery. Given all this, a couple of minutes of prevention does not seem like such a bother after all…
So what do you do if stretching alone doesn’t work? The longer you take before you seek help, the longer the problem will take to fix. All structures in the body constantly remodel (at different rates). The Achillles tendon gets its strength by its fibers lining up in parallel. In its originating calf muscles are inflexible, living in an environment of overpronation and inflammation (tendinitis), remodeling proceeds with the fibers lining up every which way instead of parallel. This results in a weakened, swollen, painful tendon, which is the definition of tendinosis (instead of tendinitis). This tendon is more easily prone to tear, and you will need a full-length flexible orthotics (worn full-time instead of just when running) and physical therapy for eight or more weeks minimum.