Oblander Chiropractic

Chiropractor vs. Physical Therapist: Which Type of Doctor Is Better for Treating Back Pain?

February 2, 2016 oblanderchiropractic

chiropractic-physical-therapy-200-300 If you’re suffering from acute or chronic back pain–whether it’s been caused by an injury or some type of medical condition–chances are that you’re more interested in finding relief NOW than learning about the many different types of doctors who are part of the healthcare community. But the simple truth is that different types of doctors tend to approach their work in particular ways because of basic differences in their training and clinical experience. This means that it’s worthwhile for a back pain patient to understand at least a little bit about how a physician’s chosen discipline can influence his or her perspective and priorities when it comes to treatment.

The back and neck are very complex structures, and it can sometimes be difficult to identify the specific source of a patient’s pain and treat it effectively. This is why it is common for general practitioners to refer patients who are experiencing back problems more complicated than the typical muscle strain to physicians who specialize in diagnosing and treating musculoskeletal disorders. Depending on the circumstances, your general practitioner may recommend a chiropractor or a physical therapist. Some cases may also benefit from a multidisciplinary or integrated care approach that draws on the expertise of multiple specialists. So, in what ways are chiropractic physicians and physical therapists similar? And how are they different?

The Chiropractor

A doctor of chiropractic diagnoses and treats disorders of the musculoskeletal and nervous systems, and works with patients to prevent disorders from occurring. This type of healthcare professional will attempt to identify the underlying cause of back pain and treat it using a variety of techniques that realign the spine to relieve pressure, restore stability and improve function. Chiropractic treatments are usually referred to as “manipulation”, “adjustment” or “mobilization”. They involve applying varying degrees of highly-targeted force (either manually or with the help of specialized instruments) to move vertebrae back into their proper position.

When a patient is experiencing acute or chronic back pain and/or has lost function, a chiropractor will also use manipulation and mobilization techniques on the joints and other soft tissues in the affected area to increase range of motion.

The Physical Therapist

A doctor of physical therapy also diagnoses and treats back pain, though most often in connection with a specific injury or following surgery. His or her goal is usually to help a patient regain normal function by building strength and stamina, increasing balance and flexibility, and improving coordination.

Back pain that results from injury, disease, general wear-and-tear or other environmental factors can prevent a person from being able to lead a normal life by limiting their mobility. Day-to-day activities like walking, climbing stairs and getting into or out of chairs can become difficult or impossible. For athletes, the impact can be particularly profound–limiting their ability to train and compete. A physical therapist considers how the individual’s condition is impacting their ability to move and develops a therapy program intended to improve their condition. Where the chiropractor will often use manipulation and mobilization techniques as the foundation of a treatment plan and reinforce these with structured stretching and exercise programs, the physical therapist will tend to focus more on supervised exercise.

For patients with debilitating injuries and those who have recently had surgery, both chiropractic care and physical therapy can be very good options. Well-trained and experienced doctors will provide customized treatment plans designed to help patients recover as quickly and completely as possible. The diagnostic and treatment techniques each type of doctor uses (as well as their general philosophy) may differ to some extent, but there is also substantial overlap. Both kinds of physicians use non-invasive, hands-on treatment techniques as well as high-tech therapies such as low level laser therapy (LLLT) and transcutaneous electrical nerve stimulation (TENS) to relieve pain, reduce inflammation and accelerate healing.

When the time comes to make a decision to see one type of doctor or the other for back pain, patients often make their choice based on referrals from their primary care physician or on reviews from other patients. But the most important thing to remember is that you DO have options, and that having the RIGHT doctor matters just as much as having the right kind of doctor. We believe that our relationship with patients–especially the way we communicate–is just as important as our technical skills in diagnosing and treating your pain.

If you’d like to learn more about our approach, we invite you to call or visit our office today.

A Day in the Life of a Crash Test Dummy

January 28, 2016 oblanderchiropractic

Crash test dummies. You probably don’t think about them very much (if at all), but you may owe them much more than you realize when it comes to your health and safety on the nation’s roads. Automobile makers use crash test dummies—that is, inanimate, human-like mannequins—to simulate the type and scale of injury that may occur in an automobile accident. Car and truck manufacturers go to great lengths to design and build safe vehicles, and these “full-scale anthropomorphic test devices” or “ADTs” take a real beating day after day as they provide data regarding velocity of impact, crushing force, bending, folding, or torque of the body, as well as deceleration rates during test collisions.

U.S., car accidents kill more than 30,000 people each year and injure many more. However, manufacturers work continually to make cars safer and accidents more survivable through crash-testing programs. According to the National Highway Traffic Safety Administration, from 1994 to 2009, the fatality rate decreased from 23 to 16 fatalities per 100,000 licensed drivers. Crash test dummies have played an important part in that achievement as a result of their role in car testing and design. They’ve also played an important part in reducing the severity of auto accident injuries.

In order to survive a car accident and walk away with minimal injuries, drivers and passengers must be able to withstand the changes in kinetic energy that occur when bodies in motion suddenly come to a stop or when bodies at rest are suddenly accelerated. A car’s safety features, including seat belts and air bags, are made to help mitigate the damage that these abrupt changes can cause to the human body. Crash test dummies allow safety engineers to identify how the changes in kinetic energy caused by car crashes affect the human body and its musculoskeletal system. Researchers use this data to identify areas where changes could improve a car’s safety rating. Additionally, the data is useful to gauge the effectiveness of these improvements once they have been made.

Anthropomorphic test devices, or ATDs, have become enormously sophisticated since the first crash test dummy was created. Dubbed Sierra Sam, the first ATD was made in 1949 to test how ejection seats in aircraft affected people. Today’s crash test dummies are designed to simulate human anatomy in great detail, and to respond as the human body would respond to the forces and impacts generated by auto accidents. Using a wide variety of advanced materials and sensor technologies, they can tell a researcher what types of injuries would likely have been sustained by vehicle occupants in a crash—anything from surface skin abrasions and contusions to soft tissue damage, broken bones and life-threatening internal injuries.

Combined with sensors in the test car itself and an array of slow-motion video cameras, ATDs have helped designers and engineers understand better than ever before exactly what happens in different kinds of accidents so that they can protect vehicle drivers and passengers. And there’s no doubt they’re very valuable members of the safety team—they can cost anywhere from $100,000 to $400,000!

ATDs are built in a variety of shapes and sizes to mimic human differences. However, they’re also used in ways that allow carefully controlled testing from crash scenario to crash scenario and from vehicle to vehicle. Before each test, engineers paint different parts of the crash test dummy’s body with different colors, allowing them to identify how each part of the body impacts parts of the vehicle’s interior.

Car accidents can be particularly hard on the musculoskeletal system—injuries to the back, neck, and extremities are common. Unfortunately, many of these injuries may go undetected immediately after a collision, when adrenalin is flowing and participants are generally eager to leave the scene and move on with their lives. Symptoms may appear days, weeks or even months afterward. Plus the injuries sustained in a car crash may cause a host of ongoing health complications, such as recurring headaches, neck stiffness, TMJ, dizziness and chronic back pain as well as reduced mobility.

Chiropractic physicians are specially trained to diagnose and treat the types of musculoskeletal injuries that many people suffer as a result of care accidents. If you or someone you care about has been involved in a car accident, it’s very important that they receive a prompt medical evaluation from a qualitied healthcare professional—even if they feel fine or are only experiencing minor symptoms. Detecting injuries as soon as possible often allows auto accident victims to recover more quickly and more completely, with less pain and less disability.

Why Better Nutrition Alone Won’t Stop the Obesity Epidemic

January 21, 2016 oblanderchiropractic

It’s no secret that many Americans’ eating habits have taken a turn for the worse over the past 20 years in terms of the quantity, quality and combination of foods we eat. A number of diet-related trends have converged to help create a perfect storm of expanding waistlines:

Beginning in the mid-1970s, government nutritional guidance (backed by the limited scientific data that was available at the time) triggered a nationwide shift away from foods with saturated fat (such as milk, eggs and meat). However, it also inadvertently ushered in the age of “fat-free” marketing that gradually drove Americans toward a diet high in complex carbohydrates.
The rise of convenience-oriented packaged foods made home cooking seem unnecessary. As a result, a generation (or maybe two) grew up without planning meals, shopping for ingredients or preparing food. While it’s easy to focus on the loss of these basic skills, something else was lost, too—control over the contents of the food itself. In adopting diets built on ready-made meals, American ouseholds left decisions about fat, sugar and salt as well as chemical additives to the chefs in corporate kitchens.
A new culture of snacking evolved that made eating a sort of parallel pastime—something that was done almost without thinking alongside other day-to-day activities. Plus, grab-and-go packaged food meant that the dining room was now anywhere you happened to be.
Supersize portions, value meals and double desserts slowly changed Americans’ ideas about how much food should be eaten at a single sitting. For much of the population, the new normal included many more calories than would have been common in the 1970s or 1980s.

But for all the evidence that the American diet has played a prominent role in the current obesity epidemic, there is also evidence that another factor may be even more important.

On average, Americans are LESS PHYSICALLY ACTIVE THAN AT ANY OTHER TIME in our history. Sweeping changes in the kinds of work we do and the way we do it, along with changes in how we get from place to place and how we spend our leisure time have meant that much of the population just doesn’t move around very much. We increasingly lead very sedentary lives.

A recent study published in the American Journal of Medicine drives home this point. According to researchers at Stanford University who analyzed 20 years of data from the National Health and Nutrition Examination Survey, a very sharp drop in leisure-time physical activity may be responsible for the general upward trend in obesity rates.

Dr. Uri Ladabaum, Associate Professor of Medicine at Stanford University School of Medicine and lead investigator, noted that total daily calorie, fat, carbohydrate and protein consumption hasn’t actually changed much over the past 20 years but that the general level of physical activity has. “At the population level, we found a significant association between the level of leisure-time physical activity, but not daily caloric intake, and the increases in both BMI and waist circumference.”

The fall-off in physical activity over the past two decades is truly striking:

During the 1988-1994 period, the number of female American adults reporting no physical activity was 19.1%. During the 2009-2010 period, it was 51.7%.
The percentage of American men reporting no physical activity grew from 11.4% in the 1988-1994 period to 43.5% in the 2009-2010 period.

Over the same time frame, the incidence of obesity across the country has grown. While the average BMI has increased across the board, the most dramatic change has been among woman between the ages of 18 and 39.

An earlier study reported in the December 2013 Mayo Clinic Proceedings painted a similarly grim picture. Based on two years’ worth of data collected from sensors attached to 2,600 people, investigators concluded:

Men and women of normal weight exercised vigorously (think jogging or a brisk uphill hike) for less than two minutes a day. They engaged in moderate exercise (yoga or golf, for instance) about 2.5 to 4 hours per week.
By contrast, the average obese American man gets only 3.6 hours of vigorous exercise per YEAR, and the average obese American woman gets only ONE hour of vigorous exercise in the same period of time.

What’s happening here?

According to Edward C. Archer, a researcher at the University of Alabama at Birmingham, “We’ve engineered physical activity out of our daily lives and that’s causing the health disparities that we have in this country.”

There is a very clear relationship between physical activity and your health—including your musculoskeletal health. But it’s also true that there’s a link between your musculoskeletal health and your ability to lead an active lifestyle. If you’re suffering from back, neck or joint pain, it can be very difficult to exercise. This in turn raises your risk of weight gain as well as your risk of other health problems.

We can help relieve musculoskeletal pain and restore your mobility. Just call or visit our office today!

Additional Resources

Lack of exercise, not diet, linked to rise in obesity, Stanford research shows. http://med.stanford.edu/news/all-news/2014/07/lack-of-exercise–not-diet–linked-to-rise-in-obesity–stanford-.html

U.S. mothers, 1965 to 2010: More TV, less housework leading to a more obese population. http://www.sph.sc.edu/news/mothers_inactive.html

‘Get Up!’ or lose hours of your life every day, scientist says. http://www.latimes.com/science/sciencenow/la-sci-sn-get-up-20140731-story.html

Building Better Bones for the Long Run

January 19, 2016 oblanderchiropractic

When it comes to leading a healthy, active lifestyle in middle age and beyond, maintaining your bone density (also called “bone mass”) is very important. To really understand the challenges associated with this—and to appreciate the opportunities—it’s necessary to know a little bit about how your skeleton grows and develops over the years.

Your bones are actually a lot more active than most people realize. Even if you’re an adult, somewhere between 7% and 10% of the cells in your bones are replaced during any given year. This means that your entire skeleton will be replaced in about a decade. The bones in the human body are constantly being broken down, reabsorbed and rebuilt, with those experiencing the most daily wear-and-tear being rebuilt the most frequently. This is referred to as “remodeling” or “bone turnover.”

Even though your bones stop growing in length in early adulthood, they can continue to grow in diameter throughout your life in response to activity. When this happens, special cells called osteoblasts form compact bone around the outside of the bone surface while other cells called osteoclasts break down and reabsorb older bone tissue from the internal bone surface. These two processes work together to increase the diameter of the bone while preventing it from becoming too thick and heavy.

Girls achieve up to 90% of their peak bone mass (the amount of bone tissue in the skeleton) by their 18^th birthday. Boys hit that same milestone by the time they’re about 20 years old. Bone mass can keep growing until around age 30 for both men and women. After this point, bone mass tends to remain stable for a number of decades as bone building activities remain roughly in balance with bone resorption activities. However, this balance begins to change and bone mass begins to decline when you reach more advanced years. For women, this drop in bone density is closely related to menopause.

There are essentially three things you can do to maintain healthy bone mass:

Stimulate as much bone growth as possible while you are still young. Timing counts—the higher your peak bone mass is when you hit your early 20s and 30s, the more bone loss you can experience later in life without the risk of osteopenia or osteoporosis. We recognize that, for many readers, this bit of information will come too late. We include it here for the benefit of parents who are still in a position to help their children.
Eat a bone-healthy diet. Calcium, vitamin K and vitamin D are the keys, but vitamin A, vitamin B12 and vitamin C matter too!
Calcium is integral to maintaining bone strength. Dark green, leafy vegetables are the single best source of this mineral. Ounce for ounce, they’re even better than dairy products (which are also good). So the key to feeding your bones is to incorporate more spinach, collard greens, broccoli and bok choy into your diet in addition to dairy (milk, yogurt and cheese). Tofu is often fortified with calcium as well, so a quick stir-fry including tofu, bok choy and sesame seeds (another great source of calcium) makes an excellent bone-healthy meal.

Vitamin K is key to the production of osteocalcin, a bone protein. Vitamin K is needed to bind calcium to the bones and reduces the amount of calcium that is excreted in the urine. It has been shown to promote higher bone density and reduce the risk of fractures. Fortunately, the same dark green, leafy vegetables that are chock full of calcium are also a great source of vitamin K.

Vitamin D is critical for calcium absorption. However, many experts believe that most Americans may be vitamin D deficient, particularly during the winter months when days are short and there is little sunlight. However, the general trends toward less outdoor activity at other times of the year and more sunscreen use may increase the risk of year-round vitamin D deficiency. According to Dr. Michael Holick, a leading vitamin D expert, “We want everyone to be above 30 nanograms per milliliter,” Holick says, “but currently in the United States, Caucasians average 18 to 22 nanograms and African-Americans average 13 to 15 nanograms.” This is perhaps the best argument for vitamin D-enriched milk and supplementation.
Weight-bearing exercise stimulates bone formation and lowers the rate of calcium loss. You can help to increase your bone density at any age by practicing weight-bearing exercise three times per week for 20 to 30 minutes. This can include activities such as lifting weights, walking or running, dancing, playing tennis, climbing stairs, or jumping rope. Remember—even if you get bone-friendly vitamins and minerals, you will still lose bone mass more quickly if you are a couch potato.
Gary Null, in his book Power Aging notes “Weight lifting, including curls and bench presses, is a beneficial activity.” And for those who’d rather not visit the health club, “Dancing, stair-climbing and brisk walking are all weight-bearing exercises, which promote (good) mechanical stress in the skeletal system, contributing to the placement of calcium in bones.” But what about aerobic exercises? While they are very good for your cardiovascular system, “aerobic exercises such as biking, rowing and swimming do not strengthen the bones.” They simply don’t place enough stress on the skeletal system to stimulate bone growth.

Beyond their role in giving your body its shape as well as supporting and moving it, the bones that make up your skeleton do a number of other really important things that are less obvious:

They provide protection for your body’s vital organs.
They are where your red blood cells and lymphocytes are produced (within your bone marrow).
They store important minerals, including calcium and iron, and are involved in metabolizing them.
They help regulate your body’s endocrine system (including regulation of blood sugar and storing fat).

Be good to your bones and they’ll be good to you!

Have any questions? If so, please call or visit our office today!

Additional Resources

To Ensure Bone Health, Start Early. http://well.blogs.nytimes.com/2013/08/05/to-ensure-bone-health-start-early/

Bone Health: Tips to Keep Your Bones Healthy. http://www.mayoclinic.org/healthy-living/adult-health/in-depth/bone-health/art-20045060

Maintaining Bone Health: Why Bone Health is Important. http://nihseniorhealth.gov/falls/bonehealth/01.html

Exercise and Physical Activity. http://www.americanbonehealth.org/what-you-should-know/exercise

Are Energy Drinks Actually Dangerous?

January 14, 2016 oblanderchiropractic

yippie - saut de joie — yippie – saut de joie

There’s no doubt that many of us live very fast-paced lives. “Too much to do in too little time…” It’s this common complaint that’s helping to drive the popularity of energy drinks. After all, who couldn’t use a little boost to help get through another busy day? And it’s not only adults who are fueling the craze. Teenagers are among the biggest users of energy drinks when they need to be awake for morning classes after staying out late or studying all night.

So what’s the problem? Energy drink-related visits to the emergency room have doubled over the past four years, and most of these cases have involved teens and young adults.

Energy drinks such as Red Bull, Monster, Full Throttle and Rock Star are starting to attract the attention of medical researchers and public health officials alike. This is leading to some troubling discoveries about what the ingredients in these drinks can do to our bodies. It’s also putting a spotlight on how these products are marketed. It turns out that energy drinks—unregulated and usually sold right alongside soft drinks in the supermarket—may be dangerous for our health.

What’s in the can? In addition to large amounts of caffeine and sugar, other ingredients commonly include taurine, glucuronolactone and guarana, as well as B-vitamins and a variety of herbal supplements such as ginseng, milk thistle and gingko biloba. The primary concern so far is the effect the combined stimulants in these drinks have on the heart. A typical energy drink contains up to three times as much caffeine as an equivalent amount of coffee or soda.

Energy drinks have been shown to produce arrhythmias (which are potentially life-threatening changes in your heart rhythm) and to raise blood pressure. Heart palpitations, seizures and sudden death can be caused when someone with an arrhythmia consumes an energy drink.

A study conducted by Dr. Jonas Dorner and colleagues from the University of Bonn in Germany found that energy drinks increase heart contractions. Dorner said “Until now, we haven’t known exactly what effect these energy drinks have on the function of the heart. There are concerns about the products’ potential adverse side effects on heart function, especially in adolescents and young adults, but there is little or no regulation of energy drink sales.”

The study involved 18 healthy volunteers, most of whom were male, who consumed an energy drink containing caffeine and taurine. They underwent an MRI an hour after taking the drink, and the results showed a significant increase in peak strain in the left ventricle of the heart.

Although these results may not cause problems in the short term for those who are young and healthy, these drinks may be a problem for anyone with heart disease. There are also no studies yet measuring the long-term effect that these energy drinks have on heart health.

Experts advise that children and anyone with a heart condition such as arrhythmia avoid consuming energy drinks due to the potential risks they pose.

5 Exercise Tips for Better Posture

January 12, 2016 oblanderchiropractic

“Good posture” is more than an indication of whether you paid attention as a kid when your parents admonished you to “Stand up straighter” or “Don’t slump your shoulders like that”. Posture is the position in which you naturally hold your body when you are standing, sitting, and even lying down. “Good posture” is when you do this while maintaining the correct alignment of your body parts, supported by the right amounts of muscle tension against the pull of gravity.

Most of us normally give no thought to our posture. Our muscles tend to “do it for us,” without us even thinking about it. The problem with this largely unconscious process is that over time our muscles can become weak or improperly trained to hold our bodies in less than an optimum position. This is bad because proper posture helps us to keep our bones in correct alignment so that their supporting muscles are used correctly. Proper posture also reduces stress on our ligaments, and helps to prevent muscle strain and overuse disorders. Improper posture can have many negative effects on our general health, including excessive strain on our postural-support muscles, reduced lung capacity and chronic back or neck pain.

There are many exercises that can help strengthen your postural-support muscles, but the best approach to take if you want to improve your posture in a more systematic way is to see your chiropractor. He or she can analyze your posture and then prescribe a customized set of exercises to restore strength and balance to your postural-support muscles. Your chiropractor can also make adjustments to your spine and other joints to eliminate abnormalities that encourage improper posture.

When using exercise to help improve your posture, it’s a good idea to follow a few simple guidelines.

Focus first on core-strengthening exercises. That is, work to strengthen the sets of muscles around your waist and lower back, which do most of the work of maintaining proper posture. Don’t simply rely on old-fashioned “sit-ups,” however. Pilates, yoga, and the set of core-strengthening exercises recommended by the North American Spine Society are more effective, providing more benefits with less strain.
Keep these core-strengthening exercises safe. Practice the single-leg lifts, crunches or “curl-ups,” and crossovers slowly and with controlled motions, avoiding the tendency to “overdo it.” Pull your abdominal muscles in (up and towards the spine) as you exercise, and breathe normally. Start with a low number of repetitions tailored to your current fitness level and increase the number only as you grow stronger.
Perform shoulder and neck exercises to strengthen your upper body. Weak shoulder muscles are the most common cause of “slumped shoulders.” Also, stiff muscles in the neck and upper back can aggravate and perpetuate poor posture.
Strengthen your hips and pelvis. Exercises such as anterior pelvic tilts strengthen your hip and butt muscles, which are essential to enabling you to stand and walk with correct posture.

Don’t forget your feet. Good posture and a healthy musculoskeletal system start from the ground up. You should work with your chiropractor on this one, especially if he or she has indicated that you suffer from either “pigeon toes” or “duck feet,” meaning that your feet point at an angle either inward or outward, rather than straight ahead. Chiropractic adjustments can help to correct this, but there are also exercises that can strengthen your muscles to correct these conditions, and allow you to stand and walk more normally.

Why Sugar is So Hard to Resist

January 7, 2016 oblanderchiropractic

Sugar is in almost everything we eat. In the typical western diet, enough sugar has been added to food products to bring our consumption of the sweet stuff up to 22.7 teaspoons per day. It is added to processed foods to extend shelf life and enhance flavor and texture. While we know that sugar contributes to weight gain, diabetes and heart disease, it’s still hard to resist. Why? Much of the answer to that question has to do with the way humans have evolved to survive in times of scarcity.

Our ancestors who had developed a taste for sugar were able to add to their body fat, which helped to keep them alive during periods of famine. This in turn allowed them to pass their sweet-loving genes on to their progeny. A study conducted by researchers at Washington University found that we are programmed from birth to crave sweet things. Human breast milk is very sweet due to the concentration of the sugar lactose, so from day one we learn to develop a sweet tooth.

One study showed how even the mere expectation of sugar can affect our cognitive ability. Scientists found that when study subjects swished sugar water around in their mouths and then spit it out, they performed better on cognitive tests than the subjects who had swished water that had been artificially sweetened. And there is a good reason why sugar is addictive. Eating sugar prompts the release of the hormone serotonin from the same area of the brain that responds to heroin and cocaine, inducing a feeling of happiness and euphoria.

It’s not always obvious where sugar is hiding in the foods we eat. While our consumption of table sugar is down, the amount added to processed foods is increasing. Many people are surprised to find how much sugar is added to such things as bologna (1.18 tsp. per 4 slices), ketchup (1.77 tsp. per 3 tbsp.) and low-fat fruit yogurt (6.16 tsp.). A couple of spoons of barbecue sauce have about as much sugar as a glazed donut! Add in the sugars typically contained in soups, sauces and breads, and it’s easy to see why obesity is becoming such an epidemic. The more we get, the more we want. A sudden rush of sugar spurs the release of insulin, which causes the infamous “sugar crash” and makes us crave even more to combat it.

However, it is possible to overcome an addiction to sugar, just as it’s possible to overcome an addiction to any other substance. Gradually use less where you can, such as in coffee or tea and in your breakfast cereal. You can also reduce or eliminate your consumption of soda (including artificially sweetened soda, which still makes you crave the sweet taste) and water down any fruit juices you may drink. After a while, your body does adjust to the taste. After a few months, if you suddenly are given coffee with sugar in it, you may find it tastes odd. Try to avoid buying store-bought desserts, and if you make your own, reduce the amount of sugar called for in the recipe. Many baked goods can use unsweetened applesauce as a substitute for 2/3 of the sugar required.

Our society has made it difficult to resist sugar, but it’s not impossible, and the less sugar you eat, the better it will be for your overall health.

Happy New Year!!!

January 1, 2016 oblanderchiropractic

Happy New Year to all of our dear friends!
Thank you for being a part of our lives!
We hope that this New Year will be full of
abundance and health for each of you!

Dr. Oblander and staff

Merry Christmas!

December 25, 2015 oblanderchiropractic

Top 5 Exercises for Increasing Range of Motion in Your Neck

December 24, 2015 oblanderchiropractic

girafe réticulée 06 Pain and stiffness can significantly reduce your neck’s range of motion. Although a decreased range of motion in your neck may not seem like a major problem, it can actually contribute to a number of unpleasant conditions, including headache, fatigue, irritability and sleep loss. Like any other part of the body, our neck can become stronger and more flexible through exercise. Following are some useful exercises that can help to increase the range of motion in your neck.

All these exercises should be done while sitting comfortably in a chair with your feet flat on the floor and your neck in a neutral position. Your neck should be positioned right above your spine (in other words, be sure your head is not jutting forward or back), and you should be looking straight ahead. If you feel pain (rather than just discomfort) while doing any of these exercises, stop immediately and do not resume them until you have consulted with your chiropractor.

1) Neck rotations – Keeping your head level, gradually turn your head to the right as far as you comfortably can, looking over your right shoulder, and hold for 10 seconds. Then slowly turn your head to the left, looking over your left shoulder, and hold for another 10 seconds. Repeat 5 times.

2) Neck tilts – Tilt your head to the right, bringing your right ear as close to your shoulder as possible, and hold for 10 seconds. Do the same on the other side, tilting your head to the left, again holding for 10 seconds. Repeat 5 times.

3) Neck flexion and extension – This is simply bending your head forward and back. Beginning in a neutral position, gradually bend your head forward, letting it hang with your chin close to your chest, and hold for 10 seconds. Then slowly bring your head up and back so that you are looking at the ceiling. Repeat 5 times.

4) Half circles – Start by tilting your head toward your right shoulder as far as possible, then slowly swing it to the left in a fluid half-circle, moving your head forward and down until your chin is close to your chest, continuing until your head is tilted to the left with your left ear above your left shoulder. Then repeat the movement in the other direction.

5) Levator scapulae stretch – Tilting your head to the right over your shoulder, turn and drop your head slightly so that your nose is pointed toward your elbow, and hold for 10 seconds. You should feel the stretch in the muscle connecting the back of the left lower neck to your shoulder blade. Repeat on the other side.

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