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Are Stand-Up Desks Really Any Healthier for Office Workers?

Are Stand-Up Desks Really Any Healthier for Office Workers?

Handsome African American male writing at desk with laptop, phone, clipboard. Shot with a Canon 20D.
Handsome African American male writing at desk with laptop, phone, clipboard. Shot with a Canon 20D.

Standing desks or stand-up desks are not a new fad. They’ve been around since at least the time of Benjamin Franklin, the founding father who used one over two hundred years ago. However, there remains a great deal of controversy regarding the benefits and drawbacks of stand-up desks.

A number of sources agree that standing up while you work gives you more energy and keeps you more alert. The University of Chester performed a study in 2013 that showed heartbeats rose by ten beats per minute because of standing. This increased the number of calories burned each day. In addition, blood glucose levels after lunch returned to normal far faster in those study subjects who stood as they worked.

Others have found that standing helps reduce lower back pain. Users of stand-up desks found that they engaged more fully with their colleagues and felt more ready for action if something called them away from their desk. They felt their minds wandered far less and they stayed more focused. Some users even found that stand-up desks lent themselves to certain “power poses” that benefited physiology, increasing testosterone and decreasing cortisol, the stress hormone.

Stand-up desk users seemed to agree, though, that leg and foot soreness can be a problem. This may be a particular problem for individuals who are just starting to use a stand-up desk user and whose bodies aren’t yet accustomed to the new way of working. More comfortable shoes and an anti-fatigue mat can help reduce this problem. Gradually building up the amount of time spent at a stand-up desk can also help.

If you do opt for a stand-up desk, it’s important to get one at the right height. Because each person is different, getting a custom desk built can be prohibitively expensive. A better alternative is to get an adjustable desk. One with hydraulic power can be lowered for occasional sitting and increased to a custom height to suit your individual needs.

Sitting for long periods each day can lead to all manner of illnesses—heart disease, diabetes, vein disease and more. But standing for long periods can also create health risks, especially vein disease.

A Cornell University ergonomics team found that the real solution was simply to move around regularly. If you’re sitting at a desk, stand up every 20–30 minutes and move around for two minutes. The movement gets the blood pumping, increases calorie burn, and decreases the risks for heart disease, diabetes and other ailments. This doesn’t require vigorous exercise. Simply pacing for a couple of minutes will be enough to undo the damage of sitting for half an hour. This, of course, requires an awareness of the time and a measure of discipline to move when the appointed time arrives. Adding some moderate exercise to your daily routine can do wonders for your health, even without the use of a stand-up desk.

 

Top Foods for Healthy Bones

Top Foods for Healthy Bones

Still life of variety of Healthy Foods
Still life of variety of Healthy Foods

Strong bones are essential for healthy living, but there’s no guarantee that any of us will have them as we grow up and grow older. While we don’t think about it very much unless something goes wrong, we need to do our part to develop and protect our bones. Proper nutrition is part of that.

Your skeleton is a living organ that needs nutrients in order to rebuild bone in areas where it is continually being broken down. Osteoporosis, a condition in which bones lose mass and density and are at greater risk for fractures, occurs in 55% of Americans over 50. Millions of fractures occur every year as a result of poor bone health.

The most common osteoporosis-related bone fractures among the elderly affect the hips, vertebrae, wrists and ribs. Vertebral fractures are the most common, and occur most often in women. You may see an elderly woman with hunched shoulders, head propped forward and unable to stand straight, because a few of her vertebrae have essentially collapsed. This condition is sometimes called “dowager’s hump”.

How do we prevent this from happening to us? In addition to regular weight-bearing exercise, diet can make a big difference. Here are some bone-friendly foods you can add to your diet to help keep your bones strong:

Seeds—Though we usually think of bones as being made of calcium, they also consist of other elements. For instance, half of the body’s magnesium is found in the bones. A great source of magnesium is seeds, particularly pumpkin seeds. Brazil nuts are also rich in magnesium.

Nuts—Walnuts are rich in alpha linolenic acid, which helps to keep bones building up instead of breaking down.

Leafy greens—Leafy greens (particularly the dark green kind), provide a host of nutrients and vitamins, including magnesium, calcium and vitamin K. Vitamin K helps to cut calcium loss in urine and is essential in building new bone matter to replace old.

Beans—Pinto beans, kidney beans, black beans and white beans all contain magnesium and even a little calcium. Beans not only help your bones, they help prevent obesity, heart disease and cancer.

Sardines—Canned sardines contain a substantial amount of calcium. A 3 oz. can typically contains 320 mg of calcium.

Swiss cheese—One ounce usually contains 270 mg of calcium.

Dried plums (Prunes)—Dried plums are a reliable source of dietary fiber, phenols and vitamin K. They’ve been shown to suppress the rate of bone resorption, or the breakdown of bone.

Besides eating well, it’s very important to remember to exercise. In fact, one of the greatest health risks faced by astronauts when they go into orbit is bone loss. Bones deteriorate more quickly in zero gravity unless exercise is included in the daily routine. The same idea applies here on earth. Stressing bones with physical activity (particularly weight-bearing exercise and exercise that involve some type of impact, such as running) seems to trigger bone-building activity and prevents the body from using bone-building nutrients for other things.

 

Health Risks for Frequent Flyers

Health Risks for Frequent Flyers

Tech-Ind
Tech-Ind

Back in the early days of commercial flight, flying was a costly, exclusive and elegant form of travel. People would dress in their best clothes and be treated like celebrities by flight attendants. Most frequent flyers would tell you that those days are long, long gone.

Even as air transportation has become far less expensive and more widely available over the years, the experience itself has generally become less pleasant. Extensive security checks, crowded planes and airline cost-cutting all play a part.  However, did you know that there are a number of aspects to flying that can also be detrimental to your health, especially if you’re a frequent flyer? Following are a few of the health risks you should be aware of if you must fly often.

Noise-induced hearing loss – The white noise of a plane may be able to lull us to sleep, but it is still loud enough to be to cause hearing damage with regular exposure. Those who sit at the back of the plane fare worst, as those passengers get the brunt of the engine noise, which can sometimes rise as high as 100 decibels. For comparison, the noise of heavy traffic is around 80 decibels and normal conversation is approximately 60 decibels. If you can, try to get a seat nearer to the front of the plane, where the average noise level is about 75 decibels. Experiencing this level of sound once in a while is not bad, but frequent flyers risk permanent damage to their hearing unless they take precautions to protect their ears, such as by using earplugs.

Deep vein thrombosis (DVT) – Also sometimes called “economy class syndrome,” this can be a life-threatening condition in which blood clots form in the legs due to being seated in cramped conditions for long periods of time. These clots sometimes break free and can travel to the lungs, causing a pulmonary embolism. Those in business and first class are not entirely immune either, however. An examination of 68 deaths on flights due to DVT found that 12% of the victims were in first or business class. To prevent this, there are a number of strategies you can employ, including wearing special “flight socks,” taking aspirin, drinking water and walking around periodically during the flight.

Increase in disease risk – Although the disease you are most at risk of contracting is the common cold, your risk of catching a cold when flying is over 100 times greater than if you had not flown. Although studies have shown that the plane’s air recirculation system is not the cause of increased illness, the fact remains that people still get sick far more often after a flight. One of the primary reasons for this is the extremely low humidity in the cabin. This dries out the mucus membranes in our respiratory tract that tend to catch harmful microbes and destroy them before they can cause damage. If you are concerned, you can purchase a special respiratory mask that will screen out 98% of airborne particles. You may look a bit unusual, but at least you have a better chance of remaining disease-free.

Jet lag – The disturbance of your circadian rhythms can cause both physical and mental impairment for a number of days after the flight. Jet lag creates a disruption to your sleep and hormone patterns that can lead to short-term episodes of psychosis for some. If your trip crosses fewer than three time zones you will probably not have a problem. If your trip is going to last for fewer than three days, experts recommend that you keep to your “home time” to avoid symptoms of jet lag. Otherwise, your best bet is to try to adjust to local time as quickly as possible. Stay up as late as is normal at your destination, then get up at a normal hour in the morning and expose yourself to bright light for as long as possible.

Pets, Kids and Immune System Health

Pets, Kids and Immune System Health

young-girl-and-cat-200-300Over the past few years, health researchers around the world have become increasingly interested in exactly how our immune system develops. In particular, they want to understand how it might be shaped by the environment we live in—and especially by our interactions with microbes. One theory, known as the “hygiene hypothesis,” posits that reduced exposure to bacteria, symbiotic microorganisms (for instance, the flora that live in our digestive tract) and parasites makes us more susceptible to allergic diseases by suppressing the natural development of our immune system.

The basic idea is that modern standards of household and personal cleanliness, smaller family units and less outdoor time have all combined to limit the number and types of microbes many of us come into contact with, and that this has resulted in more people having immune systems that are over-sensitive or calibrated incorrectly. This line of thinking leads to an interesting question: Do people who have been exposed to more or different types of microbes actually have stronger immune systems?  One way researchers have approached this question is to study individuals who have spent more time with animals (pets) or in the company of lots of children.

The Pet Effect

A recent Finnish study performed by researchers at Kuopio University Hospital found that babies who grow up in a home that has a pet are less likely to get coughs and colds in their first year of life than their counterparts who live in pet-free homes. Lead author of the study, Dr. Eija Bergroth, a pediatrician at the university, said, “We think the exposure to pets somehow matures the immune system so when the child meets the microbes, he might be better prepared for them.” Researchers believe that the dander that pets shed and the microbes that they bring in from outdoors prime babies’ newly-forming immune systems, teaching them to fend off allergies, bacteria and viruses.

Previous studies had found a link between the presence of pets in a baby’s home and a lower risk of allergies. And in a study performed on mice, exposure to household dust from a home in which a dog lived prevented a common respiratory virus that has been linked to the development of childhood asthma.

Researchers from the Finnish study, published in the journal Pediatrics, followed the health of 397 Finnish children during their first year of life. Parents recorded the state of their child’s health on a weekly basis, including any runny noses, coughing and ear infections. They also noted if the child took any antibiotics. The results of the study found that children with pets in the home had a 44% lower risk of contracting an ear infection and were 29% less likely to be prescribed antibiotics, when compared with babies from pet-free homes.

The type of pet in the home did make a difference in how likely babies were to become ill during their first year. Dogs in the home were associated with a 31% lower risk of illness in the first year, whereas the presence of cats in the home was associated with only a 6% improvement in risk. The greatest benefit was from outdoor pets (those that were not restricted only to the indoors), as they brought in a wider array of microbes on their fur.

According to researchers, early exposure to pets seems to be the key in developing greater resistance to microbes, as it is the time that a child’s immune system is learning to differentiate friendly from unfriendly microbes, and by getting a wide array of these in small amounts, babies’ immune systems become well-trained early on.

The Kid Effect

Maybe it’s just wishful thinking, but many moms and dads (as well as teachers and childcare workers) believe that being around young children boosts their immune system.  It’s easy to see why this idea has some popular appeal.  After all, young children typically have lots of contact with other young children, often in environments where lots of germs can be spread. They then bring these same germs into contact with adults, whose immune systems need to fight them off over a sustained period of time. The thinking goes that this, in turn, helps make these adults more resistant to them.

But what does the science actually say about this? Rigorous research is hard to come by, but perhaps the best anecdotal evidence can be found in the “common wisdom” imparted to new kindergarten and elementary school teachers. When one woman started teaching in California, her school board warned her that she should probably plan her finances for the first year of teaching based on being out sick more than her allotted number of “sick days,” and thus not being paid for them. The woman, who had always been remarkably healthy, laughed at this advice, but then spent 25% of her first year at home sick, likely because of all the germs she picked up from kids in the classroom.

However, this same schoolteacher rarely ever got sick again. Her exposure to a wide variety of germs transmitted by the kids did seem to boost her immune system over time, and enhanced her ability to be exposed to them in the future without getting sick herself. We can possibly infer that the same thing happens with small children in the home—they pick up germs at school and bring them home where the parents are exposed to them. This exposure then builds immunity over time rather than diminishing it. Dr. Jordan S. Orange, chief of immunology, allergy and rheumatology at Texas Children’s Hospital explains the simple mechanics of this “early exposure” process this way: “When you get it [immunity], you have it. So, if you get it earlier, you’re going to be immune earlier.”

How Are Bones Made and How Do They Grow?

How Are Bones Made and How Do They Grow?

bone-diagram-200-300Each of the 206 bones in your body is constantly undergoing a process of breakdown and renewal, even if you have never suffered a broken bone in your life. Your entire skeleton is completely replaced approximately every 10 years. The construction of bone tissue begins when we are a fetus in the womb, and continues until we die. Our genetics and both the nutrients we receive before we are born and those we get through our diet in our youth have a major influence on the strength and endurance of our skeletal system.

Fetal cartilage is the precursor to bone growth, and is transformed into bone in a process called ossification. The fetal cartilage attracts the minerals calcium and phosphorus, which cover the cartilage cells. The fetal cartilage cells soon die off, leaving small holes through which blood vessels can grow. Osteoblasts, the specialized cells responsible for bone growth, travel to the developing bone via these tiny blood vessels. There they produce the collagen fibers that are the structure over which bone is formed, and attract the calcium with which the fibers are covered. Osteoblasts eventually transform into osteocytes, which become part of the calcium mix that helps to reinforce the collagen fibers and strengthen the bone.

Osteoclasts are the cells responsible for breaking down and removing old bone tissue, leaving small chambers that allow marrow to form. The small holes osteoclasts create are why this particular part of the bone is called spongy bone. Although it is hard, spongy bone resembles a common kitchen sponge. In our youth, the osteoblasts outnumber the osteoclasts, so we have a net gain of bone growth. This is when the growth of bone is referred to as modeling. Bone continues to grow until approximately our mid-20s, at which point we have reached our greatest bone density.

From our mid-20s on, our bones are in a constant process of remodeling. At this point, the osteoblasts can no longer keep up with the osteoclasts.  While bone is continually being rebuilt, no supplemental bone is being added, so we can begin to lose bone density. Even though our bodies no longer add to our stock of spongy bone tissue after our mid-20s, we can still continue to add bone to the outer layer of our bones, called compact bone. Compact bone accounts for about 80 percent of our bone mass and protects the more fragile spongy bone inside. Although compact bone is considerably denser than spongy bone, it still has tiny channels for blood vessels and nerves to pass through.

Our spongy bone is filled with two types of marrow, red and yellow. Red bone marrow is responsible for the creation of our red and white blood cells and the platelets that are necessary for clotting in order to stop bleeding when we are injured. Yellow bone marrow consists mostly of fat cells and is more common in our long bones, such as the femur.

A healthy diet with adequate amounts of calcium, magnesium, phosphorus and vitamin K, along with a little regular weight-bearing exercise, will help ensure that you maintain the greatest bone density possible as you age, and will help protect against the danger of fractures due to osteoporosis.

How Are Bones Made and How Do They Grow?

How Are Bones Made and How Do They Grow?

bone-diagram-200-300Each of the 206 bones in your body is constantly undergoing a process of breakdown and renewal, even if you have never suffered a broken bone in your life. Your entire skeleton is completely replaced approximately every 10 years. The construction of bone tissue begins when we are a fetus in the womb, and continues until we die. Our genetics and both the nutrients we receive before we are born and those we get through our diet in our youth have a major influence on the strength and endurance of our skeletal system.

Fetal cartilage is the precursor to bone growth, and is transformed into bone in a process called ossification. The fetal cartilage attracts the minerals calcium and phosphorus, which cover the cartilage cells. The fetal cartilage cells soon die off, leaving small holes through which blood vessels can grow. Osteoblasts, the specialized cells responsible for bone growth, travel to the developing bone via these tiny blood vessels. There they produce the collagen fibers that are the structure over which bone is formed, and attract the calcium with which the fibers are covered. Osteoblasts eventually transform into osteocytes, which become part of the calcium mix that helps to reinforce the collagen fibers and strengthen the bone.

Osteoclasts are the cells responsible for breaking down and removing old bone tissue, leaving small chambers that allow marrow to form. The small holes osteoclasts create are why this particular part of the bone is called spongy bone. Although it is hard, spongy bone resembles a common kitchen sponge. In our youth, the osteoblasts outnumber the osteoclasts, so we have a net gain of bone growth. This is when the growth of bone is referred to as modeling. Bone continues to grow until approximately our mid-20s, at which point we have reached our greatest bone density.

From our mid-20s on, our bones are in a constant process of remodeling. At this point, the osteoblasts can no longer keep up with the osteoclasts.  While bone is continually being rebuilt, no supplemental bone is being added, so we can begin to lose bone density. Even though our bodies no longer add to our stock of spongy bone tissue after our mid-20s, we can still continue to add bone to the outer layer of our bones, called compact bone. Compact bone accounts for about 80 percent of our bone mass and protects the more fragile spongy bone inside. Although compact bone is considerably denser than spongy bone, it still has tiny channels for blood vessels and nerves to pass through.

Our spongy bone is filled with two types of marrow, red and yellow. Red bone marrow is responsible for the creation of our red and white blood cells and the platelets that are necessary for clotting in order to stop bleeding when we are injured. Yellow bone marrow consists mostly of fat cells and is more common in our long bones, such as the femur.

A healthy diet with adequate amounts of calcium, magnesium, phosphorus and vitamin K, along with a little regular weight-bearing exercise, will help ensure that you maintain the greatest bone density possible as you age, and will help protect against the danger of fractures due to osteoporosis.

Why Lose Weight?

Why Lose Weight?

man-and-children-200-300It almost seems like a silly question, but it’s worth answering nonetheless. Why? Because it’s too important not to—a great many people could avoid the potentially serious health problems associated with being overweight or obese by losing the extra pounds. And the sooner the better.

Obesity and related conditions take an enormous toll in terms of reduced quality of life and lost productivity for individuals. They’re also extraordinarily expensive for society at large, accounting. The US alone spends an estimated $168 billion annually to treat chronic diseases like Type 2 diabetes, heart disease, cancer, high blood pressure, metabolic syndrome, polycystic ovary syndrome (PCOS), high cholesterol, gallstones, osteoarthritis and more.

  • Type 2 diabetes is a disease most commonly caused by obesity. Though it used to develop primarily in adults, it is now quite common in children as well, with the recent increase in the rate of childhood obesity. Blood sugar levels become elevated due to the insulin resistance caused by obesity and greatly increase the risk of developing diabetes.
  • Heart disease can develop as a result of fatty deposits building up in the arteries, and hardening of the arteries (atherosclerosis) is 10 times more common among the obese than in the population with normal body weight. Fat tissue also requires blood to survive, so more blood vessels are created, putting greater strain on the circulatory system, increasing blood pressure and making the heart work harder to circulate that extra blood.
  • Those who are obese have an increased risk of cancer, especially cancer of the colon, breast, prostate, gallbladder and uterus.
  • Obesity adversely affects both the metabolism and endocrine system, often resulting in metabolic syndrome, the fastest-growing obesity-related health problem. This refers to a group of risk factors that increase your risk of more serious diseases, such as coronary heart disease, stroke and diabetes. Symptoms include excess weight particularly located around the middle of the body, insulin resistance, low HDL (“good”) cholesterol and high triglycerides.
  • Women who are obese can suffer from a number of reproductive health problems, including infertility, uterine cancer and PCOS. Because obesity causes disruption in the menstrual cycle and the endocrine system that is responsible for the delicate balance of hormones necessary for successful ovulation, studies have found that even a modest reduction in body fat of between 5 and 10 percent is often enough to restore ovulation and fertility.
  • Osteoarthritis has grown increasingly common as the rate of obesity has increased. The excess weight adds to increased wear and tear on the joints, particularly on the knees and hips. Obese women are nine times more likely to suffer from osteoarthritis of the knee, often leading to the need for a total joint replacement. However, researchers have found that losing as little as 11 pounds can reduce the risk of knee osteoarthritis by half.

Collectively, these are sometimes referred to as “lifestyle diseases” because they are—to a very high degree—the result of day-to-day decisions people make about their own nutrition, exercise, sleep and stress management. This means that they are preventable! Losing weight NOW can reduce the risk of these six diseases. Even losing just a few pounds has been shown to have a positive effect on your health.

Need more incentive? Carrying lots of extra weight is also very hard on your back, hips and knees. Losing it can reduce the cumulative wear and tear on your musculoskeletal system—the bones, muscles and joints that you count on to remain mobile throughout your life.

If you or someone you care about is struggling with weight loss, call or visit our office today. As chiropractic physicians, we have a unique, holistic approach to health and healthcare. We can help!

Auto Accident Folklore—Being Thrown Clear and Bracing for Impact

Auto Accident Folklore—Being Thrown Clear and Bracing for Impact

OLYMPUS DIGITAL CAMERA
OLYMPUS DIGITAL CAMERA

You have no doubt overheard someone at work or at a party telling his friends that he never wears a seat belt—and that he has some really good reasons.  The story usually goes something like this:  He heard from a buddy he knows that a friend of a friend who was not wearing a seat belt had a bad car accident and walked away from it because he was thrown clear of the car.  This is one of the most pervasive car safety myths out there. And if you believe this myth, you could be setting yourself up for serious injury or death.

Although there are a small handful of cases in which someone has survived a car accident after being thrown from the car, this is a very rare occurrence.  In fact, you actually have a 25 percent greater chance of being killed if thrown from the car.  Just consider the physics of the situation.  The force applied to your body when a collision occurs can be strong enough to propel you 150 feet, which is equivalent to about 15 car lengths.  And you would not just be flying gracefully through the air either.  First, your body may go crashing through the windshield, it may scrape along the rough asphalt for yards, and then you could end up getting crushed by your own car or someone else’s.  This is not to mention the other objects you may be hurled into when flung from the car.  Statistics from a study performed by researchers at James Madison University show that the proper use of a seat belt reduces serious injuries from traffic accidents by 50 percent and fatalities by 60 to 70 percent.  It’s a simple thing that can protect your health and save your life—wear seat belts.

Another common myth is that bracing for impact causes more damage to your body, and that it’s best to remain relaxed.  Of course, actually having the ability to choose one way or another about bracing has a lot to do with how much time you have before impact.   Many accidents occur in the blink of an eye, so suggesting that someone should “stay relaxed” has really limited practical value.  However, the most current science indicates that if you have time, bracing for impact will likely reduce the amount of injury, particularly to tendons and ligaments.

One of the most common types of injury from an auto accident is whiplash, which occurs in about a third of all collisions.  If you see a car approaching in your rear view mirror that you believe is going to collide with yours, the best thing to do is to press your body against the seatback, with your head pressed firmly against the head rest. This way you are less likely to suffer injuries to the ligaments in your neck, as your head will not be slammed back against the head rest, then flung forward.

Auto accidents are never pleasant, but by knowing the facts about auto safety you can help reduce your chances of sustaining a serious injury.  If you do end up in an accident, it’s always a good idea to get a medical evaluation promptly, even if you think you haven’t suffered any significant injuries.  Many auto injuries take time for their symptoms to become apparent or significant enough for victims to recognize how badly they may have been hurt.  By the time the symptoms are obvious, the victim and his or her doctor may have lost a valuable opportunity to treat the underlying injuries.  Please call or visit the office if you or someone in your family has recently been involved in an auto accident.

Auto Accidents Can Spell Trouble at Any Speed

Auto Accidents Can Spell Trouble at Any Speed

speedometer-200-300When we hear the words “car accident,” many of us probably think about dramatic multi-vehicle, highway-speed collisions that involve lots of victims and first responders—firefighters, police officers, EMTs and perhaps even helicopter pilots.  These are the types of automobile-related accidents that can snarl traffic for miles and make the evening news.  However, these are NOT necessarily the types of accidents that cause the largest numbers of injuries.  To understand these, you’d have to look at the other end of the spectrum—high-frequency, low-intensity accidents.  Here’s what we’re talking about:

Stationary or Parked Car Accidents.  Perhaps the most frequent injury involving automobiles comes from closing the door. Nearly 150,000 times a year, someone is injured in this fashion, and the car isn’t even moving.  This includes doors closing on fingers. Another 10,000 are injured while using a jack and 74,000 are injured by a car or car part falling on them.

Vehicle-on-Pedestrian or Vehicle-on-Bicyclist Accidents.  Roughly one-third of auto-related injuries occur due to an automobile striking someone, particularly pedestrians and bicyclists. The damage can include anything from simple scrapes and bruises to multiple broken bones or internal injuries.

Non-Traffic Crashes and Non-Crash Incidents.  A Forbes magazine article noted that researchers from the US Department of Transportation “estimated an annual total of 1,747 fatalities and 841,000 injuries due to non-traffic crashes and non-crash incidents.” These included back-overs and single-car collisions that don’t happen on a highway.

Perhaps one of the most important things to understand about auto accidents is that you don’t need to be traveling fast to be hurt.  In fact, even low-speed accidents can cause musculoskeletal injuries.  This is especially true in cases where the vehicle’s body doesn’t flex or crumple to absorb the energy of the impact and that energy is instead transmitted to the occupants inside.  And—while modern safety equipment certainly helps prevent many serious or fatal injuries—minor to moderate injuries are still very, very common.

It’s all about physics.  During a collision, the driver and passengers can be thrown about within the vehicle, potentially causing significant injuries from rapid acceleration and deceleration as well as impacts.  Head, neck and back injuries are among the most common.  However, low-speed accidents can be particularly problematic because victims often don’t immediately recognize that they’ve been hurt.  After these sorts of collisions, many simply walk away from the event without going to a qualified healthcare provider for a prompt medical evaluation.  And since it is very common for symptoms to appear days, weeks or even months afterward, diagnosis and treatment of musculoskeletal injuries can be significantly delayed, potentially complicating—and lengthening—the recovery process.

Have you or someone you care about been involved in an auto accident?  If so, your chiropractic physician is specially trained to recognize the kinds of spinal and soft tissue injuries associated with automobile accidents of all types.  Based on a careful assessment, he or she can design a treatment plan to help you recover as quickly and completely as possible.  As experts in diagnosing and treating injuries that affect the musculoskeletal and nervous systems, chiropractors can offer a broad range of treatment options to relieve pain and restore function.  These include chiropractic manipulation and mobilization, traction, massage, low-level laser and hot and cold pack therapies as well as structured exercise and stretching programs.

Auto accidents can be challenging for victims in many different ways—physically, emotionally and financially.  The goal of our clinic is to accelerate the body’s healing process so that you can return to a productive, active lifestyle.  We’re here to help—call or visit our office to learn more.

Summer Fun and Water Safety

Summer Fun and Water Safety

inner-tube-boy-200-300Summertime’s here and for many children around the country that means fun in the water!

But here’s the catch… Whether it happens to be a neighborhood pool, a lake near a favorite camping spot or the ocean right across the beach from a vacation rental, playing in and around the water comes with certain risks. And while the rate of accidental death by drowning has been dropping over the years, it is still the leading cause of accidental deaths for children between the ages of one and four.

We believe that parents should pay special attention to these risks—especially at this time of the year. Here are some safety tips for parents whose kids will be spending time around the water during the next few months.

Tip #1. Teach your child to swim.

This is one of the best things you can do for your child, and the earlier the better. You can start familiarizing your child with water as an infant so they do not develop a fear of it. Ensuring that your child receives swimming lessons is especially important if he or she comes from a family of non-swimmers, as children from these households are eight times more likely to drown than children who come from swimming households. If your child can’t swim, be sure he or she wears a life jacket at all times around open water. Children should be taught never to swim alone and not to play around unattended pools or drains.

Tip #2. Remove drowning hazards.

Children—especially young ones—can drown not only in a pool, but also in a tub, toilet, or even a bucket with only a few inches of water at the bottom. Keep bathroom and laundry room doors shut and keep toilet seat lids closed. It’s also a good idea to install a child safety lock on the seat. Keep buckets drained of liquid and store them upside-down when they’re not in use. Remove water from the tub or any kind of wading pool immediately after use.

Tip #3. Be nearby at all times.

Always remain within arm’s reach of your young child in any setting where there is water, including pools, tubs, ponds and buckets. Never leave your child unattended in the tub, even for a minute. Two thirds of home deaths from drowning (apart from pools) occur in the bathtub!

Tip #4. Watch your child constantly.

Children playing in or near the water need to be supervised at all times, even if they know how to swim. It is important not to be distracted by talking on the phone, sending text messages or reading a book, as children can drown very quickly and quietly. Most deaths from drowning occurred just after an adult was watching them. If you find your child is missing, check the water first.

Tip #5. Put up safety barriers.

If you have a pool or spa at home, be sure it is surrounded on all sides by a fence that is at least four feet high. The fence should have a gate that locks automatically, and alarms to both the gate and pool area should be installed. Remember to cover and lock the pool or spa when you are not using it.

Tip #6 Learn CPR.

Children who are rescued from drowning need to receive CPR as soon as possible to decrease the likelihood of death or brain damage. Don’t wait for the paramedics to arrive. Learn CPR and do something!