chiropractor Wilmington NC

Chiropractor Wilmington NC: All About Muscle Atrophy

As the old cliché goes, “Use it or lose it”. This is a very, very simplistic way to explain muscle atrophy. Plainly put, muscle atrophy is the partial or complete loss or “wasting” of muscle tissue. This phenomenon can occur in two different ways: neurogenic atrophy and disuse atrophy. Neurogenic atrophy relates to disease or injury that affects the nerve attached to the muscle. Neurogenic atrophy often comes on rather swiftly and is the more severe of the two types. Disuse atrophy—the second type—is the result of a little or no physical activity. Our chiropractor Wilmington NC explains more.

In short, muscles will diminish when they are not used. This is a substantial worry for people who are bedridden or confined to a wheelchair. Read on to learn more about these two types of muscle atrophy and what you can do to prevent them.

• Neurogenic muscle atrophy can be caused by a number of injuries and diseases. When a nerve attached to a muscle is damaged, its signal is disrupted and it cannot reach the brain, the peripheral nerves, or the spinal cord—which leads to an inability to use the muscle correctly. Nerve damage from an injury, such as compression, can also cause reduced blood flow to the nerve, resulting in the muscle atrophying. HealthGrades.com describes several potential causes, including neuromuscular diseases such as spinal cord atrophy, multiple sclerosis (MS, a disease that affects the brain and spinal cord causing weakness, coordination, balance difficulties, and other problems), amyotrophic lateral sclerosis (ALS or Lou Gehrig’s disease, a severe neuromuscular disease that causes muscle weakness and disability), and Guillain-Barre syndrome (an autoimmune nerve disorder). Diabetic neuropathy, nerve damage associated with diabetes, may also lead to atrophy of the muscles.

• Disuse muscle atrophy is caused by a sedentary lifestyle—that is, one that involves little or no physical exercise. The less the muscles are used, the more likely it is that they will atrophy. Unfortunately, this can also cause heart problems—after all, the heart is a muscle too, and it can break down if it is not regularly exercised. According to HealthGrades.com, “Other common causes of disuse atrophy include medical conditions that decrease mobility, such as rheumatoid arthritis (a chronic autoimmune disease characterized by joint inflammation) or osteoarthritis (the thinning and weakening of the bones), and injuries such as broken bones…The aging process often leads to slow but progressive muscle atrophy.”

Sometimes muscle atrophy can be an indication of severe malnutrition or alcohol-related muscle disease. Damage to nerves due to an injury of the spinal cord, long-term corticosteroid therapy, muscular dystrophy, osteoarthritis, polio, rheumatoid arthritis, or even burns can also result in muscle atrophy.

Prevention of muscle atrophy involves two separate but complementary approaches to keeping your muscles healthy: eating a nutritious diet and exercising safely and regularly.

In terms of nutrition, eating a healthy, balanced diet that has sufficient protein is the first step. Depending on your specific requirements, a nutritionist or other healthcare professional may also recommend supplements that support muscle growth and development, such as creatine, whey and/or glutamine. Researchers at Colorado State University have also found that a low-sugar diet may also be quite effective. “When insulin levels are chronically high, your body’s cells attempt to limit its effects by decreasing their numbers of insulin receptors, a condition known as insulin resistance. In advanced cases, insulin resistance results in a swing to the opposite extreme, whereby cells become starved for amino acids and glucose and, as a result, muscle protein break downs. To keep your insulin levels on an even keel, avoid processed carbohydrates and opt for whole grains. Also, choose fresh fruits over dried or canned.”

As for exercise, most people will benefit from low-impact physical activities like walking and swimming. Others may safely increase the size and strength of their muscles through simple body-weight exercises that also build coordination and balance. If you’re currently suffering from any type of medical condition or haven’t been physically active for an extended period of time, it’s always a good idea to consult your doctor before starting a new fitness regimen. He or she will be able to evaluate your health and recommend an appropriate fitness program for you.

If you or someone you care about has recently suffered a back, neck or other joint injury, we can help! If you are looking for a chiropractor Wilmington NC call our office today! Proper treatment can make a big difference!

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Chiropractor Wilmington NC: Foods for Healthy Nervous System

The health of your nervous system is vital for maintaining all your body’s functions and avoiding a range of potentially serious health problems. But if you’re not getting a sufficient amount of the nutrients needed for good nervous system health, you can experience such as numbness, nervous twitches or even muscle cramps. Fortunately, one of the easiest things you can do to help ensure a healthy nervous system is to eat the right kinds of foods. Our chiropractor Wilmington NC explains foods that keep your nervous system healthy.

Here’s a quick overview of several nutrients that play a key role in keeping your nervous system healthy and working the way it should.

Vitamin B1 (thiamin)
A deficiency of this vitamin can give you that pins-and-needles sensation in the toes or burning feet, especially at night. Good foods for vitamin B1 are beef liver, seafood, brewer’s yeast, beans, eggs and sunflower seeds.

Vitamin B6

Nerve cell communication suffers without this vitamin. Two key neurotransmitters, dopamine and serotonin, depend on vitamin B6 for their production. Bananas, potatoes, and chick peas are good sources.

Vitamin B12
A shortage of this vitamin can result in tingling and numbness in the hands and feet. Clams, fish, eggs, meat and dairy products are key sources of vitamin B12.

Copper
Like vitamin B6, this mineral is essential for the production of neurotransmitters. A severe lack of copper in your diet can lead to spinal cord degeneration and a progressive failure of nerve function. Liver and oysters are the best sources. Add prunes, spinach and kale (as well as other dark, leafy green vegetables), and nuts to your diet for even more copper.

Healthy foods for good nervous system function include the following:
Spinach—In addition to containing a powerhouse stock of nutrients and vitamins, this leafy green vegetable also contains an abundance of antioxidants to boost overall health and slow down the aging of the brain and nervous system.

Whole grains—Brown rice in particular contains high levels of vitamin B6, which helps to protect against mental deterioration caused by high levels of harmful homocysteines. Whole grains also include magnesium, which is important for the health of your nervous system. Stabilized rice bran contains one of the highest levels of antioxidants of all known foods.

Cocoa—This contains a powerful antioxidant that puts the brakes on oxidative stress that can lead to Alzheimer’s and similar neurological ailments. It is also high in magnesium.

Whey—An excellent food for a naturally calming effect. Rich in L-tryptophan, which the body cannot produce, this essential amino acid is vital in the production of serotonin, an essential neurotransmitter. Low levels of serotonin can lead to depression.

Garlic—This not only includes antioxidants, but garlic can help prevent aging of the brain and prevent infections, too.
So try working more of the above foods into your weekly menus, and feel pleased that you are doing something good for the health of your nervous system!

If you or someone you care about has recently suffered a back, neck or other joint injury, we can help! If you are looking for a chiropractor Wilmington NC call our office today! Proper treatment can make a big difference!

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Back Pain Leland NC: Elderly Hand Tremble

Everyone’s hands tremble a little bit. Hold your hands out in front of you and they will not remain perfectly still for long. However, some people’s hands tremble far more than usual, and this condition is more often observed in the elderly. Although Parkinson’s disease is sometimes the cause of trembling hands, more often than not, it’s a case of what is referred to as idiopathic or “essential tremor” (which means the cause is unknown). Our back pain Leland NC chiropractic specialist explains more.

An estimated 4 out of every 100 adults over the age of 40 has essential tremor. However, the condition is not confined to only the elderly. Though less common, children and young people can experience it too. What begins as a minor inconvenience can become practically disabling, making it difficult to perform the most simple everyday activities such as sipping a cup of tea or writing a check. Although the hands and arms are usually the body parts most greatly affected by essential tremor, it can also expend to other areas, such as the head and feet.
One of the things that distinguishes essential tremor from Parkinson’s disease is that, with essential tremor, the shakiness only occurs when the body is in motion, whereas with Parkinson’s, the body shakes continually, whether in motion or at rest. Shakiness in the voice and head is also characteristic of essential tremor, and only rarely in Parkinson’s.

Despite the fact that it is one of the most frequent neurological conditions, there is still no known cause of essential tremor. It tends to have a genetic component: there is a 50% chance that someone whose parent has essential tremor will also acquire the condition.
Findings from scientists at the American Academy of Neurology have shown that those with essential tremor are more than twice as likely to develop dementia as those without the condition. Although this may be disturbing news to those suffering from it, the findings may allow for earlier and more effective treatment so as to delay the onset and reduce the progression of dementia.
While Parkinson’s disease is a condition that leads to steady deterioration, essential tremor is a condition that is manageable and does not necessarily get worse. It is not uncommon for someone to have a minor case of it for most of his or her life without it ever progressing beyond a slight tremor.

Our back pain Wilmington NC specialist explains that as of today, there is no cure for essential tremor, and there are no particularly effective medications to help with the condition. However, for those who suffer from more than a mild case of it, there is some hope that increased research will lead to the discovery of the cause, and that subsequently a treatment or cure can be found.

If you or someone you care about has recently suffered a back, neck or other joint injury, we can help! If you are looking for a back pain specialis Leland NC call our office today! Proper treatment can make a big difference!

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Chiropractor Shallotte NC: All About Shin Splints

Although the term may suggest it, a shin splint is actually not a rigid device to immobilize or protect your shin. A shin splint is instead a pain in the shin caused by strenuous activity. This condition is known in medical circles as medial tibial stress syndrome (MTSS).
The front of the tibia (one of the bones in the lower leg) can become inflamed due to excessive or repetitive stress being placed on the lower legs. Typically, this kind of stress includes frequent stopping and starting in sharp bursts, such as the kinds of movement common in soccer, basketball, tennis or football. Those who run frequently on hard surfaces can also be at greater risk of shin splints. Our chiropractor Shallotte NC explains more
Specific sources for the kinds of impacts or pressure that can cause shin splints include the following:
• Running down a slope.
• Running on uneven terrain or non-level surfaces.
• Running in unsuitable shoes or once-suitable shoes that have become worn or damaged.
• Participating in athletic activities that include sudden stops and bursts of speed.
• Structural weaknesses or asymmetries in the foot.

The following symptoms may indicate a case of shin splints:
• Numbness and weakness in the feet (muscle swelling can aggravate the nerves).
• Soreness or tenderness down the inner part of the lower leg
• Modest swelling in the lower leg

Our chiropractor Wilmingto NC explains, whether the underlying cause is pressure or impact, the key here is “excessive”. Aggressive athletes will be tempted to push “through the pain”. The problem with this strategy is that the pain from shin splints is NOT the same type of discomfort that can be produced when your body is exerting itself under the positive stress of a good workout or competition. It’s not like the “burn” or “stretch” that most athletes will be familiar with. Instead, shin splints are your body’s way of telling you that damage has been done. And that damage can actually be made worst by trying to push through it. And continuing the same level of excessive activity will likely delay recovery.
Due to hormonal factors, women are at greater risk for shin splints, particularly if they have low bone density, such as that accompanying osteoporosis.
Rest is the primary form of treatment for shin splints. Typically, two weeks is recommended to give the shin time to heal properly. Ice packs applied to the affected area and raising the legs can help reduce swelling and pain.
Before you return to normal physical activity, check with your chiropractor to ensure your feet are structurally sound and that your spine is properly aligned. Even seemingly slight problems can change the biomechanics of walking and running, causing excessive stress on your lower legs and possibly leading to problems like plantar fasciitis and shin splints.
After two weeks of rest, it should be okay to return to your regular activities. However, most physicians recommend that patients build up gradually to their prior levels of exercise or athletic activity in order to avoid setbacks in recovery. And—as always—it’s important that you be properly warmed up before engaging in strenuous activity of any kind to reduce the likelihood of injury or re-injury.

If you or someone you care about has recently suffered a back, neck or other joint injury, we can help! If you are looking for a chiropractor Shallotte NC call our office today! Proper treatment can make a big difference!

Chiropractor for Arthritis Shallotte NC

Chiropractor for Arthritis Shallotte NC: Joint Pain

A U.S. Centers for Disease Control and Prevention (CDC) study performed from 2007-2009 showed that at least 22.2% of adult Americans suffered from arthritis. The actual number could be higher than the CDC estimate, though, because these were self-reported and doctor-diagnosed cases. Naturally, no one knows how many unreported cases there are. Still, it’s reasonable to believe that this percentage will only become higher as the population ages. Our chiropractor for arthritis Shallotte NC explains more.

The short answer to the question asked in the title of this article is “Yes”. Joint injuries really can cause or accelerate arthritis. The reason is simple. Arthritis is all about inflammation of the joint. Inflammation is a natural reaction of the body to injury, pathogens or irritants. Trauma or injury is a major cause of arthritic conditions. Various forms of arthritis, like osteoarthritis (the most common form), are degenerative—they get worse over time and with wear and tear. Once an arthritic condition is established, it will get worse unless the root cause is found and dealt with, or the symptoms are managed by drugs.

Dr. Joseph Borrelli Jr., chairman and professor of orthopedic surgery at the University of Texas Southwestern Medical Center, performed a study to see how post-traumatic arthritis (PTA) developed after an acute joint injury. Using an animal model, Borrelli found that trauma to the joint can lead to a range of acute lesions, including fractures to bones, ligament or meniscus tears and damage to the articular cartilage. These types of injury are often associated with bleeding in the area of the joint and cause post-traumatic joint inflammation. Despite the resolution of the acute symptoms, and the fact that some lesions could be surgically repaired, joint injury causes a chronic remodeling of the cartilage and other joint tissues that in a majority of cases eventually manifests as osteoarthritis.
The key seems to be in the chondrocytes. These are the cells present in healthy cartilage that help to produce and maintain it. When an acute injury occurs, these chondrocytes become inactive within a month, slowly reducing the structural integrity of the cartilage. Borelli said “In our PTA model, the cells became inactive almost immediately after injury and stopped producing these compounds [that maintain the cartilage]. He continued, “This may explain why PTA sometimes develops very quickly in patients after an injury, regardless of how successful we were in fixing the fracture. PTA can develop in just 6 months—unlike osteoarthritis, which may take up to 60 years to develop.”

PTA aside, serious joint injuries that are not addressed promptly can cause a range of problems down the road. By healing incorrectly or incompletely, joints can become susceptible to instability and re-injury. Weakened or unstable joints may also lead to other related injuries as the body changes its mechanics to compensate.

If you or someone you care about has recently suffered a back, neck or other joint injury, we can help! If you are looking for a chiropractor for arthritis Shallotte NC call our office today! Proper treatment can make a big difference!

Spinal Chiropractor in Wilmington NC

Spinal Chiropractor in Wilmington NC: Decompression

If you are one of the millions of Americans who experience chronic back pain, you know how much it can disrupt your life and turn the simplest of movements into chores that you dread. If other forms of treatment haven’t fully worked for you in the past, one that you may want to investigate is spinal decompression therapy. Our spinal chiropractor in Wilmington NC explains more.

The idea behind spinal decompression therapy is that many types of back problems are caused by the spinal disks having become compressed—squeezed between the vertebrae above and below. This can manifest as herniated or bulging disks, which can press up against nerves and cause pain at the site as well as in other areas of your body and may interfere with neural impulses. The good news is that it is often possible to “decompress” the spine and alleviate the pressure WITHOUT resorting to risky and expensive surgeries. Specially trained chiropractors using a variety of advanced equipment offer a conservative alternative that has proven very effective for many people.
What does spinal decompression therapy involve?

Basically, you recline – fully clothed – on a table as harnesses are attached to your pelvis and to the trunk of your body. Depending on the condition being treated, you may be facing down or up on the traction table. Then the doctor operates a computer-controlled machine to exert a gentle, pulling force that stretches your body—essentially relieving the pressure that gravity places on your spine all day.
Treatments typically last for 30-45 minutes. During the treatment itself, the computer constantly adjusts the force and angle of the applied traction in a series of alternating movements, to reduce the body’s tendency to resist external forces. These alternating movements gently elongate the spine and reduce the pressure on individual disks between the vertebrae. Spinal decompression usually works in very small increments over time. Many patients experience immediate relief, though most require a series of treatments over several weeks to produce effective, lasting results. Our spinal chiropractor in Wilmington NC says this may be supplemented either before or after the treatment with heat therapy, electrical stimulation, or ultrasound to relax your muscles and facilitate the decompression.

In addition to taking pressure off the spinal disks, decompression has another important therapeutic effect. Pulling the vertebrae apart creates “negative pressure”, a sort of vacuum that encourages fluid and nutrients to flow back into the spinal disks. This in turn expands the disks’ volume and provides the materials necessary for them to heal.

What conditions can be improved using spinal decompression therapy?
Spinal decompression therapy has been approved by the Federal Drug Administration and has brought relief to many people suffering from sciatica, bulging or herniated spinal disks, degenerative disk disease, pinched nerves, worn spinal joints (posterior facet syndrome), and injured or diseased spinal nerve roots (radiculopathy).

The advantages of spinal decompression therapy over surgery are obvious—the former is non-invasive, and does not require hospitalization or the use of general anesthesia. Simply put, it is a more conservative therapy that avoids both the risks and expense of surgery. If you are interested in finding out more about this potentially beneficial treatment, we encourage you to call or visit our office to speak with our spinal chiropractor in Wilmington NC!

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Chiropractor Shallotte NC : Single Sport Athletes

Youth Sports: Are Single-Sport Child Athletes Really More Likely to Succeed Later? Our chiropractor Shallotte NC explains the answer.

Especially if they’re athletes or sports fans themselves, it’s not unusual for mothers and fathers to have secret (or not-so-secret) hopes that their kids can become good enough in a sport to earn a college scholarship or go on to a professional career. Some parents believe that the best way to work toward this goal is to encourage their children-sometimes as young as 6 or 7 years old-to focus on a single sport as early as possible. The reasoning behind this early specialization is pretty simple: Kids who are not splitting their time among multiple sports will get better, faster (and be more competitive) than their “distracted” peers. In other words, the children who commit early get a developmental head start that will make them high-performers later.

While this idea may make intuitive sense, a new study from the University of California, Los Angeles (which has a reputation as a major power in collegiate athletics) suggests that the logic simply doesn’t hold true. In a study presented at the annual meeting of the American Medical Society for Sports Medicine (AMSSM) in San Diego, Dr. John DiFiori, chief of sports medicine at UCLA’s School of Medicine, says that researchers can find no evidence that athletes who focused early on a single sport rose to elite levels in that sport.

To the contrary, most of the collegiate athletes surveyed were more like their peers, kids who enjoyed a wide range of recreational sports growing up, waiting until well into their teens before specializing on one sport. As DiFiori says, “Most successful athletes participate in a number of sports when they’re 6, 8 or 10 years old. That way, kids learn different skills and have the chance to discover which sport they truly enjoy.”

The study surveyed 296 male and female NCAA Division I athletes and found that 88% of them had participated in an average of two or three sports as children. In addition, 70% of them did not specialize in any one sport until after the age of 12. In a similar study on Olympic athletes, researchers found that most had participated in two or more sports before specializing.

While there are famous athletes like Tiger Woods or Andre Agassi who focused on one sport early in their lives, the research suggests that they are the exception and not the rule. The vast majority of successful collegiate or pro athletes dabbled in a number of other sports before settling on the one that brought them success. The data seems to indicate that early specialization may not help and may, in fact, be detrimental. Previous research has indicated, for example, that kids who train extensively in one sport are more prone to overuse injuries than kids who had more varied athletic experience, and played other sports as well. There’s also a greater risk of premature disengagement or “burn-out” that can come with focusing exclusively on one activity.

Based on this research, Dr. DiFiori feels that parents of kids who seem talented in one sport at an early age should allow and encourage them to play other sports. They may, after all, discover another sport that they enjoy more and are even better at. And-even if they do not-they will be exposed to sports that train them in a wider variety of motor skills. “Physical activity contributes to a happy and healthy childhood,” says Dr. DiFiori, “however, parents, coaches and children should monitor and measure their involvement level in a singular sport against the overall well-being and future success of the participant.”

If you are looking for chiropractor Shallotte NC, please call or visit our office today. We’ll be happy to explain our approach and answer any questions about cobalt. Remember-we’re here to help!

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Chiropractor in Wilmington NC: Endurance Sports & Nervous System

It’s well known that training in certain sports can improve a person’s endurance. If you’re a runner, for example, you know that as you continue to run every day or according to whatever training schedule you follow, you gradually develop the ability to run further, faster, and for longer periods of time. But did you know modern science doesn’t have a complete understanding of why or how this actually happens? Experts still have a lot of unanswered questions about the exact mechanisms at work when an endurance sport triggers these kinds of performance improvements. Our chiropractor in Wilmington NC explains more

When it comes to muscle strength, there’s certainly an element of adaptation at work—it’s clear that the phrase “use it and strengthen it” is every bit as true as “use it or lose it”. But muscle strength isn’t the whole story. Many long-distance runners would probably tell you that their coordination and ability to deal with rough surfaces and obstacles also seem to increase with practice. To them, it seems as if their muscle-brain communication has improved along with their muscle strength.

According to a study conducted at the Biozentrum of the University of Basel, not only may the runners’ perception be correct, but researchers may also have found one of the mechanisms that cause the improvements the runners are noticing. Their research suggests that endurance sports not only change the condition and fitness of your muscles, they also improve the neuronal connections to individual muscle fibers, based on a type of muscle-induced feedback, all accomplished through increased levels of a blood protein called PGC1α.

PGC1α seems to play a major role in muscle adaptation because it regulates the genes that cause muscle cells to change to keep up with the greater demands being placed on them. When your muscles are inactive (or diseased), they contain a low concentration of PGC1α. When the muscles are more challenged, however – for example when running for long distances – PGC1α levels increase. Professor Christoph Handschin and his colleagues in Basel have been able to show that this increase in PGC1α not only increases muscle size and strength, it also improves upstream synaptic nerve connections to and from the muscles.

The presence of more PGC1α improves the health of the synapses that link the muscles to the brain, allowing the muscles to change and develop new activation patterns, based on changing requirements placed upon them by the exercise.  Our chiropractor in Wilmington NC explains that in effect, the more you train, the more PGC1α is in your muscles, and the more quickly they are able to “learn” how to become stronger and more adaptable to challenges.

However, the most surprising part of this study, published in the journal Nature Communication may be that Professor Handschin and his colleagues were able to induce this same improvement in synaptic communication by introducing higher concentrations of PGC1α into the muscles artificially. As the researchers increased PGC1α levels, the muscles became stronger and the neuronal connections became stronger, just as if the subjects had been performing endurance training.

These findings are seen as possibly having therapeutic applications in the treatment of diseases such as muscle wasting and amyotrophic lateral sclerosis (ALS or Lou Gehrig’s Disease). As Handschin explains, “In patients, whose muscles due to their illness are too weak to move on their own, an increase in PGC1α levels could strengthen muscles and nerves until the patients can move enough to finally do some physical therapy and to further improve their mobility.” Then after some improvement to their muscles as the result of pharmacological treatment, the patients could continue to improve their muscle strength through practicing endurance sports.

But for healthy people, there’s a much simpler message—certain types of sports normally associated with endurance-building also build muscle coordination and adaptability.  Not only is this type of exercise good for cardiovascular and musculoskeletal health, it also seems to pay big “fitness dividends” for your body’s nervous system.

If you are looking for chiropractor in Wilmington NC, please call or visit our office today. We’ll be happy to explain our approach and answer any questions about cobalt. Remember-we’re here to help!

 

 

 

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Chiropractor Near Wilmington NC: Benefits of Cobalt

If you’re like most people, you haven’t heard very much about the health benefits of cobalt. And that’s not surprising—we generally get enough of this trace mineral in the foods we eat, so there’s no reason for anyone to buy any TV, print or Internet ads to promote it. Despite its low profile, though, cobalt does play an important role in our health and well-being. Our chiropractor near Wilmington NC explains why cobalt is important.

So what exactly does it do? Cobalt supports the formation of red blood cells because it forms the base of all coenzyme cobalamins, which are better known as vitamin B12. Vitamin B12 is an essential building block of red blood cells. Without sufficient cobalt (and thus B12), there is a high risk of anemia.

Cobalt salts are not naturally bioavailable, so they must first be converted into a form our body can use. Ruminant animals such as cows and sheep have bacteria in their gut that converts the cobalt salts they get from feeding on grasses that grow in cobalt-rich soil into a form that the animal can absorb. We get that bioavailable form of cobalt for our own use when we consume food products from these animals. Some yeast and algae can also synthesize cobalt. Vegetarians and vegans must depend on these sources to ensure an adequate intake of cobalt.

Since cobalt is only found nutritionally within vitamin B12, there is no recommended daily intake for the mineral itself. The idea is to ensure that you’re getting enough B12 in your diet. For most people, this is not a difficult thing to do. However, individuals who have a problem with malabsorption—usually the elderly and those with celiac disease, as well as people with low levels of stomach acid—may have more challenges meeting their nutritional requirements.

In addition to existing at the heart of every red blood cell, cobalt is also important for some other body functions. It has been shown to help maintain and repair the myelin sheath, the protective covering that surrounds our nerve axons, which is responsible for the proper conduction of nerve signals throughout the body. Multiple sclerosis is the disease that causes the breakdown of this protective sheath, and cobalt is one of the treatments used to help alleviate this condition.

Cobalt is also good for heart health, as it decreases levels of homocysteine, a substance that damages the arterial walls, leading to arteriosclerosis. However, too much cobalt can also be dangerous. Our chiropractor near Wilmington NC explains that excessive amounts of cobalt can cause asthma, anxiety, and a condition known as “beer drinker’s cardiomyopathy” (an enlarged heart). This condition was discovered in 1966, when a Canadian beer manufacturer used cobalt salts to stabilize beer foam, resulting in a surge in cardiomyopathy cases.

The dietary sources of cobalt are essentially the same as those of B12: meat, milk, liver, seafood such as clams and oysters, sea vegetables and green leafy vegetables.

If you are looking for chiropractors near Wilmington NC, please call or visit our office today. We’ll be happy to explain our approach and answer any questions about cobalt. Remember-we’re here to help!

 

 

 

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Chiropractor Wilmington NC: All About Swayback

“Swayback” is the common term for excessive lordosis (aka hyperlordosis). It is a spine disorder that involves an extreme inward curvature of the lumbar area-that is, just above the hips. Swayback (also called saddle back, due to the fact that some horses can experience a similar condition) makes the backside appear much more prominent due to a forward pelvic tilt. Common among ballerinas and other dancers, this condition can also affect anyone at any age, and there are a number of potential causes. Our chiropractor Wilmington NC explains more:

The excessive arching associated with swayback puts unusual stress on the lower spine, causing pain (often at the inward curve of the lower back while standing or squatting) and potentially affecting mobility. Without proper treatment, swayback may also increase the risk of herniated discs.
Potential causes of hyperlordosis (summary courtesy of WebMD):
* Achondroplasia, a disorder in which bones do not grow normally, resulting in the short stature associated with dwarfism.
* Spondylolisthesis, a condition in which a vertebra, usually in the lower back, slips forward.
* Osteoporosis, a condition in which vertebrae become fragile and can be easily broken (compression fractures).
* Obesity, or being extremely overweight.
* Kyphosis, which is a condition marked by an abnormally rounded upper back.
* Discitis, the inflammation of the discs between the bones of the spine, most often caused by infection.
* Benign (harmless) juvenile lordosis-that is, lordosis in children. This often fixes itself as the child grows.
Diagnosing swayback usually entails a chiropractor or other qualified healthcare professional reviewing a patient’s medical history and performing a physical exam. He or she may also use imaging technologies such as x-rays, bone scans, MRIs, or CT scans as part of the process. While the physical examination may vary somewhat from physician to physician, the U.S. National Institutes of Health (NIH) describes the basic approach this way:
“The health care provider will perform a physical exam. The [patient] may be asked to bend forward, to the side, and to lie flat on a table so that the spine can be examined in a variety of positions. If the lordotic curve is flexible (when the [patient] bends forward the curve reverses itself), it is generally not a concern. If the curve does not move, medical evaluation and treatment are needed.”

Additionally, if the patient is suffering from pain, tingling, numbness, muscle spasms or weakness, sensations in his or her arms or legs, or changes in bowel or bladder control, the doctor may order a neurological assessment.

As for treatment, the NIH says, “Most of the time, lordosis is not treated if the back is flexible. It is not likely to progress or cause problems.” Patients whose backs are flexible may be able to improve their condition at home by sitting less, stretching their hip flexors regularly, and stretching their upper bodies often (using a resistance band can help considerably).

If the back is not flexible, treatment is likely needed. Cedars-Sinai Medical Center describes the range of options this way:
“If the doctor decides that conservative treatment is best…[treatment] may include drugs to relieve pain and swelling, physical therapy to build strength and flexibility and to increase range of motion, braces to control the growth of the curve (especially in children and teens), and reducing excess body weight… If the curvature is severe and causing other symptoms, spinal instrumentation, artificial disc replacement and kyphoplasty are all potential surgical treatments for lordosis.”

For patients with swayback, chiropractic curve rehabilitation aims to re-establish the normal spinal curve in order to improve posture, decompress the spine and slow or stop the progress of disc degeneration. In many cases, this can be achieved without surgery or drugs using a combination of traction techniques, spinal molding blocks and lifestyle modifications.
If you notice any symptoms of swayback in yourself or in your child, it is important to seek proper medical attention. Doctors of Chiropractic are experts in diagnosing and treating musculoskeletal problems and are specially trained to help patients suffering from spinal conditions. We can help! Call or visit our office today!

If you are looking for a chiropractors Wilmington NC, please call or visit our office today. We’ll be happy to explain our approach and answer any questions about swayback Remember-we’re here to help!