If you suffer from any kind of muscle or skeletal related pain, tension, aches or pains then a session in a zero gravity chair will benefit your whole body. It does this through the use of NASA designed ergonomics and a scientific way to reduce the stress and load on your spine.

Seated in a Zero Gravity Chair and fully reclined, your lower legs are raised above the level of your heart. This will increase blood flow, reduce blood pressure and allow better breathing and circulation. The ergonomic design of the chair allows for full body support which takes the pressure off of your spine and if you are suffering from any aches and pains, these will flow away as you relax in total comfort.

In our modern society, people spend many hours crunched over a computer or hours commuting in cars or on trains carrying heavy laptop computers. If you are one of these people, you will know how bad neck, shoulder and lower back pain can be. These things are often not easy to remedy, although exercises such as Yoga or Pilates can help, simple relief from the pain is often required. A Zero Gravity Chair will allow you this relief. Collapse into the chair and relieve yourself of the daily grind, in style and in your own home.

Imagine being able to come back from work, throw off the shackles of the office and kick back in a chair designed to help release all of that tension and agony you feel. The ergonomically designed shape of the chair will hug your body and support those parts of the body that need the relief the most. You heart rate will drop and you will feel much better.

If you can afford to, a visit to the chiropractor will be a good way to start your recovery. But where are they when you need them at 3am? Home, sleeping soundly no doubt. If you had a zero gravity chair, you could get the relief that you need, when you need it. No waiting for appointments or paying bills. Just simple, comforting, relaxing pain relief.

The elbow, like most of the bodys joints, exhibits what are called accessory movements, small gliding and sliding movements which occur inside the joint during movement but which cannot be performed independently. These small movements are essential to the function of a joint and are easily disturbed, reduced or lost in injury or long term postural abnormality. The elbow has small, hardly noticeable movements in a sideways direction as the joint gaps slightly under pressure. This small gapping does not contribute greatly to the positions attainable by the wrist or hand but does make a functional contribution.

The tiny joint movements which can occur do not look important enough to influence the ability to use the joint but they can allow a minor stretching of the muscles which extend the wrist as we try to achieve a grip or hold on to something. Lengthening a muscle increases its ability to contract afterwards and enhances its function. If the wrist and finger flexor muscles are going to exert the maximum control and power in gripping then the wrist extensor muscles need to work optimally.

Should the opposing muscle group, the flexors, dominate then the extensor muscle origin can become shortened and tight to a degree, limiting the ability of the extensor muscles to adapt wrist positions for useful holding and gripping. The radial head, normally rotating in its radial ligament, confers the precise positioning required to allow the hand to be placed and used in a huge variety of positions.

The two commonest and repeated movements we perform again and again throughout the day are extending the wrist with the fingers downwards and rotating the forearm so that the palm faces up. The groups of muscles which perform these two actions start life over the same patch of bone on the outer side of the elbow, leading to potential overuse and pain problems. Overuse of the muscles can increase the tone in the outer elbow compartment, reducing both the elasticity of the tissues and causing them to shorten. This can develop into a cycle of becoming tight, adapting by using the hand in new ways and then tightening further.

If the elbow is bent and the wrist is extended in an activity which is repetitive and lasts for some time then this can be damaging as the elbow bend loosens the extensor muscles a little and reduces their effectiveness to some degree. Examples of this activity are using a computer mouse or playing a piano. Continuous postural stresses from repeated actions over a long period can permanently cause tightening as the muscles continually recover. All this prepares the elbow for a time when a relatively minor added stress changes the typical, irritating achy joint into a highly acute and painful problem.

Tennis elbow is a widespread problem which often develops slowly as described, however the onset can be sudden and unexpected after a lot of physical work which can overstress the joints tissues and cause local inflammation and trauma. Typically the slower onset is more common with the more minor problems being present for some time until there is a sudden, often small trauma. The tennis backhand stroke is a good example of how to significantly stress the origin of the extensor muscles but other activities which reflect that kind of action can add up to the same.

Over tight muscles in the extensor origin are opposed by the strength of the gripping and holding applied, in cases causing an overstress to the junction between the bone and the tendon and local tearing of tissues from the bone. As a process this can repeatedly occur, with the initiating stress becoming less and less and the pain results becoming more troublesome and long-lasting. As the small scars continually form they contract and add to the local tightness and so the likelihood of painful stretching. Tennis elbow pain can be very severe so that it interferes with activities of daily living.

Joint classification puts the ankle joint into the category of a mortise joint and it is specialised for its function. A front and rear movement action is performed by the ankle hinge for walking and it stabilises the lower leg on rough ground and when moving. The ankle forms the connection between the lower leg and the foot to facilitation the transfer of the weight of the body to the mobile and stable foot. The upper joint structures are mostly made up of the tibial surface with the fibula making up a small part of the lateral side of the joint.

The mortise of the upper part of the ankle encloses the ankle bone or talus, which is set on top of a group of mid foot or tarsal bones which make up the foot arch. The upper dome of the talus articulates with the tibia surface and the talus makes two other important joints. One is with the navicular bone in front of it so it can transfer weight forward onto the forefoot. The other is the joint below the talus, the talo-calcaneal joint, a very complex and important foot joint.

The tibia takes the weight of the body and carries it down to be borne by the talus which passes it on vertically and rearwards to the calcaneum and forwards through the navicular to the forefoot metatarsals. Spreading out forwards with an almost parallel radiation , the metatarsals are slender bones which give significant mobility and stability to the foot. The foot arches are important structures and mean that the forefoot weight bearing areas are mainly under the first and fifth metatarsal heads, with the others bearing weight if the arch gives way to some degree.

The ankle has predominantly the downwards and upwards movement of a hinge, respectively known as plantarflexion and dorsiflexion. The other movements, which do not occur at the ankle but rather at the forefoot, talonavicular and talocalcaneal joints, are the inward and outward foot turning known as inversion and eversion. When on rough ground these complex joints allow the foot to accommodate to unstable surfaces and also to perform as a reliable support for the bodyweight. Both demands are conflicting and the foot solves these.

The human foot is very well designed to manage the severe demands which are put upon it. The vertical forces which are developed in weight bearing are very significant and the foot has to cope with these and transmit them onwards. The central arch of the tarsal bones takes a good degree of weight, with the interconnecting ligaments between the joints absorbing much of the forces developed inside the foot. The foot muscles are also important in maintaining the structural integrity of the foot under the pressure of body weight and the momentum of large movements.

On the outside of the shin lies the prominence of the tibialis anterior muscle, with its tendon obvious and prominent as it runs across the front of the ankle towards the inside to insert into the foot. Three bones which make up the top of the arch of the foot are the insertion points for the tibialis anterior tendon and it helps lift the arch as the muscle contracts. From the posterior calf the tibialis posterior muscle’s tendon runs around the inner ankle bone and finally inserts near the tendon of the tibialis anterior, drawing the bone posteriorly and increasing the arch.

The arch is pulled up to some degree by these two muscles working in concert to pull it up and stabilise it from the side against the weight of the body. The spring of the foot, vital in running and walking, is maintained by this. Another important muscle is the peroneus longus which runs down the leg and its tendon runs under the outside of the foot to insert over towards the first toe. This arrangement stabilises the foot from any direction as there are muscles which pull from each direction to maintain the foot posture against the forces generated by movement and body mass.

Many of us just casually hear about arthritis as this kind of the disease that is in the mainstream vocabulary. However, arthritis affects millions of people every year. The effects of arthritis can vary tremendously between individuals. However one thing is common which is the degree of pain prevalent in the lower back. Arthritis in the lower back is very difficult because it affects a person’s mobility. Arthritis is a severe form of stiffness in the muscles and joints. Treatments for arthritis may include surgery or noninvasive measures such as stretching exercise, massage chair therapy, and physical therapy.

Arthritis is not just with elderly people. It affects a broader cross-section of the population. Although arthritis is common as we age, people in their early 40s have reported cases. Arthritis in the lower lumbar spine is a common problem which restricts the mobility of many people afflicted with it. You may be more prone to develop arthritis in the lumbar spine if you are obese or if you are involved in heavy labor or lifting. Those with previous injuries are also more prone to arthritis.

What is arthritis of the lumbar spine? The cervical disc that make up the spinal column are connected with joints. Arthritis makes the movement of the joint stiff and with increased stiffness comes pain. The muscle and soft tissues become tends and are hard to bend. Some cases of lumbar spine arthritis have been reported for spinal conditions such as spinal stenosis and disc degeneration.

The symptoms of lower lumbar spine arthritis are stiffness in the lower back and many times severe pain. The stiffness is especially prevalent in the morning after getting out of bed. Sometimes strenuous activity or where one is using the lower back muscles can cause symptoms to worsen.

If lumbar facet arthritis worsens, it can result in the joints forming bone spurs and the inflammation of the soft tissue. These joints contain nerves around them. They can become pinched resulting in a disorder called spinal stenosis. This condition is often found in patients with arthritis of the lower back.

The treatment options that are offered will depend on the severity of the persons symptoms. Typical treatments most often start with simple measures. This is to be sure that the patient can tolerate them and find relief. Some of the methods of treatment include physical therapy, chiropractic care, anti-inflammatory medicine, weight loss, massage therapy and if necessary spinal fusion surgery. Surgery is a last resort. The doctor may not have a choice, if the less invasive procedures do not prove to be effective.

If you are not a severe case, then the doctor will try natural methods first. You may be sent to physical therapy to help rebuild the muscles in that area. Another avenue is chiropractic care. A chiropractor will look to adjust your spine to help redistribute the weight across the spine. The chiropractor looks to the restore the health of the soft tissues and muscles.

To help increase flexibility of the joints, movement of those joints is necessitated. First a stretching and bending of the muscles is performed. This can be very painful in the beginning but must be overcome in order to regain flexibility. Massage therapy is often used to help relieve pain and to restore elasticity of the muscle tissue.

Many doctors use massage chairs to assist their patients. These doctors set their patients up on specific massage routines depending on their condition. The doctor may also include stretching and warming of specific areas of the body to assist recovery.

Of all the symptoms of lumbar spine arthritis, low back pain can be the most difficult to manage and live with. The constant pain and stiffness can be the cause of much stress and can seriously alter a persons way of life. It is important to recognize symptoms and begin treatment early to ensure that the progression of the disease is slowed down. This is where massage chairs can excel and get you to a more normal routine.

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1.Weak muscles, caused by a lack of exercise, are the first major cause of most back pain. The body acts as a unit. The lower torso is carried by the lower back muscles as well as the abdominal muscles. Likewise, the chest muscles, shoulder muscles and upper back muscles are carrying the upper torso. It is important to strengthen and stretch the major back muscles, like the lats, traps and erector spinae as these support the spine. An exercise programme needs to strengthen not only back muscles but also muscles in the front of the torso, the abdominal muscles in particular. The abdominal muscles (often called the core muscles) help to support the spine and upper body. These are the internal and external obliques (that run down the side of your waist), the rectus abdominus, that run down the middle of your abdomen (giving you a six-pack if youre lean).

2.Poor range of movement in the back muscles or lack of flexibility. This is also caused by lack of regular exercise. If you perform a sudden movement outside of your normal range of motion you can strain your muscles. For example, if you twist suddenly and your lower back muscles are inflexible, you are likely to strain these muscles. You need to stretch the muscles of the back regularly.

3.Tight muscles in the chest,shoulders and legs. As mentioned, the body is a unit, so you need to stretch and loosen connected muscles. Stiff shoulder muscles will likely cause neck and upper back pain. Tight chest muscles pull on the shoulder and then will cause shoulder and neck pain. The hamstring muscles and gluteal muscles, if tight, can pull on the pelvis, causing rounding of the lower back, and associated back pain.

4.Incorrect posture. Most of us sit for long periods, whether at a desk, on the couch or driving a car. Poor posture while walking or standing can also affect the back. For example,rounded shoulders when standing or walking will lead to upper back pain. The best way of correcting posture is to strengthen the muscles through exercise.

5.Picking up objects incorrectly. This is a common way of pulling and straining back muscles. Ive done that several times, as many of you have too. When picking up objects, let your legs take the weight. Bend your legs, not the back. Keep your back straight and don’t twist your body when carrying a heavy object.

6.Being overweight. This puts a lot of strain on the back. If you are overweight you are likely to also be less flexible, with a smaller range of motion. This will mean that sudden movements will be more likely to cause muscle strains.

A recent study shows that the number of people who choose to visit a complementary health practitioner has gone up by fifty percent over the course of the last decade. Who is a complementary health practitioner? Do complementary health practitioners work well with “regular” doctors? Isn’t a “regular” doctor adequate? What makes a person choose to go see a complementary health practitioner?

What is a Complementary Health Practitioner?

A complementary health practitioner is someone who offers medical/health services that can be used to compliment the treatment a person is already receiving from a “regular” medical professional. These professionals practice things like chiropractic medicine, osteopathy, physiotherapy, alternative medicine, acupuncture”things of that nature. Usually these treatments are meant to help the treatments prescribed by a “regular” doctor.

Why Would Patients Decide to Hire Complementary Health Practitioners?

Believe it or not sometimes “regular” doctors will advise their patients to seek the help of a complementary health practitioner to help speed the patient’s recovery process. Many physiotherapists, for example, work alongside regular medical professionals in hospitals and doctors offices. Patients are also referred to Osteopaths and Chiropractors for extra therapy.

Some people decide that they want to seek the help of a complementary health practitioner before seeking the help of a “regular” doctor and this is one of the reasons that the general population assumes that there is animosity between “regular” doctors and complementary health practitioners. The truth is that there are several reasons a person might choose to go the alternative medicine route instead of seeking the help of a doctor specializing in traditional western medicine.

The truth is that some people just do not trust a “regular doctor.” Some people believe that alternative medicine has a higher success rate than western medicine. Sometimes a person simply does not have the funds to visit a “regular” doctor and chooses to seek the help of a complementary health practitioner whose services are more financially acceptable.

What is the Relationship between Regular Doctors and Complementary Health Practioners?

Most people think that “regular” doctors and complementary health practitioners are rivals and do not get along. This could not be more false! Complementary health practitioners and regular doctors have a wonderful working relationship! This article has already mentioned that regular doctors will often refer their patients to a complementary health practitioner for extra therapy or additional treatment.

Complementary health practitioners will regularly refer their patients to “regular” doctors as well. Sometimes an osteopath, physiotherapist or chiropractor will send his patient to a traditional doctor for additional testing or to determine if a different course of therapy is needed”treatment that he might not be licensed to provide.