Your Liver And You

When it comes to keeping our internal organs healthy, we usually hear lots of advice for the brain and heart. We do not hear too much information on how best to take care of our liver. Although it may not have a high profile in the health media like the brain and heart do, our liver is extremely important to our survival.

The liver performs a number of important functions:

• Filters blood and remove toxins

• Produces substances important for blood clotting

• Stores nutrients for future use

• Processes medicine

• Breaks down saturated fat
It is impossible to live without a liver (except on short-term liver dialysis), as its functions are unique and play a major role in the body's metabolism.

The Benefits of Stretching

Stretching is integral to your health, as it helps maintain proper mobility, alignment and function. Although there are a number of stretching techniques that have developed over the years, there are two basic stretching protocols: dynamic and static.
Dynamic stretching involves movement to increase range of motion (like performing arm circles). Static stretching involves little or no movement while increasing your end-range (holding a stretch). Static stretching usually involves a more relaxed mindset and can be considered more effective for postural muscles. Dynamic stretching is more commonly used before strenuous exercise. There are also stretching techniques such as PNF, whereby muscles are stretched immediately following a strong contraction - taking advantage of neuromuscular reflexes to achieve better results.
Regardless of which technique is used, the goal is always the same: warm up the muscles first with some gentle calisthenics, then bring the target muscle into an elongated position and encourage it to stay there. As the muscles are trained to stay in their lengthened position, less pressure is exerted on the joints, and a more natural, balanced state will be achieved in the musculoskeletal system.

Muscle Problems

Although a certain degree of tension in a muscle is necessary, too much tension can create imbalance, functional restrictions and/or pain. Whether it is caused by stress, overuse, repetitive strain or acute trauma, abnormal muscle tightness is unhealthy for your body. It places an excessive amount of stress and strain on the joints involved, predisposing them to arthritis and early degeneration. In addition, many nerves and blood vessels pass directly through muscle. If the muscle is too tight, this can irritate the nerves or compress the blood vessels, causing numbness, tingling, pain or decreased circulation.
 
Problems in muscles are usually quite obvious, as direct touching of the affected areas is usually uncomfortable for the patient. Tight muscles located in your spine may contribute to vertebral subluxations. Misalignment of the vertebrae is particularly damaging, as this can cause irritation of the nerves exiting the spine. This can further disturb normal muscle function, leading to more symptoms. Thankfully, chiropractic adjustments are particularly effective at reducing nerve irritation caused by spinal joint dysfunction!

The Musculoskeletal System

Your skeleton is a collection of over 200 bones that give your body its shape and structure. In between adjacent bones you have joints, and holding the joints together, are ligaments. These are what gives your body support, protects your vital organs, and allows for the foundation around which movement occurs.

The skeletal system is a static structure on its own. However, when you add muscles you create a dynamic, functional musculoskeletal system capable of performing work, maintaining an upright posture, transporting your body from one place to another, and allowing for personal expression using language and gestures.

With few exceptions (like the movement of the eye or tongue), a muscle attaches to two separate bones. As it contracts and shortens, the muscle creates relative movement of these bones by bringing the two ends of the muscle closer together. The coordination of muscles turning off and on allow for the complete range of human performance. Examples include the powerful, explosive movements created by a sprinter’s legs, or the delicate, intricate finger movements of a professional violinist. This coordination is facilitated by a constant loop of feedback messages among the muscles, the nerves and the brain.

Multivitamins and Disease

Multivitamins are a long-time staple in the ever expanding world of supplements. They have been around for decades and have been the subject of much debate among health researchers. Can multivitamins actually help prevent serious diseases? The debate is still not over. However, most health professionals agree people in North America do not eat enough healthy foods and frequently fail to meet their daily minimum nutritional requirements. Studies show calcium, magnesium, vitamins C, D and E are especially low in our population.

The support for daily multivitamin use is confirmed by a number of well-regarded medical institutions, including the Harvard Medical School. In an article that appeared in the Journal of the American Medical Association, Harvard medical specialists commented that low nutrient intake increases the risk of long-latency deficiency diseases, including cancer,cardiovascular disease and neurological problems. Taking a multivitamin with minerals has proven effective at protecting health in numerous studies. Research reveals consistent multivitamin use may help your body by reducing inflammation, cutting the risk of chronic disease, boosting the immune system and protecting neurological function.

However, the National Institutes of Health responded to the Harvard article by cautioning people that more research is needed, and taking a multivitamin does not guarantee protection from developing serious diseases. Also, multivitamins do not contain fiber and some other beneficial plant nutrients, which is why eating plenty of healthy whole foods is important. Of course, it is also important that you exercise and maintain an appropriate weight level.

Recovering from Car Accidents

Most of the time, you should rest and remain immobile for the first 48-72 hours immediately following an automobile accident. Your body will respond to any injury with an inflammatory reaction. This makes the damaged area both swollen and pain sensitive. Attempted movements during this time will usually cause more pain. Muscles around the injured area tend to spasm – effectively splinting the area and preventing further damage. Muscle spasm can also cause greater compression and/or irritation of the joints, leading to more pain.

This pain-spasm-pain cycle should be prevented as much as possible, especially early in the recovery process following a motor vehicle accident. Cooling the immediate area of injury with ice for 5-10 minutes at a time may help limit the painful effects of inflammation. In addition, resting or lying down during the first few days will ease the postural strain felt around the neck and shoulders, and help promote healing.
After this initial inflammatory stage, a patient is recommended to resume normal movements as soon as possible – within a reasonable range and within the patient’s pain tolerance. If immobility is prolonged, muscle atrophy and weakness can make recovery and rehabilitation from a whiplash injury more difficult. If movement is not encouraged, muscle spasm can often persist, causing a ncreased compressive load on the discs and joints of the neck, potentially leading to chronic problems.

Vertebral subluxations in the neck and upper back are commonly found in those who experience car accidents. Therefore, at any stage of healing and recovery from whiplash-associated injuries, chiropractic adjustments can reduce pain and restore normal function.

Hidden Problems in Car Accidents

When it comes to car accidents, paramedics are often the first health care professionals who attend to your needs. However, many accidents do not involve life-threatening injuries and many people think they are fine, when in fact they may still have serious problems.  Some people encounter pain and tension right away. For others, the symptoms may get worse over time. Whether the impact occurs from the front or the rear, your neck is usually the most vulnerable area of your body in any motor vehicle accident. Car collisions involve rapid changes in acceleration and deceleration. Your body is held relatively still by a seat belt, whereas your head and neck are free to move.

This typically results in the neck moving very rapidly through an excessive range of motion, contributing to hyperflexion-hyperextension injuries that can affect soft tissues in the neck, as well as joint capsules and intervertebral discs. Whiplash is the name often associated with car accident neck injuries. Symptoms from whiplash may include any or all of the following: neck pain and inflammation, arm pain, numbness or tingling, headaches, nausea, and dizziness.

Depending upon the degree of injury, your recommended course of action will differ. To determine what you should do, first consult with your chiropractor as they specialize in problems related to the nerves, muscles, joints and connective tissues of the spine.