Most conventional carpal tunnel treatments focus solely on the wrist. This approach is, of course, designed to attempt to reduce symptoms of hand pain, numbness and/or weakness. However, the true cause is rarely sought after, hence, these treatments are often times worthless and, in the case of surgery, can actually make matters worse.
There are many factors that will often contribute to median nerve inflammation, which is primarily responsible for the symptoms seen with carpal tunnel syndrome. It can actually be due to problems or dysfunctions in the structures in and around the neck, the shoulder, the elbow, the wrist and/or hand. This is yet another case of a specific painful condition actually caused by something called a kinetic chain disorder pattern. A fancy name for dysfunctional movement issues anywhere along a chain. In this case the chain being the neck, shoulder, elbow, wrist and hand.
Laser Therapy is an FDA cleared modality that reduces inflammation and ultimately results in pain reduction. Laser Therapy is effective in treating acute pain, chronic conditions and post-op pain.
Laser therapy treatment is safe, painless and fast. Deep Tissue Laser Therapy treatments are administered in 5 to 10 minutes. Typically patients see results after 3 to 5 treatment sessions. Deep Tissue Laser Therapy utilizes your body’s own healing powers by stimulating celluar activity. Despite fast treatment times, laser therapy treatments initiate a healing process that continues to actively reduce inflammation for up 24 hours after treatment.
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In the study, obese women who exercised while using the AvaCore Rapid Thermal Exchange (RTX palm cooling device) improved their exercise tolerance and cardiovascular fitness.
The cooling devices cooled the palms of the hand and circulating blood, thus pulling heat off the body.
The researchers explain that although the genetic makeup is not altered, DNA molecules change structurally and chemically when a person exercises. An example of this is the DNA gaining more or losing parts of methyl groups that are found on sequences of DNA families.
During the study, DNA within skeletal muscle was taken from people who had just experienced a round of exercise. The DNA showed less methyl groups than it had before the person’s work out. The changes were found in the areas of DNA which work as stopping places for a certain kind of enzymes, called transcription factors. These enzymes are very important in terms of muscles and exercise.
“Although trampolines can be fun for both kids and adults, they pose a high risk for injuries, especially when two or more people jump at one time. Orthopedic surgeons recommended that trampolines not be used in home environments or in outdoor playgrounds because of the high risk of injuries from this activity.”
The AAOS has created an audio public service message as well as a position statement regarding trampoline safety in order to prevent injuries sustained from trampolines, rather than treat them.
For children aged 14 and under, delaying reconstructive surgery for anterior cruciate ligament (ACL) injuries may raise their risk of further injury, according to a new study by pediatric orthopaedic surgeons. If surgery occurs later than 12 weeks after the injury, the injury may even be irreparable.
ACL injuries have increased among children and young adults in recent years, possibly because of increased participation in high-level sports such as football, skiing, lacrosse, hockey and soccer, all of which place a high demand on the knees, where the ACL is located.
Children are prone to sport-specific trauma to the growth plates. For example, dancers, skaters and cheerleaders are vulnerable to ankle damage, while baseball and football players tend to injure their shoulders and elbows. Runners suffer shin pain and knee problems, while gymnasts are prone to wrist damage from repetitive weight bearing.
“The combination of repetitive use and skeletal immaturity puts these youngsters at high risk for injuries, some of them long-lasting, so it is really important that young children have whole-body conditioning and engage in a variety of athletic activities rather than one sport,” Valasek says.
Standing up more often may reduce your chances of dying within three years, even if you are already physically active, a study of more than 200,000 people published in Archives of Internal Medicine shows.
The study found that adults who sat 11 or more hours per day had a 40% increased risk of dying in the next three years compared with those who sat for fewer than four hours a day. This was after taking into account their physical activity, weight and health status.
Demand for joint replacement surgery, once confined largely to patients well past retirement age, has been growing rapidly among a class of people doctors have dubbed the “young actives” – those in the 45 to 64 age group who are determined to stay fit.
Still, even with the rise of obesity and longer lives, public health researchers say the rate of joint replacement failures requiring revisions is about 1 percent a year, mostly in the relatively younger patients who “outlive” the 10-to-20-year working life spans of their replacement joints. And as technique and technology have improved, the rates of infection, dislocations, and other complications have declined.
Source: Medical News Today
For years, doctors have been able to treat defects in joint cartilage by grafting cartilage donated from cadavers into patients’ bad joints. Using current methods, donated cartilage can be stored for 28 days for a transplant before the tissue becomes too degraded to transplant into a patient. Now, researchers from the University of Missouri have found a way to store donated cartilage more than twice as long.
In a study due to be published in the Journal of Knee Surgery, Cook and Aaron Stoker from MU’s Comparative Orthopaedic Laboratory, Clark Hung and Eric Lima from Columbia University, and James Stannard, the J. Vernon Luck Sr. Distinguished Professor in Orthopaedic Surgery in the MU School of Medicine, tested tissue using their patented system, which includes storing the tissue at room temperature in a specially designed container and storage solution. The researchers found that their system preserved transplant-quality tissue for as long as 63 days. The collaborative team of researchers also developed a way to monitor the quality of the stored tissue simply by testing a few drops of their patented storage solution.