Joints are precious to you beyond much more than you probably give importance to, they are your body’s natural shock absorbers. The joints are surrounded by cartilage and muscles etc that help your body remain flexible, however the problem is that the activities of our everyday lives causes stress on the joints resulting in wearing of the joint and the most prominent sign of that stress on the joint is the joint pain that many of us experience.

This stress on the joints that causes joint pain can be because of numerous everyday activities that are a must of our daily routine; this includes repetitive motion of action and other stressful activities.

This kind of joint pain may also be caused by pregnancy or even obesity. Even something as simple as a strain or a sprain causes this kind of joint pain.

A sprain is nothing more than an injury that occurs at the ligament of a particular joint and then causes the kind of pain that is typical to a joint pain. Joint disorders that start with such joint pain may also be a result of some infectious diseases as well which includes such diseases as Influenza and Measles etc. Also, bad injuries such as fractures etc. can cause joint pain because a fracture affects the bone and thus causes the joint that connects it to hurt along with the injured bone itself.

However, you can do something for joint pain relief as there are various ways out of these kinds of joint disorders as well. Chondroitin and another natural substance called Glucosamine are what help in joint pain relief for someone suffering from it. Both are naturally produced bodily substances that have been clinically proven to help in the relief of joint pain when they work together.

‘Johns Hopkins Children’s Center’ specialists call spring to be the “lawnmower injury season” as they warn that lawnmowers can cause severe injuries in children. These lawnmower injuries are among the leading causes of amputations in children. Such types of severe injuries caused by the lawnmowers very often require amputation or extensive reconstructive surgery.

Hopkins Children’s is one of the most prestigious pediatric trauma centers in Maryland where the most severe cases are treated.

The study brought alarming number of children visiting the hospitals due to lawnmower accidents, and the injuries caused by the lawn mower is more severe than any other tool or device.

The injuries range from lacerations, fractures and amputations of the fingers, hands, toes, feet and legs. The unfortunate children not only suffer the physical injuries but have to undergo the emotional and social problems associated with these kinds of injuries. Other type of injuries include being run over by a riding mower, any object being flung and striking the child, or the burns due to the gasoline or by touching the hot metal parts.

Children are particularly susceptible to the power mower injuries, mainly due to lack of proper safety precautions. Most of the time, the person riding the mower is completely unaware of a child’s presence behind the mower and the sudden reverse or the backing of the mower causes accidents. In 95 percent of the injuries, amputation and reconstructive surgery was found to be required.
They offer the following prevention tips:
Infants and toddlers should be kept indoors while a power mower is in operation.
Children younger than 16 should not be allowed to operate the mowers however can be encouraged to use push mowers.

Children should not be given a ride on the power mowers.
Wet grass can cause the child to slip and fall into the blade, so the mower should be switched off if you see a child running towards you.

The protective gear should be worn like the protective goggles and sturdy non slip shoes.
The lawn should be cleared of the debris and any other thing if flung can cause injury to the child. All the sticks and stones should be removed.

Upon completion of mowing, the mower should be kept out of reach of small children who might touch the hot metal parts.

Typically, pediatricians see the first such injuries in late April, but this year, the first case was reported in March. So there is a need to create alertness and awareness among the parents and other child caregivers of the dangers and also should be taught how to prevent such injuries.

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A recent research study findings with these conclusions have been published in the “Inderscience International Journal of Vehicle Safety”. This study was performed over 3000 people in all.

Jesse Ruan of the’ Ford Motor Company’ and his associate researchers at the ‘Tianjin University of Science and Technology’ have been successful in devising a ‘non-invasive method’ for the determination and analysis of the “critical geometric characteristics of a person’s skull”. For this purpose the researchers based their model on the head scan images of 3000 patients at the Tianjin Fourth central Hospital.

The researchers observed that for men the average thicknesses of the skull was 6.5 millimeters, while for women it was 7.1 mm. The average front to back measurement for men was 176 mm in men, and it was comparatively less in women with the measurement of 171 mm. Similarly, the average width was also measured to be 145 mm in men and 140 mm in women.

The findings of this study clearly confirmed that there exists a sizable difference in the skull thickness between both the genders. The researchers are of the views that they must make further attempts to trace out the mechanisms of translating these differences in to the “head impact responses” for men and women separately.”Then we can design the countermeasure for head protection”, says Jesse Ruan.

It is a general conceptualization that the thickness of the skull is an important factor for deciding the head safety and a bigger sized skull will be far safer for surviving a head injury. This study however, established that it is not the thickness alone, but the shape of the skull is also equally important. Scientists are still making sincere efforts to understand the exact nature, behavior, and relationship between these two important parameters.

A detailed relationship and linkage exploration will perhaps open new findings on how well a person tolerates a head injury. Present methods are purely based on extrapolation of smaller skull to large skull and the skull thickness for predicting the possible impacts and their effects.

Detailed analysis of 300 people responses and examination of different skull parameters however show that the present extrapolation techniques are totally invalid because the distribution of skull size, shape and thickness do not follow a so-called “normal” distribution pattern.

Researchers feel that the “Reliable biomechanical geometric data” of the human skull would be more helpful in developing a better understanding of the problem of head injury during an impact and “will help in the design of better head protective devices”, says Jesse Ruan.

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The amount of time that the patient is at risk for developing a blood clot was quite long. The study found that the risk remains for at least ten weeks after the injury occurs. It is believed that this may be attributed to damage that is done to blood vessels in a sprain or pull that may go undetected. Another contributing risk factor is that patients with these injuries generally are less mobile while they recover, increasing the chances of developing a life threatening clot.

This massive study was conducted by Karlijn Van Stralen at the Leiden University Medical Center which is located in the Netherlands. Overall, more than 6000 people were studied. The first group was comprised of 2,471 patients who developed blood clots and 3,534 people who did not between the years of 1999 and 2004. It was found that of the people who did suffer from a blood clot during this time, 289 had indeed suffered a minor leg injury. This adds up to 11% of the total group.

Stralen stated in his report that, “Because minor injuries are common, they could be major contributors to the occurrence of venous thrombosis.” Currently, incidents of thrombosis are on the rise, particularly in the United States. At least one out of every thousand people develop serious blood clots in their legs. At times, this number increases to three out of every thousand people.

Blood clots are very serious and if left untreated can cause death by stroke. Commonly, a blood clot will break off and end up in the lungs where it blocks an artery, causing death. Air travel is the usual culprit implicated in venous thrombosis, but inactivity may also be a major contributing factor.

If you suffer a leg injury, make sure to discuss your risks with your doctor. They may recommend a blood thinning agent that will greatly reduce your risks of developing a clot during your healing period. If you are inactive or travel frequently, you may also want to discuss this potentially fatal problem with your doctor.

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