Following these guidelines can help you prevent injuries: Avoid doing too much, too soon. Never increase the length of your workouts by more than 10 percent from one week to the next, and never increase both the length and intensity of your workout at the same time. Never skip your warm-up or cool-down. Tight or stiff muscles around a joint will make the area more prone to injury. This is especially important in sports that require quick movements, such as basketball and tennis.

Human joints come in many shapes and sizes and allow us to move and carry out normal activities of daily living. Without joints, we would be rigid and immobile. But they are also often injured, causing pain and discomfort. The most commonly injured joints are the knees, shoulders, ankles and spine. Approximately 30 million doctor visits a year are due to knee and shoulder injuries alone. Some 150 million to 200 million cases of back pain send people to the doctor every year—and many of those are related to joint injuries. Most sports-related injuries involve damage to the joints.

A good way to maintain your health is to eat nutritiously. In fact, even a few simple changes in your diet can have a positive impact on your health—and may prevent a variety of chronic health problems in the future. As part of their extensive education, chiropractors are trained in nutrition and wellness promotion, and they can offer you dietary counseling as well as lifestyle tips to get you moving in the right direction. Start today to make better choices that will fuel and strengthen your body. Here are some simple suggestions:

When relatively small abnormal stresses are repeatedly placed on normal joints, the injuries that result are called repetitive-stress injuries or cumulative-trauma disorders. The stresses placed on joints by poor posture, poor joint position during the performance of a task, and/or poor workstation ergonomics make these joints more likely to be injured.

There are three basic principles that are especially important when considering the impact of proper joint movement.

Most joints in the body are lined with cartilage—a firm but pliable tissue that covers the surfaces of the bones that make up the joint. Cartilage within a joint is nourished by synovial fluid, which is “forced” into the joint cartilage through a process called imbibition. The pressure within the joint providing nourishment to the cartilage occurs only when joint movement happens. And this is why movement is critical to joint health.

Joints are designed to withstand the loads placed on them and provide a full range of motion. Each joint is made up of at least two surfaces that touch each other and allow for movement. These include ball-and-socket joints such as the hip; hinge joints such as the knee and elbow; and gliding joints, such as those in the spine. The bones that make up the joint allow movement, but it is the muscles that pull the bones that produce the movement. Muscles are attached to bones by structures called tendons.

More than 14,000 children are treated for backpack-related injuries each year, according to the U.S. Consumer Product Safety Commission. Can these childhood injuries result in long-term back problems or chronic pain?

By the age of 14, seven percent of children report that back pain affects their everyday life. The lumbar (lower) spine is vulnerable to injury when children carry heavy loads. Such injuries may also lead to early degenerative changes in the lower spine.

And it’s not just the weight you carry in your backpack, but how you carry it.

A 2016 study on back pain caused by backpacks revealed two notable findings: Teen girls appear to experience more severe backpack-related pain compared to boys, and the time carrying the backpack—not the weight—is likely causing that pain.

The study covered 5,318 students aged 6 to 19 years. The researchers broke the student sample into three age groups: children, younger adolescents, and older adolescents.

Here are some tips to help prevent the needless pain that backpack misuse could cause the students in your household.
Make sure your child’s backpack weighs no more than five to 10 percent of his or her body weight. A heavier backpack will cause your child to bend forward in an attempt to support the weight on his or her back, rather than on the shoulders, by the straps.
The backpack should never hang more than four inches below the waistline. A backpack that hangs too low increases the weight on the shoulders, causing your child to lean forward when walking.

Back pain is pervasive among American adults, however it is not uncommon among children and teens. In a new and disturbing trend, young children are suffering from back pain much earlier than previous generations, and the use of overweight backpacks is a contributing factor, according to the American Chiropractic Association (ACA).

Chiropractors may utilize various therapies for treating sacroiliac (SI) joint pain, with the goals of reducing the patient’s pain, improving function, and providing rehabilitation so the pain is less likely to return. Pain is caused by either too much or too little movement of the sacroiliac joint. As a result, muscles surrounding the joint may benefit from chiropractic techniques to either relax the muscles or to strengthen them.

Some patients with low back or buttock pain resulting from sacroiliac joint dysfunction may favor a more gentle chiropractic treatment over the traditional spinal manipulation techniques. Less forceful spinal manipulation involves slower (low-velocity) techniques that allow the joint to remain within its passive range of motion. Gentle chiropractic techniques include:

For patients with lower back or buttock pain that stems from the sacroiliac joint, a variety of chiropractic procedures can be applied and are often considered the first line of treatment. The chiropractic treatment goal for sacroiliac joint pain is to utilize a method that is best tolerated by the patient and yields the best outcome. Patients respond better to different approaches, so the chiropractor may adopt various manipulations to treat the patient’s sacroiliac joint pain.

Some 15 percent of adults in the U.S. have some type of spine deformity, with lumbar scoliosis being the most common. Some adults have had scoliosis since adolescence; others develop the condition as adults. Many don’t experience symptoms, but a significant percentage will develop back pain, leg pain and even lose up to four inches of trunk height—measured from the waist upwards—due to the deformity.

For years, spine surgeons have debated the best methods for treating scoliosis in adults. Spinal curvature often results in more back pain, leg pain and other symptoms for adults than teens because adults also can have degeneration in the discs between vertebrae, as well as spinal stenosis—a narrowing of the opening for the spinal nerves. Still, there hasn’t been good evidence regarding whether it’s better for adults with scoliosis to have corrective surgery or whether nonoperative treatment, such as physical therapy or nerve injections, is adequate.

A major contributor to kids’ back pain is the backpacks they use to tote their stuff, researchers in a new study said. Those who used one strap to carry their packs reported significantly more back pain than did those who used both straps. Those who used rolling backpacks reported back pain the most often. It wasn’t clear whether pain prompted their use of the rolling packs or whether the rolling packs contributed to their pain.

Doctors of Chiropractic (DC) regularly treat sciatica. Sciatica is characterized by pain that originates in the low back or buttock and travels into one or both legs. Pain is described as dull, achy, sharp, toothache-like, pins-and-needles or similar to electric shocks. Other symptoms associated with sciatica include burning, numbness and tingling sensations.

People with diabetes have a 35 percent higher risk of experiencing low back pain and 24 percent higher risk of having neck pain than those without diabetes, researchers have found after a review of relevant studies.

VA chiropractic clinics saw a greater percentage of female and younger patients compared with the national VA outpatient population. This demographic tendency is consistent with the cohort of veterans from the recent conflicts in Iraq and Afghanistan, which is known to have a high prevalence of musculoskeletal conditions.

A recent study demonstrated that from fiscal year 2005 through 2015, the number of on-station VA chiropractic clinics increased from 27 to 65, and the number of veterans receiving care in these clinics increased from just over 4,000 to over 37,000. VA continues to assess and modify its delivery of chiropractic services to meet veteran demand.