Like most athletes, you undoubtedly want to reduce or eliminate your chances of injury while participating in your sport. Injuries decrease the time you can spend on leisure activities, lower your fitness and impact competitive performance. Sports scientists suggest that injury rates could be reduced by 25% if athletes took appropriate preventative action.
Coaches and athletes believe that males have higher injury rates than females - male and female athletes have about the same injury rate per hour of training.
Among runners, it is considered that training speed is the cause of injuries (Speed Kills), but research indicates no link between speed and injury risk.
Do not overdo it
The amount of training you carry out plays a crucial role in determining your real injury risk. Studies have shown that your best direct injury predictor may be the amount of exercise you completed last month. Fatigued muscles do poorly protect their associated connective tissues, increasing the risk of damage to bone, cartilage, tendons and ligaments. If you are a runner, the link between training quantity and injury means that the total mileage indicates your injury risk. The more miles you accrue per week, the higher the chances of injury. One recent investigation found a marked upswing in injury risk above 40 miles of running per week.
The two best predictors of injury
If you have been injured before, you are much more likely to get hurt than an injury-free athlete. Regular exercises have a way of uncovering the weak areas of the body. If you have knees put under heavy stress, your knees are likely to hurt when you engage in your sport for a prolonged time because of your unique biomechanics during exercises. After recovery, you re-establish your desired training load.
The second predictor of injury is the number of consecutive days of training you carry out each week. Scientific studies strongly suggest that reducing the number of successive training days can lower injury risk. Recovery time reduces injury rates by allowing muscles and connective tissues an opportunity to restore and repair themselves between workouts.
Some studies have shown that aggressive, tense, and compulsive athletes have a higher risk of injury than their relaxed peers. Tension may make muscles and tendons tighter, increasing the chance that they will be harmed during workouts.
Many injuries are caused by weak muscles that are not ready to handle the specific demands of your sport. Weak or inhibited gluteal muscles can cause lower back and lower limb injuries. People who start a running program for the first time do well for a few weeks but then suddenly develop foot or ankle problems, hamstring soreness or lower back pain as they increase the mileage. Their bodies are not strong enough to cope with the demands of the increased training load. For this reason, it is always wise to couple resistance training with regular training.
Kemp (2000) identified that screening for muscle imbalances is the current cutting edge of injury prevention. The rationale behind this is that there are detectable and correctable abnormalities of muscle strength and length that are fundamental to the development of almost all musculoskeletal pain and dysfunction. Detection of these abnormalities and correction before an injury has occurred should be part of any injury prevention strategy. This strategy can benefit the asessment of muscle strength and balance and regular sports massage.
Muscle stiffness refers to the ratio between the change in muscle resistance and the change in muscle length. Muscle stiffness is directly related to muscle injury risk, so it is essential to reduce muscle stiffness as part of a warm-up.
Research work by McNair (2000) and Knudson (2001) has indicated that only dynamic stretches - slow controlled movements through the full range of motion - decrease muscle stiffness. Static exercises did not reduce muscle stiffness.
This suggests that dynamic stretches are the most appropriate exercises for warming up and not static stretching exercises. Static stretches are perhaps more suitable for the cool down as they help relax the muscles and increase their range of movement. For further information, see the following articles:
A "trigger point" (TP) is a thick knot in a muscle that is palpable and tender (even painful to the touch).
Larsen (2002) identified that trigger points can be caused by training errors, inadequate preparation, worn shoes or equipment, poor biomechanics, muscle fatigue, poor flexibility, nutritional factors (vitamin deficiency), and psychological factors (lack of sleep, stress).
Treatment of a TP (separating the fibres of the muscle knot) can be achieved by applying direct pressure to the point for 10 to 20 seconds, gradually releasing the tension and repeating the process 4 or 5 times. The amount of pressure, which will depend on the sensitivity of the TP, can be applied by using one or both thumbs.
Several treatments may be required, but as the TP's sensitivity (pain) reduces, it will become harder to find. If, after a couple of treatments, the pain does not subside, you should seek medical advice. An alternative approach to treating a TP is sports massage, where petrissage, friction, and effleurage techniques can help break down the TP.
Trigger points are an early warning of a potentially severe injury, so checking for TPs is very beneficial. A regular massage is well worth it as the therapists when conducting a massage, can check for TPs and treat them.
Fascia is a continuous, uninterrupted, three-dimensional web of tissue that extends from head to toe, from front to back, from interior to exterior, and an injury in one location may be due to a problem elsewhere in the fascia chain, e.g. low back pain may be due to tight quads. In essence, tight quads cause the hip flexors to tighten, pulling the spine down and forwards, resulting in low back pain. So, working on the quads may alleviate low back pain.
These connected muscles make up a fascia chain. Chew (2008) explains how his Ming Method uses fascia's plasticity to elongate tight, contracted areas in a fascia chain to relieve the pain they cause.
Make it specific
Resistance training can fortify muscles and make them less susceptible to damage, especially if the strength-building exercises involve movements similar to those associated with the sport. Time should be devoted to developing muscle groups with strength training appropriate to the sport's demands. If you are a thrower, time should be spent developing muscles at the front of the shoulder that increases the force you can throw. Still, you must also work systematically on the muscles at the shoulder's back, which control and stabilise the shoulder joint.
Injury prevention tips
Educate yourself and your athletes in the art of Cryotherapy. When things are not going well, the athlete needs their coach. The coach needs to have an alternative training program to help the athlete through the injury recovery period. The key is rapid action when the injury first appears and a lot of psychological support to back up the remedial treatment.
Our Genes may indicate liability for injury
Our genes control our biological systems such as muscle, cartilage and bone formation, muscle energy production, lactic acid removal, blood and tissue oxygenation. Research by Kambouris (2011) identified that variations in the DNA sequence of these genes have an impact on an individual's vulnerability to a sports injury, components of fitness (endurance, speed, strength etc.) and nutritional requirements.
Mauffulli & Merzesh (2007) found that mutations in collagen called COL5A1 led to the structure supporting the tendon being more loosely connected, making the tendon less stable and perhaps more susceptible to injury.
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