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Musculoskeletal injury refers to damage of muscular or skeletal systems, which is usually due to a strenuous activity. In one study, roughly 25% of approximately 6300 adults received a musculoskeletal injury of some sort within 12 months—of which 83% were activity-related. Musculoskeletal injury spans into a large variety of medical specialties including orthopedic surgery (with diseases such as arthritis requiring surgery), sports medicine, emergency medicine (acute presentations of joint and muscular pain) and rheumatology (in rheumatological diseases that affect joints such as rheumatoid arthritis). Musculoskeletal injuries can affect any part of the human body including; bones, joints, cartilages, ligaments, tendons, muscles, and other soft tissues. Symptoms include mild to severe aches, low back pain, numbness, tingling, atrophy and weakness. These injuries are a result of repetitive motions and actions over a period of time. Tendons connect muscle to bone whereas ligaments connect bone to bone. Tendons and ligaments play an active role in maintain joint stability and controls the limits of joint movements, once injured tendons and ligaments detrimentally impact motor functions.Frievalds, A. (2011). ''Biomechanics of the Upper Limbs : Mechanics, Modeling and Musculoskeletal Injuries, Second Edition'' (2nd edition.). Boca Raton, FL: CRC Press, an imprint of Taylor and Francis. Continuous exercise or movement of a musculoskeletal injury can result in chronic inflammation with progression to permanent damage or disability. In many cases, during the healing period after a musculoskeletal injury, a period in which the healing area will be completely immobile, a cast-induced muscle atrophy can occur. Routine sessions of physiotherapy after the cast is removed can help return strength in limp muscles or tendons. Alternately, there exist different methods of electrical stimulation of the immobile muscles which can be induced by a device placed underneath a cast, helping prevent atrophies Preventative measures include correcting or modifying one’s postures and avoiding awkward and abrupt movements. It is beneficial to rest post injury to prevent aggravation of the injury. There are three stages of progressing from a musculoskeletal injury; Cause, Disability and Decision. The first stage arises from the injury itself whether it be overexertion, fatigue or muscle degradation. The second stage involves how the individual’s ability is detrimentally affected as disability affects both physical and cognitive functions of an individual. The final stage, decision, is the individual’s decision to return to work post recovery as Musculoskeletal injuries compromise movement and physical ability which ultimately degrades one’s professional career.


Repetitive use injuries


Injury can be described as a ‘mechanical disruption of tissues resulting in pain.' Despite the fact tissues can self-repair, muscle degradation occurs after repeated and prolonged use. Overuse and strain injuries can occur at work, physical activity and daily life. Repetitive motions strain our musculoskeletal systems, if continued in an improper form can result in chronic inflammation with progression to permanent damage. These injuries can compromise an individual’s posture or other physical abilities, including fine motor movements. Nerves play an important role in repetitive strain injuries as it is nerves that get pulled in injured soft tissues ultimately affecting motor functions. Pressure on the nerve will impair blood flow which can impair either distal or proximal points to the first injury and cause pain. Tendons connect muscle to bone whereas ligaments connect bone to bone. Tendons and ligaments play an active role in maintain joint stability and controls the limits of joint movements, once injured tendons and ligaments detrimentally impact motor functions. Injuries associated with repetitive-use activities include: tennis elbow, tendonitis, wrist injuries, myelopathy, low back injuries and lower leg and ankle injuries. Repetitive use injuries are a result of rapid and continuous movements, long duration postures without adequate support. Excessive muscle use results in fatigue which limits movement of limbs.


Forms of musculoskeletal injuries


An acute injury can be traced back to a specific incident, causing immediate pain and often swelling. On the other hand, a Chronic injury does not have a distinct origin, it develops slowly, is persistent and long lasting, and it is accompanied by dull pain, aches or soreness.


Neck and shoulder injury


The shoulder is a joint which allows your arm to move Poor posture can lead to nerve damage. Repetitive shoulder movements, overhead, swinging, throwing or circling movement can cause musculoskeletal injury. Some cases can result in spinal cord damage at the C3-C5 levels, producing a myelopathy which can dramatically compromise overall movements in arm and legs as well as other fine motor functions. Injury to the rotator cuff Is a result of trauma and old age, complete and partial tears are more frequent in older patients caused by degeneration of the tendons.


Wrist and hand injury


Wrist mobility is often restricted due to inflammation of the forearm muscles as they contract and tighten due to injury. Most wrist dislocations occur between the capitate and the lunate. Carpal fractures are caused by falling on an outstretched hand the wrist is hyper-extended in ulnar deviation with a component of rotation. Swelling of the Median nerve tissue leads to nerve entrapment ultimately resulting in restriction of movement, other symptoms include; pain, numbness and weakness. DeQuervain’s Tenosynovitis is a form of tendinitis of the muscles that move the thumb.


Leg and foot injury


Most leg pain is transferred pain from our backs or hips. Foot injuries including plantar fasciitis is another source of pain which is associated with-standing for long periods. There are three major tendons that maintain stability at the ankle joint; anterior extensors, medial flexors and lateral peroneal, these tendons facilitate movement around the ankle, foot and toes. Malleolar fractures are related to ankle twisting or shearing injury, these fractures are often associated with ligament injury. An ankle sprain can lead to a spectrum of soft tissue impingement reducing motion in the ankle.


Spinal and neck injury


The spinal column has five sections consisting of thirty three individual vertebrae separated by cushioning discs, the upper three sections are movable and the lower two are fixed. Nerve compression is a result of poor posture, prolonged computer use is an example of repetitive strain injury which affects the musculoskeletal system. Whiplash injury, whereby the force causes strain to the capsule and ligaments of the apophyseal joints of the cervical spine. Hyper-flexion is a common mechanism of injury in the cervical spine associated with an anterior compression vector and a posterior distraction vector. These injuries are associated with diving injuries, falls and car accidents. Anterior compression vector results in mild height loss, whereas hyper-extension often occurs with the posterior displacement of the head in car crashes. Severe hyper-extension injury leads to pinching of the spinal cord along the posterior margin of the body.


Elbow injury


The upper arm and the forearm meet to form the elbow joint. Examples of injuries affected on an elbow include; Carpal tunnel syndrome, Radial Tunnel Syndrome and tennis elbow, all of which are due to tendon and ligament damage from overuse or strain. Distal humeral fractures are related to high energy trauma from falling from a height or in a motor vehicle accident, this results in stiffness and restricted range of motion. Elbow dislocation and radial head or neck fractures are common when one falls on an outstretched hand. Elbow Dislocations are divided into two categories; Simple and complex. Simple dislocations are defined as soft tissue injury whereas complex involves a fracture.


Injury prevention


Preventing injuries to workers is essential to maintain an effective organisational management. Repetitive injuries can be prevented by early medical intervention as an effective way to prevent permanent injury. Correcting one’s postures, avoiding abrupt and awkward movements will avoid acute injury. Taking breaks to change your position and moving about instead of remaining static can also reduce risk of injury. Daily body stretches can help elevate pain from hamstrings, back and neck. Creating healthy awareness through social media and celebrities further allow individuals to create healthy practices which ultimately prevent injury. It is essential for a work environment to comply with safety standards. Workplaces should have upper management implement safety precautions making health and safety the primary goal. Implementation of company policies and procedures in case of serious incident or fatality. Other strategies such as substances abuse programs are effective at reducing the potential for injuries. If musculoskeletal injuries are not prevented, they can develop and become debilitating. It is important to the area of pain. Heat and cold are used to facilitate the healing process, if applied immediately after an acute injury or overuse strain, it will reduce pain and swelling. A healthy workspace is also substantially important including; floor surfaces, ergonomic seating, working heights, working rates and task variability. Understanding the symptoms of repetitive strain injuries such as; Numbness of arms, hands or legs, aches and pains of joints, shoulder and back pain and tingling or burning of arms, legs and feet, allow an individual to self-diagnose and seek medical attention to prevent further aggravation. Pain is the body’s natural way to alert an individual to rest. It is important to rest, if ignored can lead to further problems. It is crucial not to further aggravate the injury and compromise one’s physical movement as it can detrimentally impact general health. Sustaining a secondary injury has a large risk whilst recovering from an initial injury.


Injury recovery


Injuries often limit physical activity and result in immobilisation which is a significant factor in recovery. Symptoms vary from, numbness, tingling, atrophy and weakness which can ultimately lead to permanent damage and disability. Neural injury recovery in acute strokes are compensated with the help of medical drugs. Repeating motions and actions whilst performing an activity increases an individual’s risk of accumulating acute musculoskeletal injuries. Factors that affect sustaining these injuries include; duration of activity, the force required to complete the activity, the environment of the workplace and work postures. Although, specially advised exercises with stretching promotes blood circulation and increase range of motion and ultimately help decrease muscle tension. Our immune system is our natural mechanism which manages injuries to the musculoskeletal system. Inflammation, redness, swollen tissue are all part of the healing process, during this process new cells are generated to form new tissue. Macro-nutrients are essential components for tissue regeneration. Proteins, carbohydrates and fats are crucial for new muscle tissues. Water allows all biochemical processes to take place including, elimination of waste and toxins via sweat and urination. On the other hand, Micro nutrients include; vitamins, minerals, enzymes, protect cells and DNA from oxidation damages which is evident in the inflammation response and recovery process.


Decision to return to work


Recovery is enhanced by doing activities that make an individual feel better. Recovery from an injury also consists of returning to work or physical exercise. Employers are legally required to provide suitable duties for the person returning to work. It is important to get medical advise on when to return to work. It is important to consider the physical demands of the job, the work environment when deciding to return to work. Once you are approved to return to work or physical exercise it is crucial to maintain both physical and psychological relapse.


See also


* Musculoskeletal disorder * Human musculoskeletal system * Sprain * Muscular system


References





External links



Prevention of Musculoskeletal Disorders in the Workplace
- U.S. Occupational Safety and Health Administration
Musculoskeletal_disorders_Single_Entry_Point_[[European_Agency_for_Safety_and_Health_at_Work
(OSHA).html" style="text-decoration: none;"class="mw-redirect" title="European Agency for Safety and Health at Work">Musculoskeletal disorders Single Entry Point [[European Agency for Safety and Health at Work
(OSHA)">European Agency for Safety and Health at Work">Musculoskeletal disorders Single Entry Point [[European Agency for Safety and Health at Work
(OSHA)
Good Practices to prevent Musculoskeletal disorders [[European Agency for Safety and Health at Work
(OSHA)]
Musculoskeletal disorders homepageHealth and Safety Executive
(HSE)
Hazards_and_risks_associated_with_manual_handling_of_loads_in_the_workplace_[[European_Agency_for_Safety_and_Health_at_Work
(OSHA).html" style="text-decoration: none;"class="mw-redirect" title="European Agency for Safety and Health at Work">Hazards and risks associated with manual handling of loads in the workplace [[European Agency for Safety and Health at Work
(OSHA)">European Agency for Safety and Health at Work">Hazards and risks associated with manual handling of loads in the workplace [[European Agency for Safety and Health at Work
(OSHA)* [[National Institute for Occupational Safety and Health Musculoskeletal Health Progra

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