Classification of Whiplash Injuries

Classification of Whiplash Injuries

Physiotherapy » Posts Tagged "kelowna physiotherapist" (Page 6)

Classification of Whiplash Injuries

Motor vehicle accidents (MVA) are sometimes an unfortunate consequence of modern reliance we have on automobile transportation. Previous to the invention of the car, there was “railroad neck”, and also a whiplash variation termed “roller-coaster neck”. Motor Vehicle accidents are sometimes termed “motor vehicle crashes” to suggest the preventable nature of some accidents. When a crash does occur, there is usually a chain of events including visits to the auto body shops, ongoing communication with insurance claims agents, and visits to many different health care professionals.

Despite advancement in sophisticated safety equipment for cars, bodily injury can sometimes result from accidents. Although the impact can occur in less than a second, the resulting injuries can persist for weeks or months. The neck (cervical spine) is the most common area of involvement, however, the mid back or low back can also sustain trauma. The shoulder or chest area can also be bruised by the restraint effect of the seat belt.

Injuries to the cervical spine are termed “whiplash-associated disorder’ or WAD for short. As with most conditions and injuries, there is a spectrum of severity. Following much consultation, the Quebec Task Force on Clinical Classification of WAD developed a five point scale of severity in 1995, which is well recognized within the health care and insurance fields. With Grade 0, or WAD 0, there are no physical signs, and the person does not complain of symptoms or usually seek help. At the other extreme end of the spectrum is the most severe WAD IV injury in which X-rays indicate a fracture or dislocation and require urgent medical attention. WAD classification is determined by a detailed and comprehensive clinical examination. Fortunately, most of the whiplash injuries sustained in a crash are classified as WAD II or III, and are commonly treated in physiotherapy practice. Clinical features include pain, and limited range of motion due to muscle spasm, sprained ligaments, and inflamed joints. Irritation of the neurological system can manifest as symptoms of numbness or tingling extending into the upper or lower extremities.

Physical therapists are very familiar with performing a detailed assessment and can help with determining the degree of injury that a person has sustained. A physiotherapy treatment plan is determined based on the degree of injury and time since the accident. Early in treatment when the condition is still very acute, it is common to suggest use of ice to decrease inflammation and pain relieving physical electrical modalities can also be used. As the person’s symptoms decrease, gentle mobilization, range of motion exercises, and progressive strengthening exercises are commonly introduced. Progress with treatment is individual and dependent on many factors. There are numerous practice guidelines, however, which suggest a return to normal daily activities as soon as possible, and treatment that promotes return of function is most helpful. A physical therapist is well trained to help assess your whiplash condition and provide an individualized treatment plan.

 

Sun City Physiotherapy Locations

Downtown

1468 St. Paul Street, Kelowna, BC
Phone: 250-861-8056
reception_dt@suncityphysiotherapy.com
more info

Glenmore

103-437 Glenmore Road, Kelowna, BC
Phone: 250-762-6313
reception_gm@suncityphysiotherapy.com
more info

Lake Country

40-9522 Main St., Lake Country, BC
Phone: 250-766-2544
reception_wf@suncityphysiotherapy.com
more info

Lower Mission

3970 Lakeshore Road, Kelowna, BC
Phone: 778-699-2006
reception_lm@suncityphysiotherapy.com
more info

The Frozen Shoulder

Frozen shoulder is a condition that gets its name from the way it causes a gradual stiffening of the shoulder joint, ‘freezing it up’. The proper term for this condition is adhesive capsulitis – adhesive implying stuck and capsulitis meaning inflammation of the capsule.

Although a very common condition affecting approximately 2% of the population, the exact cause of frozen shoulder remains a mystery. In most cases there is a trigger such as straining the shoulder that then develops into a frozen shoulder, but in many cases it is idiopathic i.e. it just happens. When it is triggered, the capsule – that is the connective tissue sack – that surrounds the shoulder joint undergoes a change in elasticity from being somewhat loose and stretchy to being tight and without much stretch.

When it does happen, it follows a distinct pattern of which there are three stages.

The first stage is the freezing stage and is characterized by the onset of a quite intense pain in the shoulder and upper arm and a gradual seizing up of the shoulder. It becomes very difficult and painful to lift the arm up, rotate it outwards, or reach behind your back. This stage typically lasts about 3-6 months then frozen shoulder moves into stage two, the frozen stage, in which the pain starts to subside but the stiffness remains. The shoulder will begin to feel more comfortable in stage 2 but as it is still very stiff, its function remains limited. Again stage 2 can last anywhere between 3 and 6 months before progressing onto stage 3, the thawing stage, when the stiffness finally begins to resolve and the shoulder range of motion is restored.

Although every frozen shoulder will go through these 3 stages, the duration of each stage can vary in each case. Most of the time a full recovery will be made but occasionally full pain-free range of motion does not return. In order to optimize recovery, physiotherapy can help to restore range of motion with techniques such as mobilizations and muscle energy techniques. A prescribed home exercise program is also important so that you can work on stretching the shoulder every day at home. Along with this there are many treatments the physiotherapist is able to do to help control the pain particularly in the early stages of frozen shoulder. This will enable a much more effective stretching regime, which can ultimately lead to a quick and fuller recovery.

Keeping you work-safe, and out of the physio clinic.

 

As a physiotherapist, I assess and treat injuries that occur in the workplace. These can be sudden (acute), or gradually over time (overuse). Overuse injuries come from repeated stresses that cause micro-damage of muscles, ligaments, or joints. Over time the micro-damage turns larger, and pain and weaknesses become apparent. Overuse injuries are quite common, difficult to diagnose, but relatively easy to prevent.

Any job comes with some degree of risk of injury. Knowing what your risks are, and working together with your employer or organization to minimize these risks is important for keeping your body happy and work-ready.

When possible, look at your work environment to see if anything is within your control to be changed. I will use physiotherapy as an example: There are times when I can modify my environment in order to make a task easier on my body. I can raise and lower the treatment table, or my stool on which I’m sitting, or in some cases I can use equipment that is ergonomically friendly.

Other times, the environment is not ideal, but also not in our power to modify. This is when you need to think of your body mechanics – the way you use your body to perform a task. Here are some general tips, from head to toe, of ways you can keep good body mechanics. This list is not exhaustive so it is important to consider each task you have to do individually, and what risks may be involved.

Head and neck: a common posture that is a big no-no is the forward head posture where the chin juts forward and hinging occurs about one vertebra in the lower neck. Any time you are in an upright position, keep a nice gentle chin tuck, with the back of your neck long.

Upper body: the other common poor posture is the rounded shoulder posture. When in this position too long, the muscles in the front of the chest get tight, and muscles in the back get long and weak.  Also avoid hunching your upper back, which can also contribute to a forward head posture. Keep your shoulders pulled back, with your chest open and proud.

Arms: working repetitively above shoulder height can put you at risk of an injury called ‘impingement’ in the shoulder. When it is possible, avoid having your hands overhead, or above shoulder height, especially if lifting. This can mean using a step if you’re trying to reach high, or finding ways to better position yourself around your task. Avoid repetitive reaching away from the body; if it is possible, put your body closer to where you’re working.

Hands and fingers: if your job involves a lot of bending of your wrist or fingers, gripping or grasping, it is important to stretch those tired muscles, and to strengthen the opposing muscle groups to balance it out. If you work at a computer, look to see what your wrist position is at the keyboard or the mouse. Ideally, they shouldn’t be bent up toward you too far, and the bottom of your wrist shouldn’t sit on a hard surface for a prolonged time.

Low back: Lifting techniques and proper sitting posture can make a big difference in low back pain! If you sit a lot, try to support the normal curve of your spine either through a ‘lumbar support’ or a rolled towel. For those who lift during the work day, remember the following important points. Keep the load you’re lifting close to your body. If what you are lifting is below waist height get into a lunge, or a squat position and stick your bottom out like you’re going to sit in a chair. This helps to preserve a ‘neutral spine’ – which is slightly arched.  Lastly with regards to lifts, or picking anything up / putting anything down of any weight, avoid twisting and bending simultaneously.

Legs and feet: avoid twisting your body when you have a foot, or both, planted. Wear footwear that is supportive, and appropriate for your job. If you have been prescribed orthotics, ensure you wear them while working, to help support your feet and legs. If sitting, change up your position: try not to sit all your time with legs crossed, and if you do cross your legs, try to balance how long each is the leg on top.

If you do notice new pain or weakness, attend to it as soon as possible. While many injuries require 4-8 weeks to heal at the level of the tissue (although you may return to some functions during that period), this time frame can be made longer if the injury doesn’t have a chance to heal, or if it gets re-aggravated. Be conscious of what you feel, what your job demands are, what may have caused it, and how that risk can be minimized. Seek help when help is needed, be it through your work’s first aid service, or a health professional.

Shin Splints by Sun City Physiotherapy

With the start of a new year, you may have made New Year resolutions to start running, or to take your running to the next level by completing your first marathon or half marathon. There are many factors to consider when you start to run or train for longer races. One major consideration is to avoid injuries. Shin splints are a common injury that physiotherapists see in clinic.

Shin splints are an umbrella term used to describe pain and discomfort in either the front or back portion of your shin. It usually presents in the lower 1/3 of the leg in the muscles around the tibia (shin bone). It typically has a dull ache but can be sharp and severe pain. Shin splints often start at the beginning of the workout, it may or may not disappear during the workout, and then returns after you finish your workout. Patients may also complain of soreness to touch and swelling.

Shin splints are often associated with running injuries, especially for long distance runners, novice runners, overzealous fitness fanatics, and for those just increasing hill training. You may also see it with dancers, tennis players, basketball players, or high divers, but it is not exclusive to these athletes.

Some of the major causes of shin splints include: changes in running surface and terrain, changes in training regimes, poor foot or ankle biomechanics, poor running mechanics, muscle imbalances, being overweight, or unconditioned athletes doing too much, too fast.

Typically your healthcare professional will want to rule out several conditions with the most serious being stress fractures and compartment syndrome. Once a diagnosis is made, treatment usually starts out conservatively with ice, ultrasound, and interferential current to control pain and swelling. Your doctor may also try to control inflammation with the use of some medications. There will be discussions about activity modifications such as no hill running. There may be other treatments to try such as taping or orthotics, and your physiotherapist may focus on some stretching and strengthening exercises. If conservative treatment does not appear to be helping, aggressive treatment may be considered. This may include a cessation of activity altogether, immobilization, or in some cases, surgery.

Recovery from this injury can be long and frustrating and it can really impede your goals – whether that includes getting back in shape or completing your first marathon. So remember to progress your training at a reasonable rate and make changes in your routine slowly. Happy running!

Iliopsoas Bursitis

Iliopsoas Bursitis

Iliopsoas Bursitis

It’s a pain that no one wants to experience. It lives in the front of your hip and groin, and can radiate down the inside of the thigh to the knee. The hip and groin pain is noticeable with certain hip motions and activities. It’s called Iliopsoas bursitis, and you might have it.

Iliopspas bursitis is an inflammatory condition that involves the muscle and busra in the hip/groin region. It is often the result of repetitive hip flexion (bending) in activities such as running, dancing, track and field and gymnastics. People report having pain in the front of the hip and groin region that often radiates down the front or inner thigh all the way to the knee. Occasionally, a snapping or clicking is heard that may or may not be painful. The pain is made worse with extending the hip back, crossing the leg in front of the body, and twisting the leg inwards. Bringing the knee up to the chest can often produce a pinching sensation in the hip or groin.

The Iliopsoas bursa is the largest bursa of the 160 bursae found in the human body. A bursa is a fluid-filled sac that lies between a muscle and bony prominence. It is designed to reduce the friction and provide cushioning for the muscle as it glides over the bony prominence. Inflammation of the Iliopsoas bursa results when the overlying hip flexor muscle produces excessive pressure or friction on the bursa during movement. This increase in friction is often a result of tight hip flexors combined with repeated hip flexion, poor mechanics, or even direct trauma.

The amount of repeated hip flexion during running, dancing, gymnastics, and field events makes this a familiar condition for these athletes but it is also common among the recreational athlete too. What I tend to see, clinically with the recreational athlete who presents with Iliopsoas bursitis, is someone who typically has a seated job (desk job, driver, etc.) They spend the majority of their day in a seated position, which is the ideal position to promote hip flexor tightness (not to mention hamstring and calf tightness). Then, with their tight hip flexors, they go for a run or a long hike. The whole time the tight hip flexor is gliding over the underlying Iliopsoas bursa, creating excessive friction and inflammation. The end result in both cases is the same. Pain, decreased hip motion, decreased activity tolerance, and often tenderness to touch.

Treatment for Iliopsoas bursitis includes stopping the irritating activity, decreasing the inflammation with ice, using anti-inflammatory medication as directed, and seeing your Physiotherapist for assessment and treatment. Your Physiotherapist will determine the cause of the irritation to the bursa, rule out other possible diagnosis, and administer additional inflammatory reduction therapy (ultrasound and electrical stimulation). They will begin stretching exercises as soon as possible, and then appropriate strengthening exercises to minimize reoccurrence. If your injury was a result of improper mechanics, your Physiotherapist will also be able to help you identify and correct those factors.

Sun City Physiotherapy Locations

Downtown

1468 St. Paul Street, Kelowna, BC
Phone: 250-861-8056
reception_dt@suncityphysiotherapy.com
more info

Glenmore

103-437 Glenmore Road, Kelowna, BC
Phone: 250-762-6313
reception_gm@suncityphysiotherapy.com
more info

Lake Country

40-9522 Main St., Lake Country, BC
Phone: 250-766-2544
reception_wf@suncityphysiotherapy.com
more info

Lower Mission

3970 Lakeshore Road, Kelowna, BC
Phone: 778-699-2006
reception_lm@suncityphysiotherapy.com
more info