What is RICER – First Aid for Soft Tissue Injuries

An image showing a sprained ankle with the title 'RICER: First aid for sprains and strains'
A poster outlining first aid measures for sprains and strains, defining what sprains and strains are, and describing the RICER action plan (Rest, ice, compression, elevate, refer) and HARM (do not: heat, alcohol, running, massage)

Understanding Soft Tissue Injuries

Sprains occur when a ligament supporting a joint is overstretched or torn. Sprains commonly happen in the ankle, knee, or wrist. Strains occur when a tendon or muscle is overstretched or torn. They are often the result of repetitive movements.

Soft tissue injuries refer to damage to muscles, ligaments, or tendons, often resulting from trauma or overuse. These injuries can cause pain, swelling, bruising, and limited mobility, varying in severity from mild to severe. Common types include:

  • Sprains: Injuries to ligaments, typically caused by stretching or tearing due to sudden twists or impacts, commonly affecting ankles and wrists.
  • Strains: Injuries to muscles or tendons, often resulting from overstretching or repetitive movement, frequently seen in the back or hamstrings.
  • Contusions (Bruises): Caused by a direct blow to soft tissue, leading to bleeding under the skin.

Typical causes of soft tissue injuries include sports activities, physical exertion, slips or falls, and sudden impacts. Overtraining, poor technique, or insufficient warm-ups in physical activities also contribute significantly.

Common Joint Injuries: Dislocations, Fractures and breaks, Sprains and strains of the tendons and ligaments around the joint, Tendonitis or other overuse injuries, Osteoporosis

Factors increasing the risk of these injuries include poor physical fitness, inadequate equipment or footwear, age-related changes like reduced flexibility, and previous injuries. Occupational hazards, such as repetitive movements or lifting heavy loads, can also heighten vulnerability. Understanding these risks and taking preventative measures is essential for reducing the likelihood of soft tissue injuries.

Signs and Symptoms of Sprains and Strains

Signs of sprains: Pain, swelling, bruising. Sings of strains: Sudden pain in the affected area, loss of power in the affected limb, The muscle is tender to the touch

Signs and Symptoms of Strains:

  • Pain
  • Swelling in the affected area
  • Bruising in the affected area

Signs and Symptoms of Sprains:

  • Sudden pain in the affected area
  • Loss of power in the affected limb
  • The muscle in the affected limb is tender to the touch

The RICER Acronym Explained

RICER action plan: Rest, Ice, Compression, Elevate, Refer

Rest

Resting the injured area is crucial to prevent further damage and promote healing. By reducing movement and stress on the affected tissue, rest minimises pain, swelling, and the risk of exacerbating the injury. It allows the body’s natural repair processes to function effectively, reducing inflammation and preventing complications. Overusing an injured area can delay recovery and worsen the damage. Proper rest, combined with other treatments, ensures a faster and more complete return to normal function.

Ice

To reduce pain and swelling, apply ice to the injured area as soon as possible. Wrap the ice pack or frozen item in a thin cloth to avoid direct contact with the skin, preventing ice burns. Place it on the injury for 15–20 minutes every 1–2 hours during the first 48 hours. Avoid applying ice for too long, as it can damage the skin and underlying tissue. Regular ice application helps minimise inflammation and numbs pain effectively.

Compression

Compression bandages help limit swelling and provide support to an injured area by applying gentle, consistent pressure. Wrap the bandage snugly around the injury, starting away from the heart and working toward it, ensuring it’s firm but not too tight to avoid restricting circulation. Check for signs of reduced blood flow, such as numbness or discoloration, and adjust if needed. Compression helps control swelling, reduces pain, and stabilises the area, promoting faster recovery when combined with rest and elevation.

Elevation

Elevation is essential for reducing swelling and promoting faster recovery. By raising the injured area above heart level, it helps decrease blood flow to the injury, reducing inflammation and fluid buildup. This also alleviates pain and prevents further damage by minimising pressure on the affected tissue. Elevation works best when combined with rest, ice, and compression, as it enhances overall healing and prevents complications. Keeping the injury elevated as much as possible, especially in the initial stages, ensures optimal results.

Referral

Seeking professional medical advice is crucial for accurately diagnosing and treating an injury. A healthcare professional can assess the severity of the injury, identify underlying issues, and recommend appropriate treatment, such as physical therapy or medication. Delaying medical attention can lead to complications or prolonged recovery. Referral to a professional ensures the injury is managed effectively, reducing the risk of long-term damage and supporting a safe return to normal activities. Always consult a doctor if symptoms persist or worsen.

RICER: Rest - Encourage the casualty to stop any activity and make them comfortable Ice - Apply an ice pack wrapped in cloth to the injured area Compression - Apply an elastic bandage over the injured area Elevate - Elevate the injured area above their heart height Refer - Refer them to a medical professional to have the area looked at

How to Use the RICER Method Step-by-Step

Immediate Actions Post-Injury

Follow the RICER method immediately after a soft tissue injury to promote recovery:

  1. Rest: Stop any activity to protect the injury and prevent further harm.
  2. Ice: Place a wrapped ice pack on the area for 15–20 minutes every 1–2 hours to reduce swelling and pain.
  3. Compression: Wrap the injury with a compression bandage to limit swelling and provide support.
  4. Elevation: Raise the injured area above heart level to reduce swelling and improve blood flow.
  5. Referral: Consult a healthcare professional for a proper diagnosis and treatment plan.

Use RICER during the first 48 hours for the best results.

Duration and Frequency of Each Step

To maximise the benefits of the RICER method, follow these guidelines:

  1. Rest: Avoid using the injured area for 48 hours to prevent further damage.
  2. Ice: Apply a wrapped ice pack for 15–20 minutes every 1–2 hours during the first 48 hours. Avoid direct contact with skin.
  3. Compression: Use a compression bandage continuously, ensuring it’s snug but not too tight. Adjust as needed.
  4. Elevation: Keep the injured area elevated as much as possible, ideally above heart level, especially during rest.
  5. Referral: Seek professional advice promptly if symptoms persist or worsen.

Adhering to these timeframes aids in effective recovery.

Benefits of the RICER Method

Accelerated Healing

The RICER method minimises tissue damage and accelerates recovery by addressing key aspects of the injury. Rest prevents further strain, allowing the body to focus on repair. Ice reduces pain and swelling by constricting blood vessels and numbing the area. Compression limits fluid buildup and stabilises the injury, preventing excessive swelling. Elevation decreases blood flow to the area, reducing inflammation and promoting drainage. Referral ensures proper diagnosis and treatment, addressing complications early. Together, these steps protect the injured tissue, control inflammation, and create an optimal environment for healing, significantly shortening recovery time.

Pain and Swelling Reduction

The RICER method is highly effective in managing pain and swelling after soft tissue injuries. Ice provides immediate relief by numbing the area and constricting blood vessels, which reduces blood flow and swelling. Compression applies consistent pressure, preventing excessive fluid buildup that contributes to inflammation. Elevation further decreases swelling by promoting the drainage of excess fluids away from the injury. These steps work together to minimise discomfort and control the body’s inflammatory response. By addressing pain and swelling early, RICER promotes faster recovery and prevents further damage, making it a trusted approach for injury management.

Common Mistakes to Avoid When Using RICER

Frequent mistakes during RICER application can delay recovery or worsen the injury. Applying ice directly to the skin can cause frostbite or skin damage; always wrap the ice in a cloth before use. Tight compression bandages may restrict blood flow and cause further harm; ensure the bandage is snug but not overly tight. Failing to elevate the injury adequately can lead to prolonged swelling; keep the area above heart level whenever possible. Delaying medical advice risks improper diagnosis and treatment; seek professional help if symptoms persist or worsen. Following correct practices ensures safe and effective recovery.

When to Seek Professional Medical Attention

Certain signs after an injury require prompt medical attention. Severe pain that doesn’t improve with rest or basic first aid suggests a more serious issue. The inability to bear weight or use the injured area indicates potential fractures or severe soft tissue damage. Visible deformity or abnormal positioning of a limb may point to dislocations or broken bones. Significant swelling or bruising that worsens despite applying RICER should also be evaluated. Numbness or tingling may indicate nerve involvement. If these signs occur, seek professional evaluation immediately to ensure proper diagnosis and treatment, preventing complications and ensuring a safe recovery.

What you Should Not Do – HARM

HARM: Heat - DON’T apply heat to the injury, Alcohol - DON’T consume alcohol, Running - DON’T run or do any activity that might affect the injury, Massage - DON’T massage the injury

When treating using RICER you should also do no HARM, meaning:

  • HEAT: NO application of heat to the injury
  • ALCOHOL: NO alcohol consumption
  • RUNNING: NO activity that might affect the injury
  • MASSAGE: NO massaging the injury

This method should be used within the first 48–72 hours (depending on severity) after the injury to s

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How to protect your back when lifting

How to protect your back when lifting

Introduction

Having a bad back is a pain in the butt! If you suffer from a bad back will know how debilitating it can be.

According to the Australian Institute of Health and Welfare, approximately 16% of the Australian population is afflicted with chronic back problems. That’s around 4.3 million men women and some children.
Australian Institute of Health and Welfare

The age group with the most sufferers of chronic back pain is 55 – 64 years old. The least, 0 – 44 years old.

And the cost to our health system?

A staggering $3.3 Billion in 2018/19 (24% of the total health system budget). One can safely assume this cost has increased for 2021/22.

A chronic and persistent bad back can have a seriously negative impact on a person’s quality of life.

“Prevention is better than cure”  Ahhh.. that old chestnut. But, when it comes to looking after your back, it is great advice. Much better to prevent a bad back, than trying to fix one!

In this Blog, we are going to look at the mechanics of the body and give you some tips on how to lift and carry objects safely, also known as Manual Handling.

Biomechanics

Biomechanics is the science of movement of a living body, including how muscles, bones, tendons, and ligaments work together to produce movement.

When you decide to move, the motor cortex of your brain sends an electrical signal through the spinal cord and nervous system to the muscles. The muscles respond, moving body parts you want to be moved, by contracting and then relaxing.

Because they can pull bones, but can’t push them back to the original position, muscles work in pairs of Flexors and Extensors.

The flexor contracts to bend a limb at a joint. When the movement is completed, the flexor relaxes and the extensor contracts to straighten the limb at the same joint.

For example, the biceps muscle, in the front of the upper arm, is a flexor, and the triceps, at the back of the upper arm, is an extensor.

When you bend at your elbow, the biceps contract. Then the biceps relaxes and the triceps contract to straighten the elbow.

The motor cortex on the right side of the brain controls the muscles on the left side of the body and vice versa.

The contractions of the muscles can be classified as

  1. Static Contractions – this where the muscle is in constant muscle contraction – no movement of a part and muscle force is equal to the load.  When you hold and carry a load for example.
  2. Dynamic Contractions – where there is visible movement of the load. Muscle forces are changing with the movement of the load. Lifting, pushing or dragging a load

Principle of Levers and Strength

For any body part to move, the appropriate muscles and bones must work together as a series of levers.

A lever:

  1. is a rigid structure, “the lever” –  for example, your forearm or thigh bone ( Femur )
  2. is hinged at one point which is the pivot point or fulcrum – in this case, your elbow or knee joint

When forces (Effort) are applied to the lever – for example, your bicep contracts and raises your hand.

The force is removed – your bicep relaxes, your triceps contract and your hand drops down.

Strength:

Muscle strength is determined by the following:

  • Physiological strength – muscle development, cross-sectional size, results of training etc.
  • Neurological strength – how powerful or weak is the signal that tells the muscle to work
  • Mechanical strength – muscle power, angle on the lever,  joint abilities etc.

These three factors work together and affect muscular strength.

Good Posture

Good posture is important, including positions when the body is not moving, as well as in motion.

You should try and keep your back as close to these 3 normal curves of the back as possible:

  1. A slight inward curve at the neck
  2. An outward curve between the shoulder blades
  3. An inward curve in the lower back

Try this simple test for yourself. Stand with your back against a wall. Your head, upper back, and butt should all touch the wall.

At your neck and your lower back, you should be able to fit your hand in between your body and the wall.

Do it now. You know you want to.

I can wait.

How did you go? Were you able to fit your hand in between your body and the wall at your neck and your lower back?

If you could… Great, you have good posture.

You couldn’t? Then you might want to see a Physiotherapist, Osteopath or perhaps a Chiropractor for some advice.

If you have a poor posture, the complications can include back pain, spinal dysfunction, joint degeneration, rounded shoulders and a potbelly.

You can improve your posture and spinal health by making a few lifestyle adjustments.

Flexion of the trunk and spine occurs when you bend over without bending your knees, and your back is facing up. Extension is the opposite of Flexion. That is, the spine and trunk are bent backwards.

By maintaining appropriate posture and manual handling techniques you can reduce the possibility of injury.

What is Manual Handling?

Manual handling simply means using your body to exert force to handle, support or restrain anything.

This includes animals, people, and objects.

So, you can see it’s not only about lifting or carrying heavy objects. Pushing, pulling, holding, lowering, throwing, carrying, packing, assembling, cleaning, sorting, and using tools are all included in manual handling.

Pushing a trolley, walking the dog, or using a keyboard are all examples of manual handling.

See our manual handling course for more information.

SMART Technique

Remember – Prevention is better than cure!
When lifting, use these safe working practices to reduce the risk of injury.

Smart technique. Size up the load, move the load close to your body, angle your knees wide and use a semi-squat, raise the load using your legs and turn your feet, not your back.
  • S: Size up the load – Assess the load size, shape, and weight. If it is too heavy or big – do NOT lift it. Find another way to move the load.
  • M: Move the load close to your body and get a firm grip that can be held for the full distance of the carry.
  • A: Angle your knees wide and use a semi-squat, don’t stretch your back and keep your spine in its natural curve.
  • R: Raise the load using your legs and complete the lift smoothly and in one move.
  • T: Turn your feet, not your back when you change direction and set the load down by squatting. Let your legs do the work.

As well as remembering SMART when lifting objects,  there are other safe working practices which you can use to reduce the risk of injury. Some of these are:

  • Avoid lifting above shoulder height
  • Use non-repetitive movements, and don’t stay in the same position for long periods.
  • Keep carrying distance as short as possible and free from obstacles
  • Try not to change grip or ‘jerk’ the load
  • Lower the load by bending the knees and keeping the back straight
  • Let the legs do the work when pulling or pushing the load
  • Know your capabilities – if you can carry the load, see where you are going, etc.
  • Know if any mechanical or manual assistance is required
  • Know what you might need for safety/protection

Please read the following article to learn more about risk assessment.

Lifting and Carrying the Load

When you have taken all these things into account and you are going to lift the load, now’s the time to use a good lifting method.

  • Feet – shoulder width apart
  • Knees – bend at the knees
  • Hips flex at hips, not waist or back
  • Head – hold straight
  • Back keep in alignment with shoulders and pelvis
  • Hands – use 2 hands and grip securely
  • Arms and load – close to your body
  • Stomach muscles – tighten, but remember to breathe
  • Lift – use thigh and leg muscles, avoid twisting, rotating, or jerking

Now that you have lifted the load you need to carry it and then put it down.

Just as for lifting, there are some rules you should follow for both carrying and lowering a load.

Some rules to follow for carrying the load include:

  • Maintain a slightly arched or straight back
  • Walk slowly and carefully
  • Use your feet to change directions
  • Do not twist your back
  • Avoid leaning over
  • Avoid lifting a load over your head
  • If you become tired set the load down and rest

And when placing the load on the ground:

  • Position yourself where you want to put the load down
  • Squat using  your legs to do the work, not your back
  • Avoid twisting your body and keep your head up as if looking forward
  • When the load is where you want it and it is secure, you can release your grip

Slips, trips, and falls

Of course, when carrying any object, you need to be mindful of the path you are taking and aware of any slips, trips or falls risks on your way.

These are some of the causes of slips, trips, and falls and some of the injuries that you could suffer as a result.

Causes of slips, trips, and falls. Slippery or rough surfaces,
Electrical cords, loose carpet, and other obstacles.
Surfaces can be continually wet.
Inappropriate footwear such as thongs or bare feet.

Some injuries you could suffer from slips, trips, or falls are:

  • Broken bones
  • Abrasions
  • Bruising
  • Strains and sprains
  • Overstrained joints, bones, and ligaments and or dislocations
  • Back or spinal injuries
  • Serious traumatic injuries

Conclusion

  • Maintain good posture
  • Always lift SMART 
  • Reduce the risk associated with slips, trips, and falls in your workplace
  • Practice good housekeeping
  • Check the path to the destination for any hazards before lifting and moving

Well, that’s that. Until next time… Stay safe!

Common winter sports injuries

Common Winter Sports Injuries

Introduction

There can be extreme joy with snow sports. Excitement. Adrenaline. The breathlessness experienced after achieving a perfect run or, through luck or skill, narrowly avoiding catastrophe.

That’s a good day.

A bad day?

When gravity, weather and snow conditions, fatigue or a momentary lack of concentration combine, you catch an edge, and host a yard sale*. Or worse still, you suffer an injury worthy of a Ski Patrol rescue that keeps you away from the snow for the rest of the season. Maybe permanently.

Of course, prevention is better than cure so, do your best to prepare for your chosen activity on the slopes to prevent winter sports injuries. Snowsafe Australia has some great advice for safety and preparation, but that’s a whole different subject.

This blog is about injuries common to snow sports and how to manage them.

The Numbers of Winter Sports Injuries

Worldwide, injuries occur at a rate of about 3 injuries per 1000 skiers. The Australian numbers reflect this trend.

According to the Australian Institute of Health and Welfare (AIHW), the reported number of injuries for snow sports against the number of participants for 2019 – 20 aged 15 and over, was 5 per 1000.

So how many people are skiing and snowboarding?

Approximately 277,000 participants in snowboarding and skiing for 2019 – 20 aged 15 and over, according to AusPlay.  Add another thousand or five for children under 15 years!

Safety on the Slopes

There is some great information on how to manage an accident while skiing or snowboarding on the Snowsafe website.

Here is a brief over of the main points you need to know in case of an accident on the slopes.

If someone is injured, stay with them. Call or send for Ski Patrol. Remember to describe what the person is wearing so Ski Patrol can identify them.

To get to the casualty you should approach from the side or up from below their position, especially if the slopes are icy.


If the slopes are icy it is important to keep your skis or snowboard on. If you can take them off, cross your skis, or place your board upright in the snow, uphill from the casualty. You can also get someone to stand uphill of the casualty to give a warning to others using the slope, if possible.


Do not remove the casualty’s skis or snowboard, and leave the casualty where they are if it is safe to do so.

Reassure the casualty and keep them warm. Wait for the ski patrol.

Winter Sports Injuries

From the  AIHW, in 2019-20 there was a total of 1,654 hospitalisations due to Winter sports injuries. 59% of those were injuries due to falls. 

The most common injuries were fractures at 60% with dislocations and soft tissue injuries combined at 27%.

Fractures mean broken bones: arms, legs, ribs. Dislocations and soft tissue injuries refer to dislocated joints: shoulder, knee, wrist, and soft tissue injuries: sprains and strains of wrists, ankles, muscles, and tendons.

Concussion from head injuries is always a concern.

It is recommended that the Ski Patrol manage all first aid on the slopes. However, there may be occasions when they are delayed, not available, or you are some distance away from them such as cross-country skiing.

If this is the case you may have to provide some First Aid to the casualty.

Joints

When muscles, tendons and ligaments are cold they have less elasticity and are therefore more prone to injury. It is also well known that sporting performance is reduced in cold conditions. When these two factors combine, falls are more likely and injuries are usually more severe.

Statistically, ligaments and muscles acting on the joints of the knees, shoulders, wrists, and spine are the most common soft tissue injuries from falls while skiing or snowboarding.

Joints absorb shocks and give us movement; ligaments support parts of the joints and tendons join the muscles to the bone.

As mentioned before, joints connect bones. They provide stability to the skeleton and allow movement.

Joints are held together and supported by ligaments. Smooth cartilage prevents friction as the bones move against one another.

In freely movable joints, the entire joint is enclosed inside a membrane filled with lubricating synovial fluid, which helps to provide extra cushioning against impact.

In general, the greater the range of movement, the higher the risk of injury. This is because the strength of the joint is reduced.

There are different types of joints allowing different movements.

  • Ball and socket joint –  where the rounded head of one bone sits within the cup of another, for example, the hip joint or shoulder joint. Able to move in all directions
  • Saddle joint – allows movement back and forth and from side to side, but does not allow rotation, such as the joint at the base of the thumb.
  • Hinge joint –where the two bones open and close in one direction only such as the knee and elbow joints.
  • Condyloid joint –movement without rotation, such as in the jaw or finger joints.
  • Gliding joint –where the smooth surfaces slip over one another, allowing some movement, such as the wrist joints.

Common Joint Injuries Include:

  • Dislocations – when two connected bones slip out of position in a joint.
  • Fractures and breaks.
  • Sprains and strains – of the Ligaments and Tendons around the joint.
  • Overuse injuries such as tendonitis – making the same movements repeatedly over time, the body’s joints and surrounding tendons and muscles become irritated and inflamed.
  • Osteoporosis – bones that are weakened from a loss of bone density, due to a lack of calcium. As a result, the bones that make up the joint may break easily.

Signs and Symptoms of a Dislocation

  • Pain, Swelling, and Bruising
  • Instability of the joint and/or loss of ability to move the joint
  • Visibly deformed joint where the bone looks out of place

Management of a Dislocation

DO NOT try to replace or reduce a dislocation. Leave that for the Ski Patrol, Ambulance or Medical Professional.

Follow these steps:

  1. If the injury is to a limb: Check for any circulation and if absent, move the limb gently to try and restore it.
  2. Call 000 for an ambulance, or in this case, Ski Patrol.
  3. Place and support the limb using soft padding and bandages.
  4. Use icepacks, if possible, over the joint.
  5. If the shoulder is dislocated, support the arm in a position of least discomfort use a sling if needed and apply an ice compress.
  6. If the wrist is dislocated, support using a sling and apply an ice compress.

When using ice, make sure to apply it for ten minutes with 1 Hour rest in between or 20 minutes on / 2hrs off.

Sprain and Strains due to Winter Sports Injuries

The difference between a sprain and a strain is that a sprain injures the bands of tissue that connect two bones together, while a strain involves an injury to a muscle or to the band of tissue that attaches a muscle to a bone.

Ligaments are bands of tough elastic tissue around your joints. They connect bone to bone, give your joints support, and limit their movement. You have ligaments around your knees, ankles, elbows, shoulders, and other joints.

A sprain is when a ligament supporting a joint is overstretched or torn. Sprains commonly happen in the ankle, knee, or wrist.

Strain

Strains on the other hand occur when a tendon, or muscle, is overstretched or torn.

Tendons are tough, flexible, and inelastic bands of fibrous connective tissue that connect muscles to bones.

Strains are often the result of repetitive movements and from overtraining without adequate time for rest and muscle repair in between workout sessions.

Common areas affected by strains are the leg, foot, calf, groin, hamstring and back.

Signs and Symptoms for Strains and Sprains

This include:

  • Pain, bruising and swelling in the affected area
  • Sudden pain in the affected area along with loss of power in the affected limb
  • The muscle in the affected limb is tender to the touch

Sprains and Strains Management

To manage strains and sprains we can follow our R.I.C.E.R. action plan

To manage strains and sprains we can follow our R.I.C.E.R. action plan

  • Rest – encourage the casualty to stop any activity and make them comfortable
  • Ice – Apply an icepack, wrapped in cloth, to the injured area
  • Compression – apply an elastic bandage, if available, over the injured area. Not too tight, you need to allow for circulation
  • Elevate – elevate the injured area above their heart height if practical
  • Refer – refer them to a medical professional to have the area looked at.

When treating using R.I.C.E.R. you should also do no Harm.

NO

  • Heat – apply no heat to the injury
  • Alcohol – No alcohol
  • Running – do no activity that might affect the injury
  • Massage – do not massage the injury.

This method should be used within the first 48–72 hours (depending on severity) after the injury to speed up the recovery process.

Winter Sports Fractures

Fractures, although painful, are often not life-threatening injuries. However, it is important they are managed correctly to ensure the healing process – around four to eight weeks to heal, depending on the age and health of the person and the type of break –  can run its course without any disruptions such as infection, permanent deformity, or lifelong disability.

There are different types of bone fractures. Some are more severe than others, depending on the strength and direction of the force, the bone involved, and the person’s age and general health.

As a First Aider, it is important you can recognise the different types of fractures so you can apply the correct First Aid.

Different Types of Fractures Include:

  • Closed or simple fracture – the broken bone has not pierced the skin
  • Open or compound fracture – the broken bone juts out through the skin, or a wound leads to the fracture site.
  • Greenstick fracture – A greenstick fracture occurs when a bone bends and cracks, instead of breaking completely into separate pieces. The fracture looks like what happens when you try to break a small, “green” branch on a tree. This can occur in children because their bones are more flexible than an adult’s bones
  • Hairline fracture – the most common form is a stress fracture, often occurring in the foot or lower leg because of repeated stress from activities such as jogging or running
  • Complicated fracture – structures surrounding the fracture are injured. There may be damage to the veins, arteries or nerves, and there may also be an injury to the lining of the bone (the periosteum)
  • Comminuted fracture – the bone is shattered into small pieces. This type of complicated fracture tends to heal more slowly
  • Compression fracture – occurs when two bones are forced against each other. The bones of the spine, called vertebrae, can have this type of fracture. Older people, particularly those with osteoporosis, are at higher risk.

It’s good to remember that not all fractures are of a person’s arm or leg. Trauma to the head, chest, spine, or pelvis can fracture bones such as the skull and ribs. And, if this isn’t bad enough, these fractures are further complicated by damage to the underlying body parts that the bone normally protects for example the lungs or brain.

Some of these fractures can be difficult to manage using first aid only as they may be life-threatening injuries. Always call 000 (Ski Patrol) if you suspect this type of fracture.

Signs and Symptoms of Bone Fractures

The symptoms of a fracture depend on the particular bone and the severity of the injury but may include:

  • Pain, swelling and bruising
  • Deformity or an inability to use the limb
  • A bone sticking out through the skin
  • Grating noise when the limb is moved

Complications of a Fracture May Include

  • Blood loss – bones have a rich blood supply. A bad break can make you lose a large amount of blood
  • Injuries to organs, tissues, or surrounding structures – for example, the brain can be damaged by a skull fracture. Chest organs can be injured if a rib breaks
  • Shock

Fracture Management

As with any First Aid incident, our primary action plan is DRSABCD and calling Ski Patrol or Triple Zero (000).

If you know the casualty has a broken bone, or you suspect a bone fracture, you should:

  • Keep the person still – do not move them unless there is an immediate danger, especially if you suspect a fracture of the skull, spine, ribs, pelvis, or upper leg.
  • Attend to any bleeding wounds first. Stop the bleeding by pressing firmly on the site with a clean dressing.
  • If a bone is protruding, apply pressure around the edges of the wound.
  • If bleeding is controlled, keep the wound covered with a clean dressing.
  • Never try to straighten broken bones.
  • For a limb fracture, provide support and comfort such as a pillow under the lower leg or forearm. However, do not cause further pain or unnecessary movement to the broken bone.
  • Use a sling to support an arm or collarbone fracture.
  • Raise the fractured area if possible and apply a cold pack to reduce swelling and pain. Do not raise the fractured area if it causes the casualty further pain or discomfort.
  • Stop the person from eating or drinking anything until they are seen by a doctor, in case they need surgery.
  • Reassure and monitor their condition and, if you feel you need medical help, call Triple Zero (Ski Patrol) for an ambulance.

Apply a splint to the fractured limb. Splints do not have to be professionally manufactured. Items like wooden boards and folded magazines can work for some fractures. You should immobilise the limb above and below the fracture using padding between the splint and the limb. If you can, apply two splints, placing one on each side of the fracture.

It is also a good idea to use wide bandages if possible so you’re able to check the casualty’s circulation in both the area of the injury and throughout their entire body.

Head Injuries – Concussion

A concussion is common in Snow Sports and can be challenging to identify and manage across sporting settings, from recreational environments to elite teams.

A concussion is a mild traumatic brain injury that follows some trauma to the head. It’s usually diagnosed by a doctor, and symptoms of concussion can persist for up to three weeks after trauma.

Advise the casualty to be alert for any danger signs over the next one or two days, such as:

  • persistent vomiting,
  • loss of coordination, or
  • bad or worsening headaches despite pain-relieving medication

Any trauma to the head may result in a concussion, and sometimes the signs and symptoms of concussion are difficult to recognise.

It is especially important that all casualties who have sustained a head injury, regardless of severity,  seek assessment by a health care professional or at a hospital.

Conclusion

Well, that was a fairly large blog, but it has given you some excellent information about common winter sports injuries (If I do say so myself…). And for those unaware of the meaning of “Host a yard sale” when used in snow sports, according to the Urban Dictionary – “When a skier or snowboarder eats it on the slopes and loses all of their gear.”

If a skier loses his skis, poles, hat, goggles, and anything else, you can shout “YARD SALE” from the ski lift above him.

For all you gapers and Jerrys out there, check this out, you might learn something!

And lastly, for more on Head and spinal injuries, check out my blog on that subject.

Well, that’s that. Until next time… Stay safe!

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