How to Treat Proximal Femoral Fractures: Scientific Exercise Aids Recovery

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The proximal femur is located in the thigh bone, near the hip joint. A fracture in this area is not only very painful but also affects walking and daily activities. So, how should a proximal femur fracture be treated?

01 How to Treat Proximal Femoral Fractures

For patients with proximal femoral fractures, the treatment approach depends on the patient’s specific condition and can generally be divided into two categories: conservative treatment and surgical treatment.

1. Conservative Treatment

Simply put, conservative treatment refers to treatment that does not require surgery. Conservative treatment is appropriate in three situations: first, for patients whose fracture site shows no displacement and remains properly aligned. The second scenario involves patients whose fracture has some displacement but only to a minor degree, and who can be successfully reduced through manual manipulation. The third scenario involves patients in particularly poor general health who are unable to undergo surgery; in such cases, conservative treatment is typically chosen.

2. Surgical Treatment

Patients for whom conservative treatment has failed, those with significant fracture displacement, or those with comminuted fractures may opt for surgical treatment. Prior to surgery, an initial examination must be conducted to determine if there are any contraindications. Then, under anesthesia, an incision is made at the affected site to perform internal reduction and fixation. Rest is also required after surgery to promote bone healing. In the later stages of healing, moderate exercise is permissible; however, patients should not engage in arbitrary movements, as this can easily cause secondary injury to the affected area. Following scientifically guided exercise protocols is the most appropriate approach.

02 Scientific Exercise Methods

Exercise 1: Butterfly Stretch

Key Points: Perform this exercise in a seated position. Keep your upper body upright, cross your legs, place the soles of your feet together with toes pointing forward, and hold your toes with both hands while breathing naturally. You should feel a stretch in your thigh muscles throughout the exercise. Repeat this exercise, doing 2 sets each time, holding each set for 15 seconds.

Exercise 2: Seated Internal Rotation Stretch

Key Points: Perform this exercise in a seated position with your upper body upright and arms hanging naturally at your sides. Place the unaffected leg on the floor with the lower leg at a 90-degree angle to the floor. Keep your legs naturally apart at shoulder width. Gently rotate the affected leg inward—avoid excessive rotation—and maintain even breathing. Repeat this exercise for 2 sets, holding each set for 15 seconds.

Exercise 3: Kneeling Hip Flexor Stretch

Instructions: Perform this exercise in a kneeling position. Keep your upper body upright. Kneel on one knee with the affected leg, and step forward with the unaffected leg so that the thigh is parallel to the ground and the lower leg forms a 90-degree angle with the ground. Raise the arm on the affected side upward, and rest the arm on the unaffected side on the bent knee. Breathe naturally and feel a gentle stretch along the front of your thigh and pelvis. Repeat this exercise for 2 sets, holding each set for 15 seconds.

Exercise 4: Prone Quadriceps Stretch

Instructions: Lie on your back with your upper body straight. Place one leg flat on the ground with your toes pointing upward. Raise the other leg, aiming for a 90° angle with your body, but do not strain. Hold the raised leg with both arms and maintain even breathing. Repeat this exercise, performing 2 sets each time, holding each set for 15 seconds.

The four exercises above can improve lower limb mobility and help prevent postoperative adhesions. However, please note that they should be performed 40 minutes after a meal, 2 to 3 times daily.

What to Do About Knee Pain and How to Relieve It

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As one of the largest joints in the human body, the knee not only bears most of the body’s weight but also plays a vital role in our daily mobility and activities. Knee pain is very common among middle-aged and older adults. In fact, we can alleviate knee pain symptoms in our daily lives. Keep these five points in mind to relieve your chronic pain.

01 How to Manage Your Weight
For obese individuals with a larger body size, losing weight is very effective in relieving knee pain, as it reduces the pressure on the knee joints. You don’t need to be extremely slim; you just need to have a normal BMI. The BMI formula is: Weight (kg) ÷ Height (m)². For example, if Xiaoming is 1.65 m tall and weighs 68 kg, his BMI is: 68 ÷ 1.65² ≈ 24.9. According to the BMI chart, Xiaoming is classified as overweight and needs to engage in some fat-burning exercises.

02 Don’t Just Lie Still
Many people think, “Knee pain is just caused by overuse, so if I don’t use my knees and just lie still in bed, won’t that be enough to rest them?” This line of thinking is completely wrong! Doing so actually causes the muscles to atrophy, fails to protect the bones and joints, and can even worsen knee pain. Therefore, people with knee pain should still exercise regularly, choosing gentle activities that won’t cause further damage to the knees, such as swimming or walking.

03 Increase Exercise
In fact, knee pain is also related to muscle strength to some extent. People with knee pain can engage in targeted strength training; this not only builds muscle but also ensures that strong muscles provide better support and protection for the knee joint.

 

It’s best to consult a professional or doctor before starting an exercise program. In addition, stretching exercises can be very effective—for example, Tai Chi or yoga—as they help relax the muscles and improve balance. Exercise in moderation; avoid high-intensity workouts, as these won’t relieve knee pain but may actually worsen it. Be sure to avoid activities such as lifting heavy objects, walking long distances, or hiking.

 

If knee pain is caused by a minor injury or osteoarthritis, you can try the following methods for relief: First, allow the knee joint to rest fully. You can apply ice to the joint to reduce swelling or elevate your leg to a higher position.

 

Finally, if you experience knee pain right from the start, be sure to seek medical attention promptly. Only by identifying the cause of the pain at a hospital can you further prevent damage to your knees.

 

 

What Is Creatine? Here’s a Quick Guide to Creatine

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Anyone who works out is familiar with creatine, but what exactly is it, and what does it do? Today, let’s take a closer look at creatine.

01 What Is Creatine?
Creatine is typically classified into three types: creatine monohydrate, creatine hydrochloride, and creatine complex. They all serve the same function but differ in usage and effects. Among these, creatine monohydrate is pure creatine and is also known as “traditional creatine.” Creatine is a nitrogen-containing organic acid that occurs naturally in vertebrates; it helps provide energy to muscle and nerve cells. The higher the creatine levels, the greater the muscle performance.

Most of the body’s creatine (95%) is stored in skeletal muscle, while a small portion (5%) is stored in the brain and testicles. Approximately 1–2% of creatine is broken down daily into creatine kinase (ps: creatine kinase is a metabolic byproduct of creatine). The body requires 1–3 g of creatine daily (depending on your muscle mass) to maintain normal creatine stores. About half of this can be obtained from the diet; however, the creatine content in food is relatively low.

02 What Is Creatine Used For?
Creatine provides energy to the body’s tissues, primarily targeting muscle and nerve cells; it supplies energy for physical activity, helps build muscle, and alleviates fatigue—which is why drinking Red Bull and Lehu can help relieve fatigue.

Coffee contains caffeine, which inhibits the performance-enhancing effects of creatine and affects the hydration of muscle cells, leading to some degree of dehydration. Therefore, it is not recommended to drink coffee immediately after taking creatine; wait at least two hours. In addition to avoiding caffeine, creatine should not be consumed with orange juice, as the acidic compounds in orange juice may cause the creatine hydrate to break down into waste products.

03 What Is the Connection Between Creatine and Water?

Once you start taking creatine, you should drink at least an additional 1,200 ml of water per day on top of your usual daily intake to fully leverage creatine’s hydrating effects and ensure it is fully absorbed. You can also drink a small amount of sugar-sweetened water or beverages to improve creatine absorption. Furthermore, insufficient water intake after taking creatine may interfere with cellular hydration, leading to adverse reactions such as muscle tightness, stiffness, and cramps. This is why it is recommended to drink plenty of water when taking creatine.

 

Creatine is primarily a dietary supplement designed for fitness enthusiasts who regularly engage in intense exercise; it is not a performance-enhancing drug. Therefore, athletes are permitted to take creatine. However, creatine pyruvate is classified as a performance-enhancing drug and has a stimulating effect on the mind. It is crucial to remember that athletes must not take creatine pyruvate before a competition.

04 How to Choose a Healthy and Safe Creatine Supplement
First and foremost, the most important factor when choosing a creatine supplement is purity! If a creatine supplement has low purity, it will contain a high level of impurities, which can have a very negative impact on kidney function and metabolism.

The second key factor is the rate of absorption. When making a choice, we should opt for creatine that is absorbed quickly and efficiently. Compared to creatine capsules and tablets, creatine powder is finer in texture and is absorbed more rapidly.

Among creatine monohydrate, creatine complexes, and creatine hydrochloride, creatine monohydrate—as a pure form of creatine—is more popular on the market. Many retailers deliberately exaggerate the actual effects of creatine complexes and creatine hydrochloride, but in reality, they offer poor value for money. Simply mixing creatine with a sugary drink or glucose powder can achieve many of the effects advertised for creatine complexes, while creatine hydrochloride is merely a process-enhanced version of creatine monohydrate—its active ingredients are identical to those of creatine monohydrate. Therefore, when choosing and purchasing creatine, be sure to do your research, compare options, and make your purchase with caution!

Taking creatine in moderation can indeed help improve fitness results to a certain extent. However, if you rely solely on the effects of creatine, believing that “more is better,” and take excessive amounts, it can cause damage to your organs and lead to rapid weight gain.

 

How to Recover from a Tibial Plateau Fracture

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The tibial plateau refers primarily to a bone in the knee; it works in conjunction with other bones to enable us to walk and move normally. However, although it is a bone, it is quite fragile and is very prone to fractures in the event of an accident. So, what exactly are the causes of these fractures?

01 Causes of Tibial Plateau Fractures

1. Direct Trauma

If the knee is struck forcefully with an object—whether on the inner or outer side—it can very easily result in a fracture of the medial or lateral tibial plateau, impairing the ability to walk.

 

2. Indirect Trauma

When falling from a height, if the knee or foot hits the ground first and the body then falls to one side, a force acting from the bottom upward is exerted. Combined with the person’s own body weight and the acceleration during the fall, these forces can damage the tibial plateau, leading to its collapse. In addition to falls, collisions in car accidents can also cause tibial plateau fractures.

 

3. Falls

For the elderly, due to osteoporosis and limited mobility, a fall can easily result in damage to the tibial plateau. Younger people, however, have stronger bones and quicker reflexes, so even if they fall, the likelihood of this outcome is relatively low.

02 How to Recover Quickly

Exercise 1: Quadriceps Contraction

Key Points: For this exercise, lie on your back or sit on the bed with your upper body upright and your arms behind you to support your body. Tighten the muscles on the front of the affected thigh, pointing your toes upward, then relax. Repeat this exercise, performing two sets of eight repetitions each.

Exercise 2: Heel Glide

Instructions: Lie on your back with your upper body still and arms at your sides. Keep the healthy leg relaxed and still. With the heel of the affected leg flat on the bed, slide it backward, then return to the starting position. Maintain even breathing throughout the exercise. Repeat this exercise, performing 2 sets of 8 repetitions each.

Exercise 3: Ankle Pump

Key Points: Perform this exercise in a seated position with your upper body straight and still, and your arms supporting you behind your back. Keep both legs straight. Using the ankle joint as the pivot point, move the foot of the affected leg back and forth. When curling your toes inward, you should clearly feel the ligaments in your calf stretching and tightening. Maintain even breathing throughout the exercise. Repeat this exercise, performing two sets of 8 repetitions each.

Exercise 4: Patellar Mobilization

Instructions: Perform this exercise while seated. Keep your upper body upright with knees bent. Extend both legs straight forward, keeping them naturally apart. Place a pillow or cushion under the knee of the affected leg to keep the knee slightly bent. Then, place both hands on either side of the kneecap and gently rock it from side to side. Repeat this exercise 30 times.

The four exercises above should be performed 40 minutes after a meal, 2 to 3 times daily. Consistent practice will help improve lower limb range of motion and prevent postoperative adhesions.

How can I recover from an ankle fracture?

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Ankle fractures are very common. For example, a hard blow, a car accident, or a fall from a height can all lead to a fracture in the ankle. Fractures in this area are very painful; not only do they cause significant discomfort, but they also make walking extremely difficult. So, what is the best way to treat a fracture in this area?

01 Treatment Methods for Ankle Fractures

1. Emergency Treatment

If you suffer an ankle fracture in an accident, it is essential to remain calm. First, lay the affected leg flat and avoid moving it as much as possible. Then, call 120 for emergency assistance and wait patiently. If there are others nearby, you can ask them to find a board to immobilize the injured area. This will help prevent the fracture from dislocating and causing further complications.

 

2. Medication

If the fracture is not severe, medication may be an option, but it must be taken under a doctor’s supervision. Do not take medication on your own. If the medication is not appropriate for your condition, or if you refuse treatment despite a serious injury, you risk delaying proper care, which could result in a lifelong disability. Additionally, it is important to understand that medication does not provide immediate results; it can only relieve pain, reduce swelling, and alleviate inflammation. Expecting instant results is unrealistic.

 

3. Surgical Treatment

If the fracture is severe, open reduction and internal fixation may be performed to stabilize the broken bone from within. However, surgery cannot be performed at any time. If there is severe swelling in the ankle area—or even blisters—the procedure must be postponed to avoid the risk of infection.

02 What Are the Postoperative Outcomes?
Ankle fractures can be fully healed. Although the initial results are generally satisfactory, over time and with increased activity, the ankle joint will experience progressively greater wear and tear. While individuals with healthy ankles may not notice any significant changes, patients with a history of fractures may perceive a difference; in more severe cases, they may even feel that certain functions are impaired.

03 Postoperative Recovery
Exercise 1: Progressive Weight-Bearing on One Leg

Key Points: Perform this exercise while standing. Keep your upper body upright, with both arms hanging naturally and relaxed at your sides. Stand with both feet together, then step forward with the affected leg. Gradually and cautiously shift your body’s center of gravity onto the affected leg. The toes of the unaffected leg should remain on the ground, though the heel may be raised slightly. Throughout the exercise, maintain body stability. You should feel increasing pressure on the ankle joint and growing tension in the calf muscles. Repeat this exercise, performing 2 sets of 8 repetitions each.

Exercise 2: Seated Balance Board Exercise

Key Points: Perform this exercise while seated, keeping your upper body relaxed and your lower body resting on the floor. Prepare a balance board and place the affected foot on it. Rock the foot back and forth and side to side to increase the range of motion in the ankle joint. If you don’t have a balance board, you can place a tennis ball under a wooden board to achieve the same training effect. However, using a tennis ball may make the board less stable and cause significant wobbling, so be very careful when performing this exercise. Repeat this exercise 3 sets at a time, holding each set for 30 seconds.

Perform these two exercises 40 minutes after a meal, 2 to 3 times a day. This will effectively improve joint stability and aid in recovery.

 

How to Exercise Properly After a Patella Fracture

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Most people with a patellar fracture can make a full recovery with proper treatment and will experience no significant limitations in their daily activities. However, some patients are not so fortunate; this may be due to incomplete treatment or a failure to follow a scientifically sound and reasonable postoperative exercise regimen, which can lead to complications and cause them significant suffering.

01 Complications Following a Patellar Fracture

A patellar fracture may lead to traumatic patellar arthritis. If the fracture is severe, or if the surfaces do not align properly after medical reduction, this can cause significant pain in the patella. If an X-ray reveals increased bone density in the area and a narrowing of the joint space, this indicates traumatic patellar arthritis. For patients with mild pain and relatively mild symptoms, medication may be sufficient. However, if the condition is severe, a second surgical procedure may be necessary.

A secondary fracture may occur following a patellar fracture. The probability of this happening is not very high, primarily because the original fracture has not fully healed, resulting in poor stability of the knee joint. When the patient attempts to walk, they may suddenly feel their leg give way and be unable to bend the knee. Although the brain knows what to do, it cannot control the affected leg, and the patient is unable to prevent a fall. A combination of factors can lead to a re-fracture of the patella. If the re-fracture is minor or merely a hairline crack, it can be stabilized with a cast. However, if the fracture is severe—or if there is bone displacement—a second surgery will be required to perform internal fixation.

After a patellar fracture, some patients may experience delayed or non-union. The probability of this occurring is not very high. Generally, patients can make a full recovery within 4 to 6 weeks; however, a very small percentage of patients still show no signs of healing even after 6 weeks, which is classified as delayed or non-union. If symptoms are mild, conservative treatment is used; if the condition is severe and pronounced, surgical intervention is required.

02 Lifestyle Taboos to Be Aware Of

Patients with patellar fractures must avoid excessive knee movement in their daily lives. This includes activities such as hiking or climbing stairs. If such activities cannot be avoided, patients should make sure to get plenty of rest and, ideally, wear a knee brace. Patients should also manage their weight, as excessive body weight places additional strain on the knee. In addition, patients should pay attention to their diet, opting for light, well-balanced meals, as this will aid in the recovery from the fracture.

03 How to Exercise Scientifically

Exercise 1: Lunges

Key Points: Start in a standing position with your upper body upright and hands on your hips. Stand with your legs apart, shifting your weight onto your front supporting leg. Squat down as you inhale, and stand up as you exhale. Throughout the movement, keep your knees aligned with your toes. Repeat this exercise, performing 2 sets of 10 repetitions each.

Exercise 2: 45-Degree Straight-Leg Raise

Key Points: Lie on your back with your upper body stable and arms at your sides. Raise the affected leg straight up to a 45-degree angle, then lower it slowly, taking care not to exceed 45 degrees. Repeat this exercise, performing 2 sets of 12 repetitions each.

These two exercises can help improve lower limb joint stability, restore limb function, and increase overall strength. You only need to do them 2 to 3 times a day, but be sure to wait at least 40 minutes after a meal before starting, otherwise it may interfere with digestion.

In our view, no matter what type of fracture you’ve experienced, a long rehabilitation period is inevitable. We recommend that you approach your rehabilitation exercises with patience. As long as you follow your doctor’s instructions and take postoperative care seriously, you will surely make a full recovery and regain your health!

Causes of Proximal Femoral Fractures and How to Recover as Quickly as Possible After Surgery

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Proximal femur fractures are a very common condition, and many people suffer from them. Once a fracture occurs, it is not only painful but also interferes with daily life and work. So, what causes proximal femur fractures?

01 Causes of Proximal Femoral Fractures

There are many causes of proximal femur fractures, and any situation can lead to this type of injury. Broadly speaking, there are two main causes.

First Cause: Traumatic Injury

Most patients with proximal femur fractures sustain them as a result of traumatic injury. Traffic accidents, falls from heights, or even a heavy blow can all lead to a proximal femur fracture.

Second Cause: Osteoporosis

For some older adults, due to declining physical function and osteoporosis, even a slight external force can result in a fracture. For example, a minor collision that might cause only a bruise in a young person could lead to a proximal femur fracture in an older adult.

02 Clinical Manifestations of Proximal Femoral Fractures

The primary symptom of a proximal femur fracture is pain—not just tenderness upon pressure, but excruciating pain even without touching the area—and the inability to move freely. In addition, most patients with this type of fracture experience swelling and bruising; if there is an open wound, fresh blood may also be visible. Furthermore, in some severe cases, the limb may even become deformed, such as twisting into an abnormal position or appearing shorter than normal.

03 How to Recover as Quickly as Possible After Surgery

Exercise 1: Ball-Squeeze Isometric Contraction

Key Points: For this exercise, lie on your back with your upper body resting on the bed and keep it still. Let your arms hang naturally at your sides and remain relaxed—do not clench them. Bend your knees so that your feet form an angle of approximately 60 degrees with the bed. Before beginning the exercise, prepare a small ball—preferably an inflatable rubber ball with a diameter of about 10 centimeters. If you don’t have a ball, you can use a pillow or similar item, though it won’t be as effective as a ball, which provides elasticity and allows you to feel resistance and rebound during the exercise. Place the ball between your bent knees, maintain tension, and breathe evenly. Repeat this exercise for 2 sets, holding each set for 15 seconds.

Exercise 2: Active Hip External Rotation

Key Points: Perform this exercise while seated. Keep your upper body upright, with both arms hanging naturally at your sides. Bend both knees so that your thighs are parallel to the floor and your calves form a 90° angle with the floor. Keep the unaffected leg stationary, with the sole of the affected foot flat on the floor. Use your thigh to move the lower leg back and forth—inward and outward—while maintaining even breathing. Do not over-extend your range of motion; use your own sensations as a guide. Mild discomfort is acceptable, but if you feel severe pain, stop immediately and do not push yourself. Repeat this exercise, performing 2 sets of 12 repetitions each.

Exercise 3: Prone Internal Rotation Squeeze

Key Points: Lie on your stomach with your upper body straight. You may place your hands behind your head or at your sides, palms facing up, in a relaxed position. Keep the healthy leg flat on the bed and still, and keep the thigh of the affected leg stationary. Lift the lower leg upward until it forms a 90° angle with the floor, then gently sway it from side to side. The range of motion does not need to be large—adjust it according to your comfort level—while maintaining even breathing. Repeat this exercise, performing 2 sets of 8 repetitions each.

All three of these exercises can be used for postoperative recovery. They help improve motor control of the pelvis and lower limbs while enhancing core stability. However, remember to perform these exercises 40 minutes after a meal, 2 to 3 times a day.

What complications can result from a proximal femur fracture, and how can one properly recover?

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Although proximal femur fractures are not considered serious conditions and can be cured through conservative treatment or surgical reduction, if they are not treated properly or do not heal well after treatment, complications can still arise. So, what kinds of complications are likely to occur?

01 What Complications Can Proximal Femoral Fractures Cause?
1. Pulmonary Infection

After a proximal femoral fracture, even if the fracture heals well, the patient must undergo long-term bed rest at home and should not move around freely. While bed rest promotes bone healing, prolonged inactivity can weaken the immune system, making the patient susceptible to aspiration pneumonia. In severe cases, it may even lead to pulmonary embolism.

2. Lower Limb Venous Thrombosis

If the fracture damages the vascular endothelium and is not treated promptly, it can easily lead to exogenous thrombosis. Additionally, prolonged bed rest significantly slows blood flow. If the patient is obese, elderly, has high blood lipid levels, or has thick blood, this further increases the risk of thrombus formation. Therefore, in such cases, family members should provide frequent massages to promote blood circulation and prevent blood clots.

3. Pressure Ulcers

Due to the fracture, patients must remain bedridden for extended periods. During this time, certain body parts are subjected to prolonged pressure, which impedes blood circulation and significantly slows blood flow. As a result, the skin tissue in the compressed areas experiences prolonged ischemia or hypoxia, leading to tissue ulceration or even necrosis. To prevent this from happening, on one hand, someone needs to regularly help the patient change positions so that no single area remains under constant pressure, thereby restoring blood flow. On the other hand, it’s also important to frequently help the patient wash, change clothes, and change bed linens to minimize the risk of bacterial infection. By combining these two approaches, pressure ulcers can be effectively prevented.

4. Constipation

After suffering a fracture, many patients subconsciously believe they should increase their meat intake, so they frequently eat meat, bones, and very greasy foods. While these foods may be tasty, they can easily lead to nutritional imbalances. Not only do they offer no benefit to recovery, but they can also contribute to obesity and constipation. To avoid this, patients should eat more vegetables and fruits, which provide a well-rounded nutrition and help prevent constipation. At the same time, massaging the abdomen can help promote digestion.

02 How to Recover Through Exercise

Exercise 1: Standing Hip External Rotation

Key Points: Perform this exercise while standing, keeping your upper body upright and placing both hands on the wall. Keep the unaffected leg stationary and slightly lift the affected leg off the ground. Then, using the hip joint as the center of rotation and keeping the heel stationary, rotate the lower leg outward by moving the thigh. Repeat this exercise, performing 2 sets of 8 repetitions each.

Exercise 2: Standing Hip Lifts

Key Points: Perform this exercise while standing. Keep your upper body still and place both hands on the wall. Stand on the affected leg only, lift your pelvis upward, then lower it back down, maintaining even breathing. Repeat this exercise, performing 2 sets of 8 repetitions each.

Exercise 3: Static Single-Leg Stand

Key Points: Stand with your arms crossed over your chest. Stand with your legs in a natural stance. Slowly and cautiously shift your weight onto the affected leg while lifting the unaffected leg so that only the toes touch the ground, then maintain a stable, motionless posture. Repeat this exercise, performing 2 sets of 8 repetitions each.

All three of the above exercises can be used as rehabilitation exercises following a proximal femur fracture. They should be performed daily, 40 minutes after meals, two to three times a day. These exercises help improve lower limb joint stability and promote the healing of the fracture.

Hip Arthroscopy for Joint Pain: How to Perform Scientific Rehabilitation Exercises

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A hip arthroscope is a very common medical device used to treat skeletal disorders. So, specifically, what exactly is a hip arthroscope?

01 What Is a Hip Arthroscope?
Although a hip arthroscope is a medical device, it differs from the machinery we typically encounter. It is very small, with a diameter of just 5 millimeters, which means it can perform highly precise procedures with minimal trauma. The tip of the hip arthroscope features a lens; once the instrument is inserted into the joint, the lens allows the surgeon to monitor and examine the condition inside the joint. This allows doctors to visualize the internal conditions more clearly, enabling them to make accurate diagnoses.

02What Conditions Can Hip Arthroscopy Be Used to Treat?
Initially, hip arthroscopy was primarily used for the knee joint, but it has since gradually been applied to other joints in the body. It can be used to treat synovial lesions, hip impingement syndrome, and a range of common conditions such as gout and rheumatoid arthritis. It can also be used as an adjunctive treatment for certain traumatic conditions, such as femoral head fractures and acetabular fractures.

03 Advantages of Hip Arthroscopy
Because this instrument is very small, it does not create a large incision during insertion, which promotes wound healing. Furthermore, the resulting scar is minimal and does not affect appearance. In addition, hip arthroscopy allows for the visualization of all problems within the joint without the need for open surgery. This provides more time to prepare for other surgical procedures and significantly improves safety.

Arthroscopic surgery is particularly effective for treating joint pain and other related conditions; in some cases, patients can even get out of bed and walk immediately after the anesthesia wears off.

04 How to Engage in Scientific Exercise for Recovery

Exercise 1: Breathing Exercise

Key Points: Lie on your back with your upper body flat against the floor and held still. Place one hand on your abdomen and the other on your chest to feel the changes brought about by your breathing. Bend your knees and keep the soles of your feet flat on the floor, keeping them still. Repeat the breathing exercise 20 times.

Exercise 2: Supine Hip Flexion and Straight Leg Lift

Key Points: Lie on your back with your upper body flat against the floor. Bend your knees and hips to a 90-degree angle, keeping your legs naturally apart at shoulder width. Secure the center of the resistance band above your head, then grasp one end of the band in each hand. As you exhale, pull the band down toward your legs; as you inhale, return to the starting position. Repeat this exercise slowly, performing two sets of 10 repetitions each.

Exercise 3: Hip Roll

Key Points: Lie on your back with your entire body flat on the floor. Keep your arms relaxed at your sides, and your legs naturally apart with your feet shoulder-width apart. Keep the leg on the healthy side flat on the floor and still, while rolling the leg on the affected side from side to side—the range of motion does not need to be large. Perform two sets of this exercise, with approximately 10 repetitions per set.

Exercise 4: Chair Rotation

Instructions: Perform this exercise while standing. Before beginning, prepare a chair with casters and place it on the affected side of your body. Keep your upper body upright and still, with your arms hanging naturally at your sides. Keep the leg on the healthy side straight on the floor for support. Place the knee of the affected leg on the swivel chair and swing the leg from side to side. Repeat this exercise, performing two sets each time, with 10 repetitions per set.

 

The four exercises above are scientifically sound methods that help improve lower limb mobility and prevent postoperative adhesions. Perform these exercises 40 minutes after meals, two to three times a day.

How to Approach Sports Rehabilitation

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People today are paying more and more attention to health and rehabilitation, but figuring out how to approach rehabilitation training is indeed a challenging issue. If your movement habits, lifestyle, and muscle strength remain unchanged, pain will continue to disrupt your life—which is why sports rehabilitation is particularly important.

01 What Is Sports Rehabilitation?

What is sports rehabilitation? Sports rehabilitation is very effective for treating nonspecific neck, back, and lower back pain. Not only does it alleviate pain symptoms and prevent recurrence, but it is also simple and practical—you can do it at home without being restricted by time or location. It is best to follow the guidance provided by a rehabilitation therapist after they have conducted a comprehensive assessment.

02 The Purpose of Rehabilitation Training

Rehabilitation therapy is very helpful for many patients. Although it cannot reverse the damage caused by the condition itself, it can enhance limb function through exercise, maintain good physical condition, and improve quality of life, allowing patients to resume normal exercise immediately upon recovery. Rehabilitation therapy refers to physical activities performed after an injury that promote recovery or improve function.

Rehabilitation training can also enhance joint stability and improve metabolism in the injured area. Except for very severe injuries that require rest and medical treatment, physical activity generally does not need to be completely halted. Appropriate, scientifically guided exercise can accelerate wound healing and has a positive impact on promoting recovery.

03 No Assessment, No Rehabilitation
Finally, a scientific and reasonable rehabilitation plan must be based on an accurate diagnosis. Never attempt to self-diagnose your condition, as an incorrect or incomplete diagnosis can delay and hinder the rehabilitation process. To illustrate, if you receive an incorrect or incomplete diagnosis, it can delay and hinder the recovery from your injury. For example, athletes with lumbar fractures often have concomitant herniated discs; in such cases, forceful lateral manipulation should be avoided during manual therapy. If spondylolisthesis is also present, back muscle strength exercises should avoid hyperextension. Post-injury rehabilitation training must be conducted on the premise of not aggravating the injury or interfering with its healing. General and localized movement should be maintained as much as possible. Furthermore, the earlier exercise of the muscles in the injured area begins, the better.

Rehabilitation training programs should follow the principles of comprehensive training, gradual progression, and appropriate exercise intensity. During the injury healing process, the range of motion, frequency, duration, and intensity of rehabilitation exercises should all be increased gradually. Otherwise, the injury may worsen or the healing process may be impaired, potentially leading to a chronic injury that fails to heal.

Rehabilitation training should combine localized, targeted exercises with comprehensive physical activity. In the early stages of an injury, due to localized swelling, congestion, pain, and functional impairment, the focus should be on comprehensive physical activity, with appropriate localized movements performed only to the extent that they do not exacerbate swelling or pain. As time passes and the injury gradually improves or nears healing, the volume and duration of localized exercises can be gradually increased.