Bone Fractures: Causes and Symptoms

'Fracture' is a medical term for a broken bone. According to an estimate, an average person has two fractures within their lifetime. When a force exerted is stronger than the bone itself, it can lead to a fracture. The risk and chance of fracture depend on your age. With age, bones tend to become brittle and, hence, a fall that would have been potentially harmless years ago can lead to a broken bone at a later age.

There are many types of bone fractures, but the main types are:

Closed fracture: A fracture in which the bone breaks but does not tear through the skin

Open fracture: Where the broken bone punctures through the skin and protrudes out. There's a greater chance of bone infection in an open fracture

Displaced fracture: In this type of fracture the bone snaps into more than two parts

Nondisplaced fracture: The bone cracks partly or wholly but it does continue to move

Some of the common signs and symptoms of a fracture are:

- Bruising and swelling of the bones
- Open fractures marked by protruding bones from the skin
- Loss of locomotive and functional ability of the injured area
- Deformity of the injured area
- Pain in the event of movement of the injured area

A fracture can be caused by a number of reasons, and they are:

- Injuries and accidents
- Falls and slips
- Wear and tear through overuse
- Sport injuries
- Fist fights and brawls
- Osteoporosis (a disease which causes bones to weaken in adults)
- Osteomalacia ( a disease caused due to softening of your bones, which is caused by a vitamin D deficiency.) Soft bones are more likely to bow and fracture than are harder, healthy bones.

Note:

Osteomalacia is not the same as osteoporosis. Osteomalacia occurs due to a defect in the bone-building process while osteoporosis develops due to a weakening of existing bones.



Bone Fractures: Causes and Symptoms

After a tough workout session or a strenuous day at the office, your muscles may feel floppy and exhausted until you have given them a chance to rest. However, persistent muscle weakness with no apparent cause or explanation can be a sign of an underlying medical problem.

What causes muscle weakness?
Voluntary muscle contractions and movement are generated when the brain sends a signal through your spinal cord and nerves to the particular muscle. If there are any hindrances in the connections between them, it can result in muscle weakness. However hard you try, the muscle is such cases becomes abnormal.

Here are some common causes of muscle weakness:

Lack of Use: One of the most common causes of muscle weakness, lack of muscle fitness may occur as a result of a sedentary lifestyle. If the muscles are not used, then the fibers are partially replaced with fat.
Ageing: As we age, our muscles tend to get weaker and lose strength. Muscles become bulky and recovery times during injury are greater. However, with physical activity, it is still possible to increase the muscle power. So stay active and instill strength in your muscles.
Infections: Infections and inflammation can cause temporary muscle fatigue. Even though recovery is quick, if the infection is severe the weakness can last for some time. Without proper care, it can lead to permanent damage.
Pregnancy: During and just after pregnancy, high levels of steroid in the blood and low levels of iron can cause muscle tiredness. Lower back pain is common during pregnancy and all your muscles may feel floppy.
Chronic Diseases: With conditions of diabetes, heart disease, kidney disease and anemia, it can lead to muscle weakness by thwarting the essential blood or nutrient supply to the muscles. Also, chronic pain related ailments cause weakness.
Injuries: Injury or trauma such as sporting injuries, pulls and sprains can deter the muscles. Along with localized pain, it can also lead to muscle weakness if not taken care of properly.
Sleep Disorders: With disturbed or reduced sleep there is a general sense of tiredness that leads to fatigue in the muscles. Insomnia, anxiety, depression and other mental disorders also affect the muscles a great deal.
Conditions affecting Nerves: Conditions like Myasthenia gravis or motor neuron disease affects the nerves and thereby fail to relay signals to the muscles, leading to weakness.
Genetic disorder affecting muscles: There are also certain inherited diseases which can affect the muscles like muscular dystrophy.
Spine-related disorders: Conditions like slip disc and other disorders affect the muscles served by the irritated or compressed nerves of the spinal cord.

Muscle Weakness - 10 Common Reasons Behind It!

Spine surgeries are complicated and have serious repercussions if the procedure doesn t go as planned. Probing your doctor is therefore very critical to ensure a safe operation and early post-op recovery. Questions can range from the type of treatment chosen for speedy recovery to side effects. Here is a list of questions that you need to ask your spine surgeon:

1. Why is the surgery recommended?
Typically, there could be more than one treatment option for a particular problem. Your doctor should be able to tell you very precisely as to why the surgery is recommended and how it is going to address the problem.

2. Is there any non-surgical option?
Many spine related issues can be treated with medicines and physiotherapy. Ask your doctor if such options exist.

3. Explain the surgical procedure in detail
Your doctor should explain the whole surgical procedure, explaining the minute details and help will help you to understand the implications.

4. What is the duration of the surgery?
Spine surgeries do not take more than 2 hours. It, however, depends on the procedure that is being performed.

5. How will the surgery address the pain?
It is important to know the source of the pain. Exploratory surgeries are not performed on the spine. Ask your doctor how he intends to address the pain through the surgery.

6. What are the risks involved?
Risks and side effects vary from patient to patient. For instance, a person with obesity, spondylitis and smoking has greater chances of complications associated with the operation.

7. Will the doctor perform the whole procedure or he will use practicing surgeons and intern for the job?
Many senior surgeons use interns and junior surgeons to perform a minor procedure. Get a clear understanding of the role of the doctor and his assistants. It is a good idea to know the background if the surgical team who is going to perform the procedure.

8. What is the success rate of the doctor for the procedure he is going to perform?
A successful spine surgeon should be able to give you valid data on his/her success rate and the overall success rate of surgeons all across the country.

9. How many days do you need to spend in hospital?
Your hospital stay is directly related to your insurance. It is essential to get a clear picture on the same.

10. Whether a back brace is necessary after surgery?
Limiting the spine movement speed the process of healing. Most Doctors suggest braces after a spine surgery.

11. What is the time required for recovery?
The recovery greatly varies from patient to patient. What you should ask your Doctor is the expected time required for you to join your job/school.

12. Will there be any physical limitation after the operations?
Many spine surgeries require you to refrain from strenuous jobs for a while. For instance, certain surgeries require you to stay away from driving for a while. Address all these apprehensions from your doctor.

12 Questions You Must Ask Your Spine Surgeon

Facial paralysis is when there is a loss of voluntary movement of the face on one or both sides. The following are the most common causes of facial paralysis.

Bell s palsy, the most common cause of facial paralysis
Stroke is another major cause of facial paralysis, could be combined with right side arm/leg paralysis
Tumours, affecting the facial region can exert pressure on the nerves and lead to paralysis
Infections such as herpes zoster infections cause paralysis
Symptoms:

Difficulty in speech, eating and drinking
Closing eyelids, movement, and expressions become difficult
Loss of sensation, which may be temporary or permanent
Ayurveda believes in not just correcting the paralysis but improving overall health so that there is no recurrence and other areas are also prevented from being affected. According to it, increased vata causes paralysis and so treatment includes correction of it plus prevention of vata accumulation through diet and lifestyle changes.

Dietary and lifestyle changes:

Avoid cold and sour foods like curd, buttermilk, ice creams, cold foods like cucumber, banana, watermelons, etc.
Avoid fermented foods as they aggravate Vata
Reduce or avoid pulses like dal as they can worsen gas accumulation
Substitute rice with wheat
Substitute cow s milk with buffalo milk
Avoid smoking and alcohol completely
Diet must be easily digestible and simple with lot of green leafy vegetables
Avoid foods which can cause constipation
Ayurvedic remedies:

Beejband or country mallow: This has nerve stimulating properties and so useful in paralysis of any sort
Kali Mirch or black pepper: Used as a water gargle, it is beneficial in correcting paralysis
Lavanga or cloves: People with Bell s palsy were given water to which some drops of clove oil were added, and they showed remarkable benefits.
Mulethi or licorice: This is proven to be effective in stopping the progression of paralysis. People with Bell s palsy, in whom there was involuntary tearing, had a stoppage of the symptom.
Ashwagandha capsules: They treat paralysis and also reduce anxiety and stress and depression. It helps by calming and rejuvenating the entire nervous system. It also helps control muscle and joint pains and reduces stiffness. It also helps control insomnia and allows for improved blood pressure.
Curcumin: This is very beneficial in Bell's palsy patients. With its rich antioxidant content, it reduces free radical release and helps control inflammation and reduces oxidative stress.
Nirgundi oil: It also cures the imbalance between Vata and Kapha in the body. Massaging with this oil heals injured facial muscles and nerves and improves paralysis. It also eliminates toxins and prevents greying of hair. Its anti-inflammatory properties provide relief from inflammation and pain.
Pranayam, meditation is sure useful in this condition. Do start asanas, slowly begin with surynamaskar. Along with this, one can take Shastrokta medicine, that are-- 1. Ekangvir Ras vati 1 or 2 bd + Maharasnadi kashay ghan vati 2+2 during the day.

Paralyses - Can Ayurveda Treat It?

From marathon runners to footballers, amongst athletes, 'pulling a hamstring' is the most common type of injury. The hamstring is a group of four muscles at the back of your thigh. When one of these muscles gets overloaded or begins to tear, it is known as a hamstring injury. While a hamstring injury is painful, it does not indicate the end of an athlete's career.

Minor hamstring injuries may heal by themselves. In cases where one of the muscles is torn, surgery is required to repair and reattach the muscles. Recovery time depends on the severity of the injury. Stretching and exercising the muscles of the leg are the most important parts of rehabilitation. The healing of a hamstring injury can be divided into four stages.

1. Acute phase: The first five days after a hamstring injury is known as the acute phase of rehabilitation. The aim of treatment at this phase is to reduce inflammation and keep the other muscles from atrophy. For minor hamstring injuries resting the leg, using ice packs and keeping the leg elevated can accelerate the healing process. Once the pain and swelling has decreased, patients can use a cane or crutch to exercise the leg.

2. Subacute phase: From the fifth day to the 3rd week after the injury, the focus of the treatment shifts from minimizing swelling to strengthening the leg and increasing the range of possible motions. At this time, an athlete can resume cardiovascular training. Swimming and other forms of aquatic training are said to be especially beneficial to the treatment of hamstring injuries.

3. Remodeling phase: The remodeling phase continues upto 6 weeks after the injury. Strengthening the leg is the focus of this stage of treatment. Using ankle weights can be beneficial towards strengthening the leg muscles. It is important to be careful about the weight being used and to gradually increase this weight to avoid an added injury.

4. Functional stage: This stage can last upto 6 months until the athlete can regain full function of his or her leg. As the athlete's gait gets back to normal, they may start jogging and short sprints. Gradually, more sport specific exercises may be added to the workout.

There is no fixed time when an athlete can return to active sports after a hamstring injury. While players with minor injuries may return to the field after 3 weeks, athletes with muscles tears may take upto 6 months to recover completely. Hamstring injuries tend to reoccur and hence before they can get back to active sports, an athlete must pass an isometric strength test and flexibility test. This ensures that there are no subtle after effects of the injury that can increase the risk of a repeat injury.

Hamstring Injury Recovery and Return to Sports


A fracture separates a single solid object into two or more pieces due to pressure. In medical terms, a fracture refers to a broken bone due to some kind of external trauma. A crack in the bone, on the other hand, it does not cause a clean break in the bone, there is only a separation or discontinuity in the bone material.

A crack in the bone caused due to repeated stress is often called as 'hairline fracture'. Here are the basic differences between a crack and a fracture in the bone and how to treat them:

1. A crack or hairline fracture is rarely caused by a single injury. It is usually the result of bone fatigue, which may be caused due to repeated, concentrated stress over a long period of time and thus, it is also called as 'stress fracture'. Other bone fractures are almost always the result of sudden and severe force on the bones.

2. The skeletal system constantly remodels itself. The cells, known as 'osteoblasts' absorb calcium and secrete bone connective tissue. If a particular site is exposed to recurrent bouts of force (which are individually not impactful enough to cause a crack), over time the osteoblasts in that region malfunction and the crack appears.

Muscular exhaustion can also cause cracks in the bone. Fractures are caused due to sudden external single force trauma to the bone. Nutritional problems like deficiencies of Calcium, Phosphorus, vitamin D and excessive smoking decrease the bone mineral density and increase the chance of both cracks and fractures.

3. Symptoms of a crack are swelling, tenderness and sharp pain in the injured region and the symptoms worsen over time. A fracture has similar symptoms and might also exhibit an external physical distortion and makes it impossible to move that part of the body that where the bone is broken.

4. An MRI is often suggested for detecting the crack or crack-prone areas because an X-ray can only detect the crack after it widens somewhat or the bone starts paining because the rays cannot pass through the tiny gap in bone material. A fracture is easily detectable by an X-ray because the rays pass right through the break.

5. Complete rest for six to eight weeks is the most effective way of healing a crack. Using a walking boot in case of cracks in the leg bones in also helpful. Healing fractures require extensive medical intervention. Surgical techniques like bone grafting and the insertion of metal plates are used to reposition the broken bone.

Cracks VS Fractures

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