5 Ways to Stop Muscle Cramps

Muscle cramps are feared and loathed by all of us alike – they hurt, they slow us down and they just give us a helpless feeling! The most common cause of these cramps is premature fatigue which affects the reflex control of muscles. Here are 5 ways guaranteed to beat these troublesome muscle cramps:

1. Take rest
The most easy and sure-shot way to kill a muscle cramp is to take rest. Just rest your body, be at one place and the cramp will not last more than 3-4 minutes. Moving around will only cause the pain to be aggravated and eventually affect other areas as well.

2. Consume solutions rich in salt
Whenever you encounter a troublesome cramp, the first instinct is to reach for water. However, studies have shown that salt solutions are far more effective in countering cramps as compared to plain water. You can have pickle juice and similar drinks which have a high salt concentration.

3. Be physically active
The most common reason for muscle cramps is over-straining of the body. If you are planning to indulge in an extremely intensive physical activity, make sure to train well in advance. Also, keep the duration and intensity of the training at a similar level to that of the actual activity.

4. Keep your body hydrated
Dehydration is the root of a number of troublesome conditions, muscle cramps being one of them. Make sure to always carry a water bottle with you and drink a minimum of 7-8 glasses of water on a daily basis.

5. Indulge in light passive muscle stretching
When faced with a muscle cramp, in addition to resting, try and gently stretch the affected muscle. This continuous and light passive stretching lets the brain know that it can relax the muscle and help it return to normal.




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5 Winning Ways to Stop those Nasty Muscle Cramps

Arthritis is a very painful disease. It restricts you from doing a lot of the activities you would love to engage in. However, there are steps you could take to reduce the chances of it happening to you. Here are some tips, which help you in preventing Arthritis:
1. Take Omega-3 fatty acids
Research proves that the regular consumption of Omega-3 fatty acids, present in fish, result in decreased risks of rheumatoid arthritis. Omega-3 fatty acids are also found in foods such as olive oil and walnuts.

2. Take Vitamins and olive oil
Vitamins are crucial, especially A, C and D. Vitamin A can be found in carrots. vitamin D can yet again be found in fish while vitamin C can be found in strawberries, mangoes, pineapples and oranges. Olive oil is also useful because it contains polyphenols which reduce the chances of developing arthritis.

3. Eat ginger and broccoli
Ginger and broccoli are two of the most therapeutic foods for various reasons and the chances of getting arthritis are also proven to reduce due to these foods.

4. Avoid injury
Although this is very hard to do sometimes, avoiding injuries do reduce your chances of getting arthritis.

5. Control your weight
This is very important, especially for your knees. It has been proven by researchers at John Hopkins University that if you are 10 kg overweight, then 30 to 60 extra kilograms of weight fall on your knees.

6. Exercise
Strengthening your muscles around your joint decreases the pressure on the joint. If there is less pressure on the joint, then the chances of arthritis are reduced. The best way to decrease pressure on the joint and strengthen your muscles is to exercise.

6 Tips To Prevent Arthritis

Total Hip Replacement is also known as Total Hip Arthroplasty, in which the damaged cartilage and bones in the hip area are removed and replaced with prosthetic components. On the other hand, Total Knee Replacement, also known as Total Knee Arthroplasty or resurfacing, involves replacing the bone surface of the knee area. 

Causes of Hip and Knee Pain 

Arthritis is the most common cause of chronic hip and knee pain or disability. Other causes include: 

  Avascular necrosis or Osteonecrosis is a condition where there is an inadequate supply of blood to the femoral head due to a hip injury. The inadequate supply of blood may cause the bone surface to collapse and this can result in arthritis. 

  Rheumatoid Arthritis is the most common inflammatory Arthritis. In this condition, the synovial membrane surrounding the joint begins to thicken and become inflamed. This results in cartilage loss, stiffness, and pain. 

  Osteoarthritis is the type of arthritis, usually related to old age but can occur among young people too. The cartilage cushioning the hip and knee bones becomes soft and gradually wears off. The bones eventually start rubbing against each other which causes stiffness and pain in the knee and hip area. 

  Post-Traumatic Arthritis can follow a severe hip and knee fracture or injury. 

  Some children with hip disease or problem, even after treatment, can develop into arthritis later. This may be caused by uneven or unusual growth of hip which affects the joint surfaces. 

Knee Replacement Procedure 

  Bone Preparation: The surface of impaired cartilage at the end of the tibia and femur are separated besides a small extent of the underlying bone. 

  Locating the Metal Implants: The removed bone and cartilage are substituted by metal implants creating the joint surface. These metal pieces may either be press-fit or cemented into the bone. 

  Resurfacing the Patella: The undersurface of the kneecap or Patella is cropped and reformed with a plastic button. This process is variable depending upon the condition. 

  Inserting a Spacer: To form a smooth gliding surface, a plastic spacer of medical-grade is positioned between the metal components. 

Hip Replacement Procedure 

  Metal stem replaces the damaged femoral head and positioned into the femur s hollow center. 

  On the upper portion of the stem, a ceramic or metal ball is planted. This ball acts as a substitute for the damaged/detached femoral head. 

  The damaged Acetabulum or cartilage surface of the socket is discarded and supplanted by a metal socket. Cement or screws are used to sustain the socket in place. 

  A spacer, either metallic, plastic or ceramic is placed between the socket and the new ball for a smooth gliding surface. 

Take Away 

Knee and Hip Replacement are taken as the last option for the patient. The surgery and its outcome vary depending upon various factors. One should consult the doctor before undergoing for the Hip and Knee Replacement Surgery.

Primary Knee & Hip Replacement - Know More About Them!

The neck and shoulder have a huge range of movement and thus they are more prone to injury. The ball and socket joint at the upper arm is the shoulder and both the neck and the shoulder are made up of soft tissues, muscles and ligaments. 

Reasons behind pain Injured rotator cuffs: 

Rotator cuffs are the tendons supporting the shoulder. If they are injured it might lead to a chronic loss of the range of movement. This is more commonly known as a frozen shoulder. 

Dislocation: Dislocated disc of the neck or shoulder due to an accident would cause severe pain in the affected area. 
Fractures: Fractured collarbone or the upper arm bone may result in chronic pain. 
Tendonitis: This occurs due to the over usage of the arms or neck or strains due to over exertion like in sports. 
An unstable shoulder joint: If there is instability in the ball and socket joint of the upper arm, chances of having a chronic pain is high. Others: Degenerative arthritis, herniated disc, and even heart attacks can be the other possible causes of chronic neck and shoulder pain. 
When to go to the doctor? 

When the patient experiences a pain due to a severe blow or injury, the neck pain radiates down the legs and arms, a feeling of numbness and tingling sensation, or has a stiff neck with fever or vomiting, it is essential to seek the advice of a Doctor. 

Diagnosis for shoulder and neck pain X-ray: 

The main form of diagnosing a pain is an x-ray. It helps to reveal diseases from arthritis, tumour, slipped disc, narrowing spinal cord, fractures and spinal cord instability. 

MRI: Magnetic Resonance Imaging or simply the MRI reveals the detail of nerve-related issues along with the problems in the ligaments and tendons. 
CT scan: There may be instances when the injuries are difficult to be diagnosed. And, in the case of a fracture, a CT Scan is advised for more details. It is also an alternative to MRI. 
ECG: An Electrocardiogram is a way of diagnosis if shoulder and neck pain continues along with chest pain or shortness of breath. If there is a risk of an individual having a heart attack, then an ECG is recommended. 
Electro Diagnosis: Electromyography referred to as EMG and Nerve Conduction Velocity (NCV) are used to diagnose pain in the arm, neck, shoulder followed by a numb feeling on the affected areas. 
Treatment for chronic shoulder and neck pain 
A simple sprain on the neck and shoulder would demand a rest for a few days along with pain medication. If the pain is due to muscle spasms application of dry or moist heat may provide relief. In the case of a swelling due to injuries, a cold ice pack 4 to 8 times a day will provide immense relief. Patients might be advised a cast or sling for the shoulder pain. The soft tissues in the neck and shoulder can be treated with pain relievers taken for a few days. Muscle relaxants are also prescribed depending on the severity of the pain. Local corticosteroid injections are helpful for shoulder arthritis. Platelet rich plasma injection is another modern treatment for arthritis or tendinopathy. In some situation, radio frequency procedures are very helpful. Exercises are very effective for both neck and shoulder pain movement. Surgery might be an option if nerve roots are affected.

Chronic Shoulder & Neck Pain - Ways It Can Be Diagnosed!

While it may be obvious that no form of pain is welcome, it can be said that pain which is felt on account of being affected by sciatica is especially unwelcome. Taking that into due account, the good news is that physiotherapy can go a long way in helping by improving this sort of pain.

The longest nerve in the whole human body is the sciatic nerve, so it can be expected that when there is trouble with this nerve, the pain would be pretty significant. The leg pain which is caused to a person when this nerve happens to be getting pinched is known as sciatica.

There is a range of treatments when it comes to how something as painful as sciatica is to be solved. Now, while it is true that a solution such as making sure there is an amount of bed rest which is sufficient is very important, to say the very least, it is often the case that the person with sciatica would like his or her recovery to be hastened.

In order to make sure that this is the case, physiotherapy is quite useful. There are various forms of physiotherapy which can be made use of, and the decision as to which sort of physiotherapy a person would be best suited to would obviously be part of the subjective assessment of the person by a practitioner who is well qualified and experienced.

Some of the solutions when it comes to physiotherapy being used in order to treat sciatica are quite innovative, to say the very least. For example, there is physiotherapy instrument mobilisation, which is also known as PIM. What this entails is that a mechanical spring-loaded instrument is used in the process which serves the purpose of mobilising the spinal cord of a person along with his or her peripheral joints.

One form of physiotherapy oriented treatment which is used to address the issue of sciatica is real-time ultrasound physiotherapy. It can be said that this is not close to as cutting edge as physiotherapy instrument mobilisation is but it does serve as a rather dependable and useful way to battle sciatic pain. This form of physiotherapy makes use of ultrasound technology to analyse how the muscles function and then using that as a basis to create a list of physiotherapy exercises to be done by the person who is having sciatica. Rather than medicines, physiotherapy improves sciatica by getting a person to use oneself!

How Can Physiotherapy Help With Sciatica Pain?

People with spine problems face tough choices when considering treatment. Depending on the severity and scale of the disorder, you will have to decide which treatment works the best for you, and keep an eye out for its long-term impact. Owing to the numerous myths and misconceptions surrounding spine surgery, many patients are unreasonably reluctant to consider this as a treatment option.
Before you make your mind, learn the truth behind these myths about spine surgery. 

  Myth: Spine surgery invariably leads to paralysis

Fact: With the introduction of modern technology in the field of medical science, the efficacy and success rates of spine surgery has improved significantly. The chances of paralysis following surgery are less than 1%. Latest advancements in operating techniques have made the procedure safer and more effective than before.

  Myth: You might require multiple surgeries following spine surgery in the future

Fact: In over 90% of all cases, one successful spine surgery at the right time is all you need to treat the disorder. Majority of patients can do without a second surgery. However, it is essential that patients follow all the instructions and preventive measures to make the surgery successful. The post-treatment guidelines include simple things, such as   eating healthy, reducing and maintaining body weight, exercising regularly, quitting tobacco etc. In rare cases, failing to keep up with these instructions may lead to the need for a second surgery.

  Myth: Spine surgeries are painful

Fact: This was once true when open spine surgeries requiring long incisions were performed   but not anymore. Spine surgeries are now relatively painless as compared to earlier times   all thanks to technological advancements. The modern-day minimally invasive procedure has made spine surgery less painful with no or minimal complications, as you need not go under the knife, literally. In fact, patients do not require anaesthesia before opting for the procedure.

  Myth: You will be bed-ridden for life after the surgery

Fact: The common belief among people is that they will never be able to walk again after spine surgery. But that is not true. With minimally invasive techniques and keyhole surgery, the patient is able to walk the very same day of the surgery. In most cases, they are discharged in a few hours following the procedure. Moreover, pain management techniques and physiotherapy have made it easier for patients to move about without much difficulty.

  Myth: The complication rates are very high in the case of surgery

Fact: With advancements in technology, the overall rates of complications have reduced drastically   less than 3% precisely. The state-of-the-art neuro-monitoring system monitors every nerve during the surgery and allows no scope for error. Surgeons have reportedly been able to avoid all nerve-related complications and offer a 100% success rate using this technique.
The decision to undergo spine surgery can be difficult and the misconceptions floating around do not make it easier. Nevertheless, distinguishing the facts from myths is important. Be sure to discuss any concerns or questions you may have with your physician. They can clear your doubts and help you find out if surgery is the appropriate approach to treat your condition.

Myths About Spine Surgery - Debunked!

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