When you think about a healthy diet, you wonder how much carbohydrate, protein, fats and minerals you need to stay fit. However, are you neglecting the importance of vitamins in your daily diet? Research suggests that vitamins play a crucial role in muscle building and bone health.

Here is a look at the different vitamins that will help you enhance your muscles and bones using vitamins.

1. Vitamin D-

You may have heard about the importance of calcium for proper bone health. However, only consuming calcium-rich foods will not help you develop stronger bones. If you do not have enough vitamin D in your body, you will not be able to use the excess calcium for bone health. Vitamin D helps your body utilize the calcium for bone growth and enhancement.

Apart from strengthening your bones, vitamin D also works wonders for your muscles. It helps the body absorb calcium and phosphorus, both of which are essential elements in the production of adenosine triphosphate or ATP. ATP is the only form of energy that your muscles can use during movements and activities.

Best sources for vitamin D are cheese, egg yolk, certain fatty fish, shrimp, mushrooms, soya milk, orange juice and cereals.

2. Vitamin K2-

Vitamin K2, also known as menaquinone, improves your cardiovascular health. Vitamin K2 is also a coenzyme that helps your bone use proteins. Additionally, a study performed in 2013 revealed that vitamin K2 improves bone metabolism in post-menopausal women. At such an age, women s bone health starts to deteriorate and osteoporosis sets in. Therefore, vitamin K2 becomes all the more important for women at such an age.

Best sources of vitamin K2 are butter, cheese, egg yolk, dark chicken meat, and fermented soy.

3. Vitamin C-

Vitamin C is a great choice if you work out regularly. A powerful antioxidant, it helps your body metabolise proteins in the body, leading to muscle growth. Additionally, vitamin C helps in the absorption of iron, which is an essential component of blood.

Best food sources for vitamin C are citrus fruits, such as oranges, lemons and more. Additionally, green capsicum, broccoli, and blackcurrants also provide ample amounts of vitamin C to your body.

Even though vitamins have a role to play in building stronger bones and muscles, the only diet will not be enough for a fit body. You need to start exercising along with eating a balanced diet if you want to stay healthy. Furthermore, exercising helps improve your musculoskeletal health.

Vital Vitamins For Musculoskeletal Health!

Cosmetic surgery is not restricted to the top half of your body. Today along with facelifts and breast implants, butt implants are also gaining popularity. This procedure is also known as gluteal augmentation. Butt implants are usually made of silicone. These soft, solid structures are implants under the gluteus maximus muscles and above the pelvic bone through an incision. The incision is typically made in the butt crease so that it is less noticeable. Here are a few others things you should know about butt implants:

It is performed under anaesthesia: Butt implant surgery may be performed under local or general anaesthesia and usually takes anywhere between 2 to 7 hours. However, this procedure is usually an outpatient procedure and no hospitalisation is required.
It takes time to recover: After the procedure, you will probably notice swelling and tenderness in the area. In most cases, the patient is advised to wear a compression garment for a few days after the surgery. This should resolve itself in about 4-6 weeks but complete recovery can take up to 8 months. This is because the tailbone muscles are cut during the procedure.
The effects are permanent: Silicone implants can last a lifetime and hence the results of this surgery are permanent. With time the body s natural tissues merge with the implant. However, in some cases, the implant may slip with time causing an asymmetrical appearance. This can be corrected through a follow-up surgery.
Anyone can get a butt implant: Butt implants are typically used for people with a flat posterior, but you don t necessarily need to have a skinny frame to undergo this procedure. Also, there are no size or weight limitations to getting the procedure.
It is customisable: Butt implants can be customised to suit the person s size and frame. A surgeon will typically take into account the shape of the patient s pelvic bone and natural butt contours to create a butt implant that enhances the patient s frame and does not look unnatural.
There are risks: Complications are rare but possible with this surgery. Making an incision under the butt crease reduces its visibility but increases the risk of infections. There is also a risk of allergic reactions to anaesthesia. Other possible side effects include pain, discomfort, nerve damage and reduced sensitivity.
They do not feel completely natural: Silicone butt implants may feel harder than normal tissue and at some angles may not look very natural remove these and post more of positive aspects.

Butt Implants - Things You Must Know!

The pain in the lower extremity of the body caused by the irritation of the sciatic nerve (the large nerve running down from the lower back of the body to each one of the legs) is referred to as Sciatica. Sciatica is caused by injury, inflammation or compression of the sciatic nerve and causes pain or numbness spreading to leg, buttocks, and hips. In Ayurveda, Sciatica is known by the name of Gradhrasi. It is believed to be aggravated by the imbalance of Vata Dosha.


Causes -

Sciatica can be caused by strenuous physical activity such as heavy weight lifting, or to exposure to extreme cold. Pressure on buttocks due to sitting or lying continuously for long hours, injury due to a fractured pelvis or trauma to thighs also damages the sciatic nerve.


Symptoms -

Pain in the back and the lower extremity of the body is the primary symptom of Sciatica. Also, there is a burning or tingling sensation in the affected area. It can also become numb. One may even find it difficult to walk. In severe cases, it becomes impossible to bend the knee or move the foot.


Treatment Through Ayurveda -

Through Ayurveda, Sciatica can be treated internally and externally by balancing the energies involved in the doshas:

Internal methods of treatment: Yogaraja Guggulu is the herbal pill consisting of Guggulu resin, twenty-five types of herbs and ghee effectively treats all types of pain associated with the nervous system. Dashamula Arishta, an elixir having sixty-three herbs, jaggery, plums, honey, and water has anti-inflammatory properties which help in toning up the affected nerve.

External methods of treatment: Application of Sarshapadi medicinal oil (made up of camphor, mustard oil, and vegetable turpentine as a base) on the affected area helps in relieving pain.

Panchakarma therapies are very effective in the treatment of this condition. They aim to relieve inflammation and release nerve compressions and spasms for strengthening the entire spine and the surrounding tissue. Generally, treatment through the Panchkarma therapies takes four to five weeks depending upon the severity of the condition. Following are some of the processes involved in treatment through Panchakarma:

Kativasti and Elakizi, Naranga Kizhi, Navarakizhi are very important in the treatment of sciatica.

Sarwang Abhyang is the full body massage with medicated warm oils for lubricating and nurturing the body for the pacification of Vayu.

Swedana refers to steaming the body for detoxification.

Vasti refers to the administration of medicated oils and decoction through anal route for treating the vatic disorder that is Sciatica as per Ayurveda. It pacifies dryness and strengthens intestines and is one of the permanent cures for most of the vatic disorders.

Siravedha is the venous puncture or venesection.

Agnikarma is the Cauterisation or burning the affected part.

Raktamokshan is the process for Blood purification.

Take Away-

Sciatica refers to the pain in the lower body due to an irritated sciatic nerve, caused due to nerve compression or trauma or injury. Through Ayurveda, Sciatica can be treated through internal or external methods as well as through Panchakarma therapies.

Sciatica - Panchakarma Therapy To Heal It!

Spine deformity refers to an abnormality of the shape, alignment, or formation of the vertebral column. The spine in the human body is composed of small bones or vertebrae, stacked on top of another. A healthy spine, typically, has gentle curvatures. A displacement or exaggeration of the spine leads to deformities.

Types of spine deformities:

The three major forms of spine curvature deformity are-

  Lordosis - Causes the lower back to turn inward
  Kyphosis - Leads to forward rounding of the back
  Scoliosis - Causes the spine to curve sideways

What are the causes of spine deformity?

The following conditions may cause the spine to be misaligned-

  Achondroplasia - A disorder, which impedes the normal growth of the bones, thereby resulting in short stature or dwarfism
  Spondylolisthesis - When the vertebrae in the lower back slip forward
  Osteoporosis - When the vertebrae become fragile and prone to fractures
  Scheuermann s disease - A developmental disorder of the spine that leads to abnormal growth of the upper back
  Spina bifida - A congenital disorder where the spinal column does not close completely while inside the womb

Symptoms associated with deformed spine:

Signs and symptoms of a deformed spine include-

  Uneven/misalignment of the shoulder and hips
  Uneven shoulder blades (one side is slightly higher than the other)
  Slight bending of the head over the body
  Difficulty in movement
  Discomfort and back pain

How is the condition treated?

The treatment of the condition depends on the severity of your spine deformity. Anti-inflammatory medications and drugs are prescribed to manage pain and discomfort associated with spine deformity/curvature. However, these cannot correct the deformity completely.

Severe cases of spine deformity need another line of treatment.

  Bracing - Back braces are recommended for children and adults alike, depending on the degree of curvature. This can help prevent the condition of your back from worsening.
  Body casting - The doctor places a cast that starts from the shoulders and goes all the way down to the lower trunk. This provides adequate support to the spine and strengthens the back.
  Spinal instrumentation - The surgeon will attach instruments like rods, hooks, and wires to the spine to keep the bones aligned following a spinal fusion.
  Artificial disc replacement - The surgeon replaces degenerated discs in the spine with artificial devices.
  Kyphoplasty - The surgeon inserts a balloon into the spine to stabilize and realign the deformed spine and relieve you from the pain.

Following the treatment, patients with spine deformity are usually advised to go for physiotherapy sessions. Physical therapy and exercise can help you build muscle strength and increase flexibility.

Deformity of the spine is a difficult condition to live with. Not only does it restricts your normal movement but also places you at risk of other musculoskeletal disorders. Therefore, it is imperative that you get the condition treated by a specialist.

Spine Deformity - Everything You Should Know!

Myths about Total Knee Replacement

Myth#1 - Knee replacement is a surgery for old people. “I’m too young for a knee replacement.”
Fact - Candidacy for a knee replacement is not based on age, but on the person’s level of pain and immobility. Living with a painful joint that prohibits you from working or participating in normal life activities is an outdated way of thinking. Age is not necessarily a limiting factor. Often times, a patient is actually fearful about the uncertainty of surgery. Once they are able to resume many of the activities they enjoyed before the surgery, with increased mobility and with less pain, they are very happy they had the surgery. The quality of life one achieves by living without knee pain is priceless.

Myth#2 - “I should wait as long as possible to undergo knee replacement surgery” 
Fact - You don't need to suffer by waiting until the pain is intolerable. The longer life of joint replacements enables people to consider surgery earlier and at a younger age. Osteoarthritis is a degenerative disease that continues to damage the joint and delaying surgery makes both surgery and return to activity more difficult. Delaying surgery lowers a patients’ quality of life not only before the operation, but even for up to two years following surgery.

Myth#3 - “I should continue with medications as long as possible”
Fact - Medicines including painkillers just give symptomatic relief for a temporary duration and prolonged usage is riddled with serious side effects such as renal failure, peptic ulceration  etc. All these medicines are NOT curable.

Myth#4 - Alternative therapies such as acupressure, ozone treatment, massage beds, oils, laser therapy, magnetic therapy; braces will cure my advanced arthritis and knee pain.
Fact - Till date there is NO cure for advanced knee arthritis and these alternate therapies are not backed by established scientific data. All these modalities give temporary pain relief in early to moderate arthritis for some duration only and are NOT curative. Often times, a patient who is actually fearful about the uncertainty of surgery lands up trying these in order to avoid surgery. 

Myth#5 - After a knee replacement, it takes months to recover.
Fact - Depending on the activity, most patients who undergo knee replacement are able to perform routine tasks within a few weeks. A return to rigorous activity takes only a few months. One becomes independent for himself before discharge from hospital. There’s no prolonged best rest required after the surgery.


Myth#6 - After knee replacement, I’ll have to give up some activities and sports.
Fact - You have a high probability of getting back to activities like brisk walking or cycling in 6 to 12 weeks. It will take a bit longer to return to more rigorous activities and contact sports. Squatting and sitting cross legged though possible but at best should be kept to minimal.

Myth#7 - Knee replacement surgery leaves a large scar that is noticeable.
Fact - Scarring is minimal compared to traditional surgery. In fact, the scar is typically only 3 to 5 inches long. As time passes, the scar will fade and become less noticeable.

Myth#8 - Knee replacement is a very painful surgery. There is lots of pain in post operative period.
Fact - With modern day pain management such as in a multimodal approach, ensures that the patient does not feel any pain in post op period and has a smooth recovery.

Myth#9 - Knee replacement is done one at a time.
Fact - Both the knees can be operated at the same time if the patient does not have significant co morbidities and is deemed fit to undergo the procedure by the doctor.

Myth#10 - The new knee lasts for 5-6 yrs. only.
Fact - With modern day precision including computer assisted knee replacement and advancement in biomaterials, the survivorship has increased considerably. Today's joint replacements last 25 years or longer and, for most people, will last a lifetime.

Myth#11 - Knee replacement cannot be done a second time.
Fact - Knee replacement can be done multiple times what is called as a revision joint replacement surgery with good survivorship.

Myth#12 - “I am obese, I cannot undergo Knee replacement surgery.”
Fact - Knee replacement can be successfully done in an obese patient though the recovery is somewhat prolonged and might require additional implants. However, patients who are morbidly obese and have restricted mobility primarily due to obesity are better off after a bariatric procedure.

Myth#13 “I have diabetes or hypertension or heart ailment, so  I cannot undergo Knee replacement surgery.”
Fact  - diabetes hypertension or heart.



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 13 Myths About Total Knee Replacement (TKR), Busted!

Sarcopenia refers to the loss of muscle mass caused by the natural process of ageing. Over time, the loss of muscle mass may reduce a person s strength and affect his or her balance and the ability to walk. Sarcopenia can make it difficult for one to carry on with their routine activities, such as walking, lifting objects, or climbing stairs.

The reduction in muscle mass involves both a decrease in their size and the loss of muscle fibres. Sarcopenia becomes noticeable by age 40   and the loss of muscle tissues progress more rapidly by the time you reach the 60s or 70s. Doctors believe that certain hormonal changes due to ageing are the main reason for this condition. 

Apart from that, poor nutrition and a sedentary lifestyle also contribute to muscle loss. Health experts and doctors suggest that following a proper, nutritious diet can help treat or delay sarcopenia.

Diet recommended for sarcopenia patients 

If you are diagnosed with sarcopenia, your dietician or healthcare provider will likely recommend a diet that has an abundance of proteins, omega-3 fatty acids, and vitamins to prevent further muscle loss and boost their growth.

Here is a close look at the nutrients  

Proteins

The protein in your diet signals the muscle tissues to strengthen and build. As your muscles become more resistant to this signal with age, it is important that you consume more protein to increase muscle growth. A study found that people over age 70, who consumed a wholesome meal containing 35gms of protein, saw significant growth in the muscle mass. Leucine, an amino acid, is especially essential for regulating muscle growth. Some of the best sources of leucine include meat, eggs, fish, soy, and whey protein. 

Research has shown that the optimal intake of dietary protein should be somewhere between 0.6-0.9g/pound/d of protein in older adults with chronic or acute diseases. Besides eating more protein with meals, health experts recommend adding other protein-rich foods to their daily diet, including peanuts, almonds, edamame, and chickpeas. 

Vitamin D

Vitamin D is important for maintaining and building healthy bones. This is because the main component responsible for bone health, calcium can be absorbed only when your body has sufficient vitamin D. Milk, soymilk, cheese and other dairy products, egg yolks, and fatty fish like salmon, tuna, and mackerel are some of the foods offering sufficient amounts of vital vitamin D. While natural food sources are the best way to get your daily dose of vitamin D, you can also opt for supplements to increase muscle endurance and lower the risk of falling. However, be sure to discuss with your doctor before taking vitamin supplements. 

Omega-3 fatty acids

Fish oil extracted from fatty fish contains high amounts of omega-3 fatty acids, DHA, and EPA. Due to its anti-inflammatory properties, fish oil is known to boost muscle sensitivity to resistance training and protein, allowing for growth in strength, size, and muscle mass as you age. A study conducted over 16 weeks revealed taking omega-3 supplements regularly witnessed a significant increase in muscle growth. 

Sarcopenia becomes more apparent with age and may affect your quality of life. Eating high-quality protein and enough calories can delay the rate of muscle loss. Consult a dietician and ask for a diet plan comprising these nutrients to improve muscle strength and deter sarcopenia.

What Type Of Diet Should Be Taken In Sarcopenia?

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