Yoga is a very important part of everyone s life. Yoga is a time tested and natural way to eliminate various diseases and problems with the body as well as the mind. It is antiquated craftsmanship that strengthens the body as well as relaxes the brain with the right dose of mindfulness as well. Yoga tends to stimulate the nervous system and the endocrine, digestive and circulatory systems and improve the functioning of the same.

 

Below mentioned postures affect at least one of these systems, thereby clearing the path for a strong immune system. ;

Shishuasana (child posture): shishuasana is a phenomenal stance that de-congests the abdomen and constructs a superior and stronger immune system.

Setu bandhasana (bridge posture): setu bandhasana opens the heart and enhances the blood flow. It increases the energy in the body to build a strong resistance against pathogens.

Halasana (plow posture): halasana is a pose that requires a backward bend. It discharges white cells in the body and strengthens the immune system.

Bhujangasana (cobra posture): bhujangasana is a mid-section opening posture which discharges white cells that enhance the body s resistance.

Dhanurasana (bow posture): dhanurasana is yet another posture that enhances the flow of white cells by putting weight on the working of the digestive system.

Matsyasana (fish posture): matsyasana stretches the abdomen and chest and strengthens the thymus. This enhances the body's invulnerability level.

Vinyasa adho mukha svanasana (flowing downward facing dog pose): begin with the plank pose, palms lying on the floor just underneath your shoulder and extend the legs backward. The whole body should form a straight line like a board. Taking a full breath, lift your hips off the floor. Hold yourself on the hands and heels. Your head needs to point towards the ground. Take full breaths, two or three times, as you hold the position. Breathe out a deep breath, relax and return to the plank posture. Gradually bring down your body. Slide your hands backward, allowing your palms to rest alongside the chest. Toes need to be in contact with the mat or the floor.

Ayurveda, yoga and meditation are the perfect variables to carry on with a sound life.

 

Yoga Asanas That Can Boost Your Immune System

When abnormal cells grow inside the brain and are in the form of a mass the condition is called a brain tumour. However, on the other hand, brain cancer is a disease of the brain in which cancer cells (malignant cells) arise in the brain tissue. Cancer cells grow to form a mass of cancer tissue (tumour) that interferes with brain functions such as muscle control, sensation, memory, and other normal body functions. 

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Some brain tumours are cancerous while others fall under the category of non-cancerous ones.

Brain cancer is actually the abnormal growth and uncontrolled growth of the cancer cells in the brain, that forms a tumour in the brain. Tumours can be either benign or malignant.

Benign brain tumours are abnormal collections of cells that reproduce slowly and usually remain separate from the surrounding normal brain.

Malignant tumours reproduce and grow quickly. Their borders are hard to distinguish from the normal brain around them.

 

The underlying cause of primary brain cancer, cancer that begins in the brain, is not known. Secondary brain cancer is caused by a cancer of another organ in the body, such as the breast, prostate, kidney, skin, or bone, that has spread to the brain.

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The brain tumours originate in the brain itself. Tumours start to develop if there are mutations in the dna. It is because of these mutations that cells of the brain increasingly grow and divide. Usually, in adults, the primary brain tumours are uncommon in comparison to the secondary brain tumours.


 

There are few early symptoms of brain cancer, but as the tumour grows within the confines of the skull, it causes increased intracranial pressure and exerts pressure on the brain, causing signs to develop.


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Brain cancer occurs when there is an uncontrolled growth of cancer cells in the brain that form a malignant brain tumour. The underlying cause of primary brain cancer, cancer that begins in the brain, is not known. Secondary brain cancer is caused by a cancer of another organ in the body, such as the breast, prostate, kidney, skin, or bone, that has spread to the brain.


 

What Is The Significant Difference Between Brain Tumour And Brain Cancer?

Thyroid cancer refers to the type of ;cancer that originates in the thyroid gland. Cancer develops when the cells in your thyroid gland begin multiplying uncontrollably to form malignant tumours.

What leads to the development of cancer in the thyroid glands is not clearly known. However, a combination of environmental factors and genetics could be a leading cause of cancer.

Thyroid cancer is the sixth most common cancer in women, and usually affects those in their 20s and early 30s.

Types of thyroid cancer

Four types of thyroid cancer are prevalent, which are  


	
	Papillary thyroid cancer   ;this is the most common type of thyroid cancer. Cancer typically develops in one of the two lobes in the thyroid gland, and gradually spreads to the lymph nodes in your neck.
	
	
	Follicular thyroid cancer   ;the second most common type is the follicular thyroid cancer. Here the disease spreads to other body parts and organs, like the bones or lungs rather than the lymph nodes.
	
	
	Medullary cancer   cancer starts from the c-cells of the thyroid gland, which usually produce a hormone called ;calcitonin. The disease can spread to the lungs, liver, or lymph nodes even before a nodule is discovered.
	
	
	Anaplastic thyroid cancer   this form of cancer is rare but aggressive. It develops from an existing follicular or papillary cancer and spreads to other parts of the body faster than any other type of thyroid cancer.
	


Symptoms to watch out for

The symptoms of thyroid cancer depend on its type. Although there are no observable symptoms in the initial stage, you might be able to spot some changes in your body as cancer progresses. These symptoms include:


	
	A lump or mass in the neck that can be felt through the skin
	
	
	Change in voice   ;hoarseness
	
	
	Pain in the throat and neck
	
	
	Difficulty in swallowing
	
	
	Swelling of the lymph nodes in your neck
	


Diagnosis and treatment

The following tests/procedures can help detect thyroid cancer early  


	
	Blood test
	
	
	Ultrasound
	
	
	Biopsy
	
	
	Imaging tests
	
	
	Genetic testing
	
	
	Pet scan
	


Once cancer is diagnosed, appropriate treatment will be prescribed depending on the stage. Primary treatment options include  


	
	Chemotherapy ;  medications are infused through veins to kill cancer cells
	
	
	Radiation therapy   high-energy radio beams are directed to destroy cancer cells
	
	
	Radioactive ;iodine   large doses of radioactive iodine are given orally
	
	
	Targeted therapy   medications are given to attack certain vulnerabilities in the cancer cells
	
	
	Surgery ;  complete or partial removal of the thyroid gland or the lymph nodes
	


Prior to the treatment, your doctor will discuss the treatment plan specific to your diagnosis. Thyroid cancer is curable if detected at the right time. Therefore, do not lose hope and consult a specialist as early as possible.

Thyroid Cancer: Causes, Symptoms, And Treatment

Preeclampsia is a condition that affects women during pregnancy. It is characterized by increased blood pressure and high levels of protein in the urine. Women with preeclampsia also experience swelling in the feet, legs, and arms.

Researchers suspect that excessive body fat or poor nutrition are the primary contributors to preeclampsia and eclampsia.

If left undetected, preeclampsia can lead to a more severe complication, known as eclampsia. Eclampsia can put you and your baby at risk, and can even lead to death (in rare cases).

How do preeclampsia and eclampsia affect the mother?

Preeclampsia and eclampsia can cause a host of complications for the mother, such as the following  

Hellp syndrome   hellp syndrome refers to three different conditions   low platelet count, elevated liver enzymes, and haemolysis. This generally occurs late in pregnancy and affects the processing of rbc, functioning of the liver, and blood clotting.

Seizures

Heart and renal failure

Water in the lungs

Bleeding from the liver

Reversible blindness

Effects of preeclampsia and eclampsia on the baby

Preeclampsia can lead to problems with the placenta in the initial stage of pregnancy. This may pose risks, including the following to the baby  

Lack of nutrients and oxygen, which may prevent the foetus to grow properly

Preterm birth

Stillbirth   this happens when the placenta is separated from the uterine wall

Infant death

Stillbirths are more common when the mother has suffered from a severe form of preeclampsia, like hellp syndrome.

Preeclampsia and eclampsia are linked to a myriad of health issues and life-long challenges for prematurely born babies. These may include cerebral palsy, learning disorders, epilepsy, deafness and blindness.

There is no particular cure for preeclampsia and eclampsia. Treatment, however, depends on how close you are to your due date, and how much the foetus has developed. In the case of mild preeclampsia, your doctor may recommend resting, healthy eating   that limits salt intake   and regular prenatal checkups.

Effects Of Preeclampsia And Eclampsia On You And The Baby

C-reactive protein ;is a type of protein produced by the liver in response to an infection ;or inflammation. When your body contracts an infection, the white blood cells produce proteins to fight it. Some of these proteins activate the liver into producing c-reactive protein. For many years, the crp ;blood level has been used to ascertain the level of infection or inflammation.

Assessing the risk of heart disease ;with c-reactive protein

The level of crp is a potential indicator of how likely you are to develop cardiovascular diseases. This is because the development of atherosclerosis is linked with inflammation within the walls of your blood vessel. This results in higher levels of c-reactive protein in atherosclerosis patients than in those without the disorder.

The greater the crp levels, the more chances you have of being affected by cardiovascular disorders. The test also determines the risk of a second attack.

The value of knowing your crp levels depends on whether you come under one of three cardiovascular risk groups.


	
	High risk   not important to know crp because you should be combining lifestyle changes and aggressive treatment to reduce risk
	
	
	Intermediate risk   helpful to find out crp levels, as it can provide vital information crucial in deciding the next line of treatment
	
	
	Low risk   even if your crp levels are high, you will not be at risk   due to negligible risk factors and low cholesterol levels   that should require more than just lifestyle changes
	


To find out crp levels you will have to take a blood test. C-reactive protein is classified into  


	
	High   equal to or greater than 3
	
	
	Intermediate   between 1 and 3
	
	
	Low   below 1
	


If you are having a c-reactive protein test to check for heart diseases, your healthcare provider may recommend a cholesterol test as well. A number of other tests may also be prescribed to evaluate your risk further.

How C-reactive Protein Can Pose A Risk For Heart Disease?

What are the different types of sickle cell disease?

Sickle cell disease or sickle cell disorder is a term often used to talk about a group of diseases affecting hemoglobin. It is the oxygen-carrying element of blood that makes up 2 alpha globins and 2 beta globins. Sickle cell disease happens due to beta-globin mutation and depending on the abnormality in mutation.

Types-
Sickle cell diseases can be of many types depending on the gene mutation in the blood. Some of the common types are-

Sickle hemoglobin s disease (ss)
Hemoglobin ss disease or sickle cell anemia is the most popular type of scd. It takes place when hemoglobin s gene mutation is inherited from both mother and father. In simple words, it happens when the child inherits one substitution beta-globin gene from each parent. In this type, the body only produces hemoglobin s. It is mostly found in people of african and indian origin.

Sickle hemoglobin- c disease (sc):
Patients with sickle hemoglobin sc disease have a moderately dissimilar swapping in their genes of beta-globin. Here, both hemoglobin c and hemoglobin s are inherited from each parent. It may cause similar symptoms like anemia but remains relatively l. People of west african and mediterranean origin are more prone to this.

Hbs beta-thalassemia
People with this type of scd inherit one sickle cell gene s and one gene for beta-thalassemia from each parent. Zero and plus are the two common types of beta-thalassemia. While beta 0 thalassemia usually takes a severe form, beta + thalassemia is a milder form of the disease.

Sickle beta-zero thalassemia
Beta-zero thalassemia takes form when the child inherits the beta s gene from one parent and beta 0 thalassemia gene mutation from the other. With similar symptoms to anemia, it is a slightly severe form of beta-thalassemia.

Sickle beta-plus thalassemia
Substitutions in both beta-globin genes take place in patients with sickle beta thalassemia (sb) disease. This may even lead to the requirement of blood transfusion if no normal beta globin is produced. Mediterranean and caribbean people are more likely to have this disorder.

Hemoglobin sd, hemoglobin se, and hemoglobin so
These are the few rare and not less common types of sickle cell diseases. They are also less severe. People with these forms of scd inherit one sickle cell gene s and one gene from uncommon hemoglobin (d, e, or o) from each parent.

Sickle cell trait
Hbas
People with sct have one sickle cell gene s and one normal gene a from both mother and father. Ones with this disorder show few to no signs of the disease and usually spend a normal life. However, the risk to their future generations still exists.
 

What Are The Different Types Of Sickle Cell Disease?

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