Colorectal surgery: How to be sure you need it?

Colorectal surgery is performed to repair damages that occur in the organs of the anus, rectum, and colon. The damage that takes place in these organs can be the result of problems with lower GI like diverticulitis (a condition wherein pouches known as diverticula in the colon wall become inflamed), cancer and inflammatory bowel disease (a group of intestinal disorders that bring about inflammation of the GI).

Who needs this surgery?

In general, colorectal surgery is an essential treatment option for ulcerative colitis, colorectal cancer, Crohn's disease (an inflammatory bowel disease that gives rise to inflammation of the gastrointestinal tract) as well as certain diverticulitis cases. In such cases, the intestinal tract undergoes major reconstruction.

There are also other bowel problems that may require surgery but not of a serious nature and these are anal fissures, hemorrhoids, bowel incontinence and rectal prolapse. Most of the surgical procedures will aid in repairing tears, get rid of blockages, or make tighter sphincter muscles (muscles that surround openings in the body).

Colorectal surgery is also performed in cases of pelvic floor disorders like rectocele (a condition in which the rectum bulges towards the vagina) and perineal hernia (a hernia that involves the pelvic floor).

At the same time, injury, ischemia or compromised blood supply and obstruction may require the performance of bowel surgery as well. Scar tissue and masses can form within the rectum, clogging the organ and preventing the normal discharge of feces from the body.

Problems like ulcerative colitis (an inflammatory bowel disease that leads to the development of ulcers in the colon as well as inflammation of the area) and diverticulitis can give rise to perforations in the rectum. Surgery is suggested in instances when drugs fail to treat the problem of ulcerative colitis.

Likewise, in the case of recurrent instances of perforations or complications in diverticulitis, surgery may be required to remove the portion of the colon affected.



Colorectal Surgery: How To Be Sure You Really Need it

Neurological disorders are the diseases of the brain and spine, and the nerves which connect the brain and spine.

Some of the most common types of Neurological disorders are:

Alzheimer s Disease (AD)

Multiple Sclerosis

Epilepsy

Migraines

Parkinson s Disease

Ayurvedic Approach of Neurological Disorders

Ayurveda is an ancient system of medicine which originated in India, having a holistic approach to focus on treating the entire being. Ayurveda treatments are based on vata, pitta, and kapha doshas, whose balance leads to harmony and whose imbalance leads to toxic accumulations inside the body. Ayurveda aims to maintain an equilibrium among the three. It has effective solutions for a number of Neurological Disorders, also called  Vatavyadhi .

Eighty types of Vatavyadhi are described in Ayurvedic texts which can be placed under four categories: Kevala vata (Vata alone), Samsarga (Vata in association with Pitta and Kapha), Avarana (due to entrapment by other Dosha/Dhatu/Mala), and Dhatu Kshaya Janya (neurodegenerative). 

Ayurvedic Treatment

Ayurveda is plant-based systems of medicine. Because of being natural and harmless, it is very popular in treating various diseases. Several herbs have excellent properties to treat panic and anxiety affecting the central nervous system. Nature s gift of herbs and minerals not only alleviates symptoms but ensures cure by regulating neural biokinesis, thus preventing recurrence, relapse, and adversity.

Ayurveda can cure a number of Neurological Disorders like migraine, sinus, Parkinson s disease, anxiety, stress, insomnia, epilepsy, hysteria, cerebral palsy, stroke, etc. For treating these Neurological Disorders Panchakarma therapy is adopted which focuses on holistic treatment for long-lasting results.

Some of the common remedies under Panchakarma therapy are:

Chamomile tea, roots of kava, passion flower, ginseng, Cannabis sativa are all prescribed for anxiety.

Valerian is used as a natural sedative and for treating insomnia and panic attacks.

Ginkgo biloba and Hypericum perforatum have neuroprotective properties and are useful in treating learning dysfunction and improving memory.

Inhaling powder of seeds of Achyranthes aspera or Prickly chaff flower relieves from stiffness and migraine.

Bark powder of Acorus calamus or Sweet flag root enhances memory by curing forgetfulness. When consumed with honey, it is beneficial for anxiety and epilepsy. Equal weights of this powder with ginger powder is recommended for facial paralysis.

Powder of Malabar nut with honey cures epilepsy.

Seed powder of Siris tree is used for treating insanity, psychosis, anxiety, and hysteria.

Coriander extract relieves vertigo and headache.

Juice of Dodder plant or Amarbel is taken in water to improve brain disorders.

Extract of branches of peepal tree cures madness.

Decoction of roots of drumstick plant is given for epilepsy and hysteria.

Velvet bean is effective in treating Parkinson s disease.

Poppy is beneficial in sleeplessness, delirium, convulsion, etc.

Decoction of leaves of guava is used to cure physical and mental deformities.

Leaves of pomegranate, when concentrated in boiling water and given in warm milk, cures fatigue and insomnia.

Leaves of pomegranate and rose petals when concentrated in boiling water and given in ghee, cure madness.

Cloves paste in water is applied on earlobes to cure migraine.

Almonds improve memory, especially when taken at an early age.

Yoga and meditation help in improving mental health by incorporating discipline and relaxation.

Take Away

For reliable cure with minimal side effects, Ayurveda is very well developed for treating many brain-related disorders with an approach of maintaining equilibrium among the three doshas and towards holistic, long-term treatment.

Neurological Disorders - How Ayurveda Can Assist?

The kidneys are responsible for the elimination of waste from the body. The blood is filtered in the kidneys and all toxic wastes are filtered out and excreted through urine. When this filtration does not happen effectively, a lot of waste can be found in the blood, which affects normal body function.

Kidneys may lose their functioning either due to age, injury, or disease conditions. Whatever the reason, when kidney function is hampered, the body suffers. If there was an injury or congenital problem, it could be unilateral and the non-affected kidney could still do the function. However, if it is infection or old age, normally both kidneys are affected and then replacement should be looked for externally. This is where a kidney transplant comes into the picture.

What is it?

It is a surgery where a healthy, functioning kidney is placed into the body. The donor could be

Living: These donors have to be related or unrelated. Related is often termed someone, who is a family member and is willing to donate one kidney (one kidney is sufficient for normal, healthy individuals) to the diseased person.
Cadaver: If a person is willing to donate kidneys post death, these are used for transplant, within a specified time.
Identifying the right donor and recipient:

Blood type and tissue type should be matched; a good tissue type match improves the chances of success
Overall health of the donor to ensure there is no heart disease, lung disease, or diabetes
The recipient also should be healthy
What to expect during surgery?

Once a donor is identified, in living donors, the surgery to remove the kidney and to transplant it are done simultaneously
The surgery usually takes about 3 to 4 hours
Antibiotics are given prior to the surgery to prevent infection
The blood vessels and ureter are connected back to the kidney after the transplant
Hospital stay can range from 5 days to 2 weeks, depending on the overall health of the patient and the anticipated risk of rejection.
Most transplanted kidneys work effectively almost immediately. A kidney stored from a cadaver may take a little longer compared to a fresh kidney from a living donor
People who have had transplants are put on immunosuppressants on a chronic basis to reduce chances of rejection. The new kidney will always be recognised by the body as a foreign body, and so this is essential.
Kidney transplant success rates are quite high, and more and more people are opting for transplants as opposed to dialysis.

Kidney Transplant - What To Expect From It?

What Happens When the Electrical Activity of Your Heart Changes?

The heart's electrical conduction system plays a very important role in cardiovascular functioning. Also known as the atrioventricular (AV) conduction system, it regulates and controls the timing of the heartbeat.

How does the heart's electrical conduction system work?

There is a collection of electrical cells in the upper right atrium of the heart known as the sinoatrial (SA) node which acts as a natural pacemaker and generates electrical signals. These signals travel through specialized electrical pathways and stimulate the muscular walls of the heart to contract in a rhythmic manner. This gives rise to the heartbeat that pulses at a specific frequency every minute.

What is the effect of fluctuations in electrical activity on the heart?

The standard heart rate in human being ranges from 60 to 100 beats per minute. It slows down when a person sleeps and speeds up when one experiences physical or emotional heightening. These fluctuations are triggered by the brain or other systems of the body and signal the SA node to generate charges more rapidly or slowly. This leads to spikes and drops in the heart rate, depending on the nature of the situation.

What happens when there is dysfunction in the heart's electrical activity?

When the heart's electrical conduction system does not function properly, it leads to the occurrence of a condition known as arrhythmia or abnormal heart rhythm. This happens when electrical impulses are generated in an irregular manner and causes tachycardia (rapid heartbeats) or bradycardia (slow heartbeats) which takes place in jarring infrequent tempos.

What causes fluctuations in the heart's electrical activity?

There are various kinds of triggers that cause the heart rate to fluctuate. The exact nature of fluctuation also depends on the type of trigger. A few everyday examples of these causes are as follows:
- Exercise and strenuous physical activity increases electrical activity as the heart is required to beat faster so as to increase the supply of blood and oxygen to the muscles.
- Sleep and rest reduce heart rate as the body is not needed to exert itself.
- Release of adrenaline into the bloodstream causes the heart rate to spike up.



What Happens When the Electrical Activity of Your Heart Changes?

Food plays a vital role in lowering the cholesterol apart from timely medication. Here is a list of 10 foods that contribute to a great extent in lowering the cholesterol level:

Oats: Changing the morning meal is the first action you should take. Oatmeal can bring down the LDL level to a staggering 5.3 percent in a matter of 6 weeks. It contains beta-glucan, which is capable of absorbing the LDL present in the blood.
Red wine: You can cheer to reduced cholesterol with a glass of red wine in hand. A study conducted by the Universidad Complutense de Madrid in Spain found that red wine can reduce the cholesterol level up to 9 percent owing to a vital component known as Rioja present in it.
Salmon Fish: Fatty and salmon fish contains Omega-3 fatty acids. They are known to be extremely effective for diseases such as dementia, cardiovascular diseases and much more. A study conducted by the Loma Linda University found that Omega-3 can increase the HDL by up to 4 percent. 
Nuts: Nuts can reduce the cholesterol by up to 9.3 percent, a study by the American Journal of Clinical Nutrition revealed. 1.5 oz of regular consumption of nuts greatly helps in bringing down cholesterol. Since nuts are very rich in protein, portion control is necessary to refrain putting on weight.
Beans: A research conducted by the Arizona State Polytechnic University revealed that adding beans to soup can bring down the LDL up to 8 percent. Owing to their rich fibre content, they effectively absorb cholesterol. Some of the beans that can be tried include kidney, black and pinto beans.
Cocoa: A study conducted by the AJCN reported that the daily intake of cocoa increases the HDL by over 20 percent in 3 months. Due to its high antioxidant content, it streamlines the blood flow and doesn t let platelets stick together.
Garlic: 2-3 cloves of garlic per day can dramatically reduce cholesterol-limiting LDL into the artery. It can prevent other conditions such as blood pressure, infections and blood clotting. Garlic can be consumed with any regular dish. 
Olive oil: Olive oil has multiple health benefits. It contains a compound known as MUFAs that lowers cholesterol and helps to get rid of abdomen fats. You can use it with salads, roast vegetables and marinate chicken.
Avocado: Avocado contains monounsaturated fat that helps to raise the level of HDL and lower the LDL in the body. It contains Beta-sitosterol that absorbs cholesterol and brings down the count of it in the body. Owing to its high-calorie content, portion size should be looked into.
Margarine: Two margarine can lower the LDL level up to 14 %. They are capable of absorbing cholesterol from the bile. It can be consumed with toast in the morning or as a snack in the evening.

Cholesterol - 10 Foods That Lower it!

If you are young chances are you aren t worried about this particular neurodegenerative disease, and rightly so since the only people afflicted by it are above the age of 50. Although, there are a lot of cases where it develops in the younger age bracket, so you need to be careful and examine the signs of early onset Parkinson s and be wary if any of these symptoms apply to you.

Parkinson s is a neurological disorder wherein the dopamine-producing neurons are affected in a particular area of the brain. It can cause tremors and balance problems, eventually worsening over time. Here are some signs that you should keep an eye out for:

Tremors: If you are experiencing tremors, while at rest, in your hands, arms, fingers or your jaw then it is a sign that you need to be aware about. In an excitable or stressful situation, the tremors may even worsen.
Micrographia: Your hand movements become restricted and, as a result, your handwriting may become cramped and the words smaller in size. Examine your handwriting from the past with your present one, if you find a noticeable difference in the size and positioning of the letters and if you feel like the sentences are extremely crowded together, be wary.
Olfactory issues: One of the symptoms of early onset could be the loss of the sense of smell. If you feel like you can t sense stronger aromas like that of spices and pickle or even bananas as well as others and it isn t because your nose is blocked then you need to be on the lookout.
Sleeping troubles: There are times when you feel restless in bed while trying to sleep. If this becomes a routine then it could be a sign that you are prone to Parkinson s. Sudden movements and jerking while sleeping is a bad sign.
Stiffness: If your arms and joints feel stiff without reason, and you feel like free body movement is restricted or limited if you feel like you can t swing your arms or move your fingers freely, it is a definite sign that you might have Parkinson s. Stiffness can even lead to muscle pain in various parts of the body. Bradykinesia or slowness of movement is common with the stiffness of the body.
Constipation: If every time you have to defecate you have to strain yourself and put a lot of pressure on your bowels, and bowel movement does not come naturally or easily, even with the inclusion of roughage in your diet, it is a symptom.

6 Signs Of Early On-Set Parkinson's That You Need To Look Out For

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