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Ailmemts & Remedies

Sleepwalking(Somnambulism)

Definition:
Sleepwalking (also called somnambulism or noctambulism) is a parasomnia or sleep disorder where the sufferer engages in activities that are normally associated with wakefulness while he or she is asleep or in a sleep-like state. Sleepwalking is usually defined by or involves the person affected apparently shifting from his or her prior sleeping position and moving around and performing normal actions as if awake (cleaning, walking and other activities). It is a disorder characterized by walking or other activity while seemingly still asleep.Sleepwalkers are not conscious of their actions on a level where memory of the sleepwalking episode can be recalled, and because of this, unless the sleepwalker is woken or aroused by someone else, this sleep disorder can go unnoticed. Sleepwalking is more commonly experienced in people with high levels of stress, anxiety or psychological factors and in people with genetic factors (family history), or sometimes a combination of both.

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A common misconception is that sleepwalking is acting out the physical movements within a dream, but in fact, sleepwalking occurs earlier on in the night when rapid eye movement (REM), or the “dream stage” of sleep, has not yet occurred.

A majority of people move their legs while sleeping; however, sleepwalking occurs when both legs move in synchronization[citation needed], which is much less common.

Sleepwalking can affect people of any age. It generally occurs when an individual moves during slow wave sleep (during stage 3 or 4 of slow wave sleep—deep sleep) (Horne, 1992; Kales & Kales, 1975). In children and young adults, up to 80% of the night is spent in SWS (50% in infants). However, this decreases as the person ages, until none can be measured in the geriatric individual. For this reason, children and young adults (or anyone else with a high amount of SWS) are more likely to be woken up and, for the same reasons, they are witnessed to have many more episodes than the older individuals.

Causes:
This causes REM atonia, a state in which the motor neurons are not stimulated, and thus the body’s muscles do not move. Lack of such REM atonia causes REM Behavior Disorder.

The normal sleep cycle involves distinct stages from light drowsiness to deep sleep. Rapid eye movement (REM) sleep is a different type of sleep, in which the eyes move rapidly and vivid dreaming is most common.

During a night, there will be several cycles of non-REM and REM sleep. Sleep walking (somnambulism) most often occurs during deep non-REM sleep (stage 3 or stage 4 sleep) early in the night. It can occur during REM sleep near morning.

In children, the cause is usually unknown but may be related to fatigue, prior sleep loss, or anxiety. In adults, sleepwalking is usually associated with a disorder of the mind but may also be seen with reactions to drugs and alcohol, and medical conditions such as partial complex seizures. In the elderly, sleepwalking may be a symptom of an organic brain syndrome or REM behavior disorders.

Incidence:

The sleepwalking activity may include simply sitting up and appearing awake while actually asleep, getting up and walking around, or complex activities such as moving furniture, going to the bathroom, dressing and undressing, and similar activities. Some people even drive a car while actually asleep. The episode can be very brief (a few seconds or minutes) or can last for 30 minutes or longer.

One common misconception is that a sleep walker should not be awakened. It is not dangerous to awaken a sleep walker, although it is common for the person to be confused or disoriented for a short time on awakening. Another misconception is that a person cannot be injured when sleep walking.

Sleep walking occurs at any age, but it occurs most often in children aged 6 to 12. It may occur in younger children, in adults, or in the elderly, and it appears to run in families.

Risk Factors:

Sleepwalkers are more likely to endanger themselves than anyone else.Actually, injuries caused by such things as tripping and loss of balance are common for sleep walkers. When sleepwalkers are a danger to themselves or others (for example, when climbing up or down steps or trying to use a potentially dangerous tool such as a stove or a knife), steering them away from the danger and back to bed is advisable. It has even been reported that people have died or were injured as a result of sleepwalking. Sleepwalking should not be confused with psychosis.

Sleepwalking has in rare cases been used as a defense (sometimes successfully) against charges of murder.

Symptoms:

* eyes open during sleep
* may have blank facial expression
* may sit up and appear awake during sleep
* walking during sleep
* other detailed activity during sleep, any sort
* no recall of the event upon awaking
* confusion, disorientation on awakening
* sleep talking is incomprehensible and non-purposeful

Diagnosis:

Usually, no further examination and testing is necessary. If sleepwalking is frequent or persistent, examination to rule out other disorders (such as partial complex seizures) may be appropriate. It may also be appropriate to undergo a psychologic evaluation to determine causes such as excessive anxiety or stress, or medical evaluation to rule out other causes.

Treatment:

Usually no specific treatment for sleepwalking is needed.

Safety measures may be necessary to prevent injury. This may include modifying the environment by moving objects such as electrical cords or furniture to reduce tripping and falling. Stairways may need to be blocked off with a gate.

In some cases, short-acting tranquilizers have been helpful in reducing the incidence of sleepwalking.

For kids who sleepwalk often, doctors may recommend a treatment called scheduled awakening. This disrupts the sleep cycle enough to help stop sleepwalking. In rare cases, a doctor may prescribe medication to help someone sleep.

Prognosis:
Sleepwalking may or may not reduce with age. It usually does not indicate a serious disorder, although it can be a symptom of other disorders.

Prevention:
# Relax at bedtime by listening to soft music or relaxation tapes.
# Have a regular sleep schedule and stick to it.
# Keep noise and lights to a minimum while you’re trying to sleep.
# Avoid the use of alcohol or central nervous system depressants if prone to sleepwalking.
# Avoid fatigue or insomnia, because this can instigate an episode of sleepwalking.
# Avoid or minimize stress, anxiety, and conflict, which can worsen the condition

Statistics:-

* Eighteen percent of the world’s population is prone to sleepwalking.
* Somewhere between 1% and 16.7% of U.S. children sleepwalk, and juveniles are more prone to the activity.[citation needed]
* One study showed that the highest prevalence of sleepwalking was 16.7% for children of 11–12 years of age.[citation needed]
* Males are more likely to sleepwalk than females.[citation needed]

Activities such as eating, bathing, urinating, dressing, driving cars, whistling, and committing murder have been reported or claimed to have occurred during sleepwalking. Contrary to popular belief, most cases of sleepwalking do not consist of walking around (without the conscious knowledge of the subject). Most cases of somnambulism occur when the person is awakened (something or someone disturbs their SWS); the person may sit up, look around and immediately go back to sleep. But these kinds of incidences are rarely noticed or reported unless recorded in a sleep clinic.[citation needed]

Sleepwalkers engage in their activities with their eyes open so they can navigate their surroundings, not with their eyes closed and their arms outstretched, as often parodied in cartoons and films. The subject’s eyes may have a glazed or empty appearance, and if questioned, the subject will be slow to answer and may be unable to respond in an intelligible manner.

Disclaimer: This information is not meant to be a substitute for professional medical advise or help. It is always best to consult with a Physician about serious health concerns. This information is in no way intended to diagnose or prescribe remedies.This is purely for educational purpose.

Resources:

http://www.medicinenet.com/sleepwalking/article.htm
http://en.wikipedia.org/wiki/Sleepwalking
http://kidshealth.org/kid/stay_healthy/body/sleepwalking.html

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Coffee Drinkers May Live Longer

Here’s some good news for coffee buffs — drinking large amounts of the caffeinated concoction does not increase the risk of an early death, and, if you are a woman, it may protect you from developing heart disease.

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A new research has revealed that drinking up to six cups of coffee a day has no negative effect on the health of a person and it could reduce the risk of women dying from fatal heart attacks and stroke by almost a quarter.

Researchers have based their findings on an analysis of 84,000 women and 41,000 men who were tracked for 20 years. The participants completed questionnaires every two to four years about their coffee intake and habits like diet, smoking.

According to study’s author Esther Lopez-Garcia of the School of Medicine at Universidad Autonoma de Madrid in Spain, “Coffee consumption was not associated with a higher risk of mortality in middle-aged men and women.

“(However) The possibility of a modest benefit of coffee consumption on heart disease, cancer, and other causes of death needs to be further investigated.”

Sources: The Times Of India

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Featured Healthy Tips

Music ‘Can Aid Stroke Recovery’

Listening to music in the early stages after a stroke can improve a patient‘s recovery, research suggests.

The cheap, easy way to treat stroke  is MUSIC  >……...click & see the pictures

The researchers compared patients who listened to music for a couple of hours a day, with those who listened only to audio books, or nothing at all.

The music group showed better recovery of memory and attention skills, and a more positive general frame of mind.

Writing in journal Brain, the Finnish team who studied 60 patients said music could be a useful addition to therapy.

Lead researcher Teppo Sarkamo, from the University of Helsinki, said music could be particularly valuable for patients not yet ready for other forms of rehabilitation.

It also had the advantage of being cheap and easy-to-conduct.

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The study focused on 60 stroke patients who took part in the research as soon as possible after they had been admitted to hospital.

The aim was to offer music therapy before the changes in the brain that can take place in the aftermath of a stroke had a chance to kick in.

Most of the patients had problems with movement and with cognitive processes, such as attention and memory.

Patients in the music group were able to chose the type of music they listened to. All patients received standard stroke rehabilitation.

After three months, verbal memory improved by 60% in the music group, compared with18% in the audio book group, and 29% in the non-listeners.

Focused attention – the ability to control and perform mental operations and resolve conflicts – improved by 17% in the music group, but not at all in the other two groups.

In addition, patients in the music group were less likely to be depressed, or confused.

Mr Sarkamo said: “Other research has shown that during the first weeks and months after stroke, the patients typically spend about three-quarters of their time each day in non-therapeutic activities, mostly in their rooms, inactive and without interaction, even although this time-window is ideal for rehabilitative training from the point of view of brain plasticity.

“Our research shows for the first time that listening to music during this crucial period can enhance cognitive recovery and prevent negative mood, and it has the advantage that it is cheap and easy to organise.”

However, he admitted that further work was needed to confirm the study, and that it should not be assumed that music therapy would work all patients.

He said: “Rather than an alternative, music listening should be considered as an addition to other active forms of therapy, such as speech therapy or neuropsychological rehabilitation.”

Possible theories :-

The researchers said it was possible that music directly stimulated recovery in the damaged areas of the brain.

Alternatively, it might stimulate more general mechanisms related to the ability of the brain to repair and renew its neural networks after damage.

Or it might specifically act on the part of the nervous system that is implicated in feelings of pleasure, reward and memory.

Dr Isabel Lee, of The Stroke Association, welcomed the research.

However, she said: “Further research into the effect of music on stroke patients needs to be undertaken before any widespread use, as presently the mechanisms of any effect remain unclear.”

Click to See:->

Music training ‘good for heart’
Music ‘aids the healing process’
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Music therapy on hospital wards
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Sources:BBC NEWS:20Th. Feb,’08

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News on Health & Science

Cannabis: remedy for skin disease

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Cannabis might help alleviate allergic skin disease!

Elements produced from the cannabis plant could enhance therapeutic treatment for humans.

Allergic contact dermatitis, a skin disease, might be alleviated with the use of a substance found in the cannabis plant, a team of researchers from Germany, Israel, Italy, Switzerland and the US has found.

Allergic contact dermatitis (ACD) is caused by reaction to something that directly contacts with the skin. It can be caused by many different substances called allergens.

Usually these substances cause no trouble for most people, and may not even be noticed the first time the person is exposed.

But once the skin becomes sensitive or allergic to the substance, any exposure will produce a rash. The rash usually doesn’t start until a day or two later, but can start a soon as hours or as late as a week.

In earlier work, Prof Raphael Mechoulam’s research group at the Hebrew University isolated two naturally occurring cannabinoid (cannabis-like) components — one from the brain, named anandamide, and another from the intestines named 2-AG.

These two cannabinoids, plus their receptors and various enzymes that are involved in the cannnabinoids’ syntheses and degradations, comprise the endocannabinoid system. These materials have similar effects to those of the active components in hashish and marijuana, produced from the cannabis plant.

As part of this study, a team of researchers including Dr Andreas Zimmer and Prof Mechoulam tested the endocannabinoid system as a major regulator of cutaneous (skin) contact hypersensitivity (CHS) in a mouse model.

The researchers found that mice lacking cannabinoid receptors displayed intensified inflammatory skin responses to an allergen.

In order to better understand the molecular mechanism that might contribute to the increased CHS in cannabinoid-receptor deficient mice, the researchers performed a series of experiments which showed that mouse skin cells produce a specific chemical (a chemokine) which is involved in the annoying disease reaction.

Activation of the endocannabinoid system in the skin upon exposure to a contact allergen lowers the allergic responses through modulating the production of this chemokine.

The results thus clearly showed a protective role for the endocannabinoid system in contact allergy in the skin and suggested that development of cannabinoid compounds based on elements produced from the cannabis plant could enhance therapeutic treatment for humans.

Source:The Times Of India

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Standing Tall, Walking Erect

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Joints are constantly used during a lifetime of activity. Worn out cells are efficiently replaced. If the rate of repair falls below the rate of damage, painful degenerative osteoarthritis sets in. This generally occurs earlier in overweight individuals, smokers and those with complicating medical illnesses such as diabetes.

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Around 75 per cent of the population over the age of 65 has X-ray evidence of osteoarthritis in the hips or knees. Such people may complain of stiffness, especially after a period of inactivity. There may be difficulty in standing up, stepping and walking. The gait may be waddling and abnormal. There may be dull ache or a sharp, stabbing radiating pain. The knees may be obviously deformed and bent. Balance becomes a problem and frequent falls may occur.

Lifestyle modifications are required for the management of osteoarthritis, and this may include cessation of smoking, treatment of underlying diseases and weight loss.

A common misconception is that exercise will “wear out” an osteoarthritic joint. Low-impact exercises such as walking and cycling are actually beneficial. Physiotherapists can teach effective quadriceps-strengthening exercises (for the knees) and hip motion exercises. These increase flexibility. Strengthening the muscles surrounding an affected joint helps to hold the bones in place, reduces pain and maintains mobility. Exercises must be performed every day for them to be effective. If discontinued, accrued benefit disappears in three days. Patients who participate in exercise programmes have less pain and depression and improve faster than those who rely on medications alone.

Topical application of creams and ointments containing capsaicin (an extract of green pepper), applied four times daily, provide excellent pain relief.

Many patients with osteoarthritis of the hip and knee are more comfortable if they wear slippers with good shock-absorbing properties.

Canes are an excellent aid when held on the unaffected side of the body. For maximum effectiveness, the top of the cane’s handle should reach the patient’s wrist crease (when the patient is standing with arms straight down). Such canes can reduce hip and knee weight bearing by 20 to 30 per cent.

If the person is still incapacitated, medications can be used. In older individuals, dosage has to be carefully monitored to prevent kidney or liver damage.

Paracetamol is the probably the safest drug. It provides excellent pain relief. Non Steroidal Anti-Inflammatory Drugs (NSAIDs) such as ibubrufen or diclofenac can be used for a short time. The “Cox” group, which includes celecoxib, is also effective.

Anecdotal evidence suggests that “food supplements” such as glucosamine sulphate and chondroitin sulphate are safe and effective in patients with osteoarthritis. Actual studies, however, have not demonstrated any proven benefit.

If there is pain and disability despite these simple measures, affected joints can be injected with steroids or hyaluronic acid analogues.

Surgical intervention is also an option. The joint can be viewed, lavaged and debrided through an arthroscope.

Hips and knees can now be replaced. This should be considered if there is severe persistent pain, loss of motion, inability to stand or climb stairs, deformity and if all other therapies have failed. Earlier, replacement was an option reserved primarily for severely affected adults over 60 years. The artificial joints were heavy and maladroit, and the surgery was long and complicated. But now, research has converted the clumsy, original hinge joint into an engineering marvel. Lightweight biocompatible and durable materials such as plastic, titanium and stainless steel are now used. They resist corrosion, degradation and wear. Surgeons no longer need to make 12-inch incisions to replace the joints. Keyhole surgery is possible.

Replacement surgery is successful in more than 90 per cent of patients. Age is no bar to this procedure though it is marginally riskier in older people with other complicating illnesses. (Britain’s Queen Mother underwent the surgery at the age of 95, and survived for six years after that). If the surgery is performed in active, younger individuals, the replaced joint itself can get worn out after 15 or 20 years, requiring a second surgery.

Physiotherapy speeds recovery and strengthens the muscles supporting the new joint, enabling rapid mobilisation. Within a few days, sitting up or even supported walking with crutches or a walker is possible. Eventually, within a month, unsupported walking is possible.

Squatting is not possible after replacement surgery. High-impact activities such as running are better avoided but swimming, walking and cycling are possible.

Two joints should not be operated simultaneously. There should be least a month’s gap in between surgeries.

Walking is an essential function for all age groups. Effortless walking requires coordination and unhindered functioning of the bones and joints involved. Replacement surgery does this, giving patients a new lease of life.

Sources:The Telegraph (Kolkata,India)

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