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News on Health & Science

Excess Cola Can Paralyze Muscles

Think twice before you take a sip from that cola bottle this summer. Experts are warning that excessive cola consumption can lead to anything from  mild weakness to profound muscle paralysis.
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This is because the cola drinks can cause blood potassium to drop dangerously low, they report in the International Journal of Clinical Practice.

They tell of the curious case of an Australian ostrich farmer who needed emergency care for lung paralysis after drinking 4-10 litres of cola a day.

He made a full recovery and was advised to curtail his cola intake, BBC News portal reported on Tuesday.
Another example included a pregnant woman who regularly consumed up to three litres a day for the last six years and complained of tiredness, appetite loss and persistent vomiting.

A heart trace revealed she had an irregular heartbeat, most likely caused by her low blood potassium levels.
Once she stopped drinking such quantity of cola, she made a full and uneventful recovery.

The investigators believe these cases are not atypical and that many people risk problems due to their intake. Manufacturers insist the products are safe when consumed in moderation.

In a commentary, Clifford Packer from the Louis Stokes Cleveland VA Medical Centre in Ohio said: “We have every reason to think that it is not rare. With aggressive mass marketing, super-sizing of soft drinks, and the effects of caffeine tolerance and dependence, there is very little doubt that tens of millions of people in industrialised countries drink at least 2-3 litres of cola per day. “It follows that the serum potassium levels of these heavy cola drinkers are dropping, in some cases, to dangerous low levels.”

The author of the study, Moses Elisaf from the University of Ioannina in Greece, said it appeared that hypokalaemia can be caused by excessive consumption of three of the most common ingredients in cola drinks – glucose, fructose and caffeine. “The individual role of each of these ingredients in the pathophysiology of cola-induced hypokalaemia has not been determined and may vary in different patients. However in most of cases we looked at for our review, caffeine intoxication was thought to play the most important role.

“This has been borne out by case studies that focus on other products that contain high levels of caffeine but no glucose or fructose.”

Despite this, he warned that caffeine free cola products could also cause hypokalaemia because the fructose they contain can cause diarrhoea. “We believe that further studies are needed to establish how much is too much when it comes to the daily consumption of cola drinks.”

Sources: The Times Of India

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Categories
Herbs & Plants

Feather Bells

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BOTANICAL NAME: :Stenanthium gramineum
FAMILY: Liliaceae/Melanthiaceae
GENUS:Stenanthium
KINGDOM:Plantae
ORDER:Liliales
COMMON NAME : Feather bells,Featherfleece and grass-leaved lily.
SYNONYMS: Stenanthium robustum S. Wats. (= var. robustum (S. Wats.) Fern.

HABITAT: Moist rocky woods, rich wooded slopes; most frequent on acid soils. Mostly found in north America

DESCRIPTION:  
Feather Bells is  a Perennial  plantt and the  height is 3 to 5 feet .Flower is small white to green on branched cluster up to 2 feet long. Each flower has three pointed petals and three sepals (longer than their width); flowers on lateral branches are mostly staminate   Stems arising from bulbous base are leafy below, reduced upwards to panicle, 0.25-1.9 m; flowers and fruits June-Sept.

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Flowering Season: Summer into fall
Foliage: Long, narrow grasslike leaves are folded lengthwise; most numerous near the base
Site: Moist meadows, bogs, deciduous forests

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SIMILAR SPECIES: This genus, with only one species in Ohio, is very distinctive with its long grass-like leaves, panicled inflorescence and many smallish white flowers. Two types of flowers are present. Flowers of panicle branches are staminate, whereas flowers of the terminal unbranched axis are perfect.

Resources:
http://www.ces.ncsu.edu/depts/hort/consumer/factsheets/wildflowers/stenanthium_gramineum.html
http://www.dnr.state.oh.us/dnap/Abstracts/s/stengram/tabid/1619/Default.aspx

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Categories
Diagnonistic Test

Anoscopy

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Definition:
An anoscopy is a procedure that enables a physician to view the anus, anal canal, and lower rectum using a speculum.A tube called an anoscope is used to look at the inside of your anus and rectum. Doctors use anoscopy to diagnose hemorrhoids, anal fissures (tears in the lining of the anus), and some cancers.

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How the test is performed:
First, the health care provider performs a digital rectal exam by inserting a lubricated, gloved finger into the rectum to determine if anything will block the insertion of the scope.

He or she then inserts a lubricated metal or plastic anoscope a few inches into the rectum. This enlarges the rectum to allow the health care provider to view the entire anal canal using a light. A specimen for biopsy can be taken if needed. As the scope is slowly removed, the lining of the anal canal is carefully inspected.

How to prepare for the test:
Before the test, you might want to empty your bladder or have a bowel movement to make yourself more comfortable.
You will be asked to defecate to clear your rectum of stool before the procedure. A laxative, enema, or other preparation may be administered to help clear your rectum.

Infants and children:
A child’s age and experience determine which steps are appropriate to help prepare him or her for this procedure. For specific recommendations, refer to the following topics:

*Infant test or procedure preparation (birth to 1 year)
*Toddler test or procedure preparation (1 to 3 years)
*Preschooler test or procedure preparation (3 to 6 years)
*Schoolage test or procedure preparation (6 to 12 years)
*Adolescent test or procedure preparation (12 to 18 years)

What happens when the test is performed?
This test is usually done in a doctor’s office. You need to remove your underwear. Depending on what the doctor prefers, you either lie on your side on top of an examining table, with your knees bent up to your chest, or bend forward over the table. The anoscope is 3 to 4 inches long and the width of an average-to-large bowel movement. The doctor coats the anoscope with a lubricant and then gently pushes it into your anus and rectum. The doctor may ask you to “bear down” or push as if you were going to have a bowel movement, and then relax. This helps the doctor insert the anoscope more easily and identify any bulges along the lining of the rectum.

By shining a light into this tube, your doctor has a clear view of the lining of your lower rectum and anus. When the test is finished, the anoscope then is pulled out slowly.

You will feel pressure during the examination, and the anoscope will make you feel as if you are about to have a bowel movement. Do not be alarmed by this sensation; it is normal. Most patients do not feel pain from anoscopy.

How the test will feel:
There will be some pressure during the procedure, and you may feel the need to defecate. If biopsies are taken, you may feel a pinch.

Risk Factors:
There are no significant risks from anoscopy. Sometimes, especially if you have hemorrhoids, you may have a small amount of bleeding after the anoscope is pulled out.

Must you do anything special after the test is over?
You can return to your normal activities immediately after the test.

How long is it before the result of the test is known?
Your doctor can tell you about your anoscopy exam right away.

You may click to see:->Common Anorectal Conditions:

Resources:
https://www.health.harvard.edu/fhg/diagnostics/anoscopy.shtml
http://www.healthscout.com/ency/1/003890.html

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Categories
Healthy Tips

Hearing Loss Is Common, but Often Untreated

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Americans who suffer from hearing loss. They include a third of Americans over 60 and up to half of those over 75, most of whom have age-related hearing loss, a condition known medically as presbycusis. Hearing loss is the third most common chronic condition among older Americans, after hypertension and arthritis. Hearing difficulties in older people can have serious consequences, including social isolation, functional decline and depression. Hearing loss can also impair memory and cognitive function, according to a study by neuroscientists at Brandeis University.

A survey of 2,000 hearing-impaired adults conducted in 1999 by the National Council on Aging found that those using aids had better feelings about themselves, greater independence, improved mental health and better relationships with their families. Yet only one person in five with hearing loss wears a hearing aid — partly because of their cost, which is not covered by Medicare and rarely by private insurance.

Acknowledging the Problem
Some people do not know — or they deny — that they have a hearing problem, complaining instead that everyone seems to mumble or talk too fast. Even those who get a yearly physical rarely have their hearing checked. Others are embarrassed to wear a hearing aid. About 30 percent of people who have hearing aids don’t wear them daily.

Hearing aids have improved vastly in the past decade, in both design and selection. Even so, some people, having once had a bad experience, refuse to explore the many new options.

As with the eye and vision, there are many steps between the ear and hearing, a process that takes but a tiny fraction of a second. Sound entering the ear canal causes the eardrum to vibrate. These vibrations are picked up by three tiny bones in the middle ear that connect the drum to the cochlea, a snail-shell-like structure with three tubes filled with fluid. The resulting waves in the fluid signal hair cells in the cochlea that transmit electrical signals to the auditory nerve that connects to the brain stem. These signals then travel to the brain’s auditory center, where the message is processed.

Disruption or damage at any stage in this chain can result in hearing loss. Among factors that can damage hearing are trauma, chronic infection, wax buildup, fusion of ear bones, diseases like diabetes and medications like the antibiotics vancomycin and gentamicin. Some anticancer drugs are also toxic to the ear. Heredity, too, plays a role; some people carry gene mutations that make them more susceptible to hearing loss.

The most common environmental factor is loud noise, either a sudden very loud noise like an explosion or gunshot next to the ear or, more commonly, repeated exposure to loud noises like those produced by rock bands or earbuds and headphones. Some rockers and countless rock fans have developed hearing problems.

Hearing loss associated with aging most often results from cumulative damage to the hair cells in the cochlea, which, like other body parts, suffer the wear and tear of age. The first to decline are those in the outer part of the cochlea that are sensitive to high-frequency sounds, including those produced by the consonants f, sh, ch, p, s and t, which are crucial to clarity in perceiving speech. The low-frequency vowel sounds are the last to go.

Finding a Solution
Detection of a hearing problem is the first step. Hearing specialists have long urged family physicians to check the hearing of patients over 60 at every annual visit by doing a whisper test in each ear or administering a short written quiz.

Anyone with a suspected hearing problem should be referred to an audiologist for detailed testing, or to an otolaryngologist if the cause is medical. Anyone experiencing sudden loss of hearing in one or both ears should consult an otolaryngologist without delay. That could be a reversible problem if treated quickly.

Audiologists are certified clinicians trained to analyze a hearing problem, prescribe hearing aids and help people adjust to their use. In areas where there is no audiologist, look for a licensed hearing aid specialist who is trained to fit and dispense hearing aids.

Choosing a Hearing Aid

Four styles of aids are now available, ranging in price from about $400 to $3,000:

*  A behind-the-ear model fits over the ear and directs sound into the ear canal through a tube and custom-fitted ear mold. This model offers the most circuit and feature options and is easiest to handle for people with limited dexterity.

*An in-the-ear model fits into the outer ear and projects slightly into the ear canal. It is relatively easy to handle and also supports many features.

* An in-the-canal model protrudes only slightly into the outer ear but can accommodate fewer features and is more difficult to handle.

* A completely-in-the-canal model, the smallest and most difficult to handle, is not noticeable in the outer ear but has the fewest features.

Audiologists can help patients select the most appropriate model based on their hearing and living needs and dexterity. When circumstances change, audiologists can also reprogram hearing aids. New designs help patients distinguish speech in noisy environments; some adjust automatically while others require the user to make adjustments. For people with severe hearing loss who need a lot of amplification, new devices have been designed to suppress the high-pitched whistle that can be produced by a hearing aid turned to high volume amplification.

Most important for anyone getting a hearing aid is to take the time needed to adjust to its use. No hearing aid can replace normal hearing, but when properly fitted and adjusted, an aid can greatly improve quality of life.

For more information on hearing aids and preventing hearing loss: “Save Your Hearing Now  by Michael D. Seidman and Marie Moneysmith.

Source:  The New York Times

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