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News on Health & Science

Folic Acid for Women Between 16 to 45

Women between 16 and 45 should take folic acid even if they don’t plan to become pregnant, say experts..

A pregnant woman takes folic acid. Now a spina bifida charity says ALL women of child bearing age should take the supplement just in case

All women of child-bearing age are being advised to take extra folic acid after a rise in spina bifida cases, a national charity said today.

The Scottish Spina Bifida Association (SSBA) issued the warning after it was revealed the number of new babies suffering from the disease born this year had doubled.

Research already suggests that folic acid supplements help prevent the condition. Women planning a pregnancy are recommended to take folic acid for three months prior to conception and during the first few months of pregnancy.

However the charity is warning that  unplanned pregnancies can mean the vitamin is taken too late.
‘Any sexually active woman of child bearing age should start taking folic acid now,’ a spokesman said.

Spina bifida causes vertebrae in the backbone to form incorrectly, often leading to paralysis from the waist down and other damage to the nervous system.

SSBA chairman Dr Margo Whiteford told the BBC: ‘This year we’ve had as many contacts from families in the first half of the year – a total of 15 – as we’d expect to see for the full year.

‘We don’t know if this is down to folic acid but we do know that most women don’t take enough folic acid at the right time.

‘Ladies do know about folic acid preventing spina bifida but they wait until they’ve missed a period before they start taking it.

‘The spinal cord develops within the first four weeks of pregnancy so by that stage it’s too late – if the baby’s going to have spina bifida it will already have developed it.’

It is not known whether there has been a similar rise in spina bifida cases in England, Wales and Northern Ireland.

The Food Standards Agency currently recommends pregnant women take a daily 400 micrograms folic acid supplement until the 12th week of pregnancy.

This is as well as eating foods containing the natural form of folic acid such as green vegetables, brown rice, and breakfast cereals.

Currently, it is not mandatory in the UK to add the vitamin to food, although experts are assessing the evidence to make a decision.

Food that contain folate in high doses include leafy green vegetables, oranges, orange juice, dried beans and legumes. If  a food contains the sign ‘enriched’, it is likely it contains folic acid. In the US, grains such as flour, rice, pasta, cereals and bread are enriched with folic acid.

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You may click to learn more :->Women Needs 400 Micrograms of Folic Acid Every Day

Learn More About Folic Acid

Scottish Spina Bifida Association

Source: Mail Online. Sept.2 ,2009

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Herbs & Plants

Norwegian Kelp.

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Botanical Name:  Norwegian Kelp.

Domain: Eukaryota

Kingdom: Protista

(unranked): Chromista

Phylum: Heterokontophyta

Class: Phaeophyceae

Order: Fucales

Family: Fucaceae

Genus: Ascophyllum

Species:
A. nodosum

Norwegian Kelp is a large, common, brown alga, in the Class Phaeophyceae. It is seaweed of the northern Atlantic Ocean, also known as Ascophyllum nodosum, Knotted Kelp, knotted wrack or egg wrack. It is common on the north-western coast of Europe (from Svalbard to Portugal) including east Greenland and the north-eastern coast of North America.

It is is very popular amongst the science community and has been claimed to be both the best known seaweed on the planet as well as the most researched by the academic community

Kelp (acophyllum nodosum) is a seaweed with a long history of use as a food and as a source of assimilable iodine. Ascophyllum nodosum is a species of kelp that only grows deep in ocean waters. Other off shore kelps may absorb heavy metals and toxins. That is why Now Foods kelp is wild grown Norwegian Kelp, and is comprised only of valuable nutrients from ocean floors. We use the whole dried kelp plant.

Kelp is a large, leafy brown algae that belongs to the seaweed family and grows in the colder waters of the world’s oceans. It is a good source of marine minerals, including potassium, magnesium, calcium and iron. It is also an excellent source of iodine, which has been shown to support healthy thyroid function. Your thyroid gland is responsible for producing the hormones that support normal cellular metabolism. As with most green foods, kelp also contains vitamins and cell salts essential for good nutrition.*

Description and ecology:
Ascophyllum nodosum has long fronds with large egg-shaped air-bladders set in series at regular intervals in the fronds and not stalked. The fronds can reach 2 m in length and are attached by a holdfast to rocks and boulders. The fronds are olive-brown in color and somewhat compressed but without a mid-rib. [4]
....
This seaweed grows quite slowly and can live for several decades; it may take approximately five years before becoming fertile.

Life history is of one diploid plant and gametes. The gametes are produced in conceptacles embedded in yellowish receptacles on short branches.

Ascophyllum nodosum is found mostly on sheltered sites on shores in the mid-littoral where it can become the dominant species in the littoral zone.

Polysiphonia lanosa (L.) Tandy is a small red alga, commonly found growing in dense tufts on Ascophyllum whose rhizoids penetrate the host. It is considered by some as parasitic.

Varieties and forms:
Several different varieties and forms of this species have been described.

Ascophyllum nodosum var. minor has been described from Larne Lough in Northern Ireland. [9]
There are free floating ecads of this species such as Ascophyllum nodosum mackaii Cotton, which is found at very sheltered locations, such as at the heads of sea lochs in Scotland and Ireland. [10][11]

The species is found in a range of coastal habitats from sheltered estuaries to moderately exposed coasts, often it dominates the inter-tidal zone (although sub-tidal populations are known to exist in very clear waters). However it is rarely found on exposed shores, and if it is found the fronds are usually small and badly scratched.

It has been recorded as an accidental introduction to San Francisco, California, and eradicated as a potential invasive species there.

Distribution
Recorded in Europe from: Faroe Islands, Norway, Ireland, Britain and Isle of Man Netherlands North America: Bay of Fundy, Nova Scotia, Baffin Island, Hudson Strait, Labrador and Newfoundland.

Uses:
Ascophyllum nodosum is harvested for use in alginates, fertilisers and for the manufacture of seaweed meal for animal and human consumption. It has long been used as an organic and mainstream fertilizer for many varieties of crops due to its combination of both macronutrient, (eg. N, P, K, Ca, Mg, S) and micronutrients (eg. Mn, Cu, Fe, Zn, etc.) It also host to cytokinins, auxin-like, gibberellins, betaines, mannitol, organic acids, polysaccharides, amino acids, and proteins which are all very beneficial and widely used in agriculture.

Ascophyllum nodosum along with Macrocystis pyferais harvested in Ireland, Scotland and Norway from which alginates are extracted it is one of the world’s principal alginate supply.

Medical Uses:
A long history of use as a source of assimilable iodine. Some benefits include:
– Contains many nutrients absorbed from the sea.*
– Naturally Pure Wild Grown Norwegian Kelp
– Natural Potency of Iodine.

Norwegian Kelp may reduce, or even eliminate, not only bacterial plaque and dental caries but also arteriosclerotic plaque, atherosclerotic plaque, pleural plaque, renal calculus, biliary calculus, and prostatic calculus.

Furthermore, the medicinal and dental uses have been recognized for well over a century.

Disclaimer:
The information presented herein is intended for educational purposes only. Individual results may vary, and before using any supplements, it is always advisable to consult with your own health care provider.

Resources:
http://www.herbalremedies.com/14500.html
http://www.champerene.com/horses.html
http://en.wikipedia.org/wiki/Ascophyllum_nodosum

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Categories
Ailmemts & Remedies

Hiccup

Definition:

A hiccup or hiccough (normally pronounced “HICK-up,) is a spasmodic contraction of the diaphragm that typically repeats several times per minute. In humans, the abrupt rush of air into the lungs causes the epiglottis to close, creating the “hic” listen (help·info) noise. In medicine, it is known as synchronous diaphramatic flutter (SDF), or singultus. The term “hiccup” is also used to describe a small and unrepeated aberration in an otherwise consistent pattern.

A bout of hiccups generally resolves itself without intervention, although many home remedies claim to shorten the duration, and medication is occasionally necessary.

Causes
While many cases develop spontaneously, hiccups are known to be triggered by specific events, such as eating too quickly, being hungry for long, taking a cold drink while eating a hot meal, belching, eating very hot or spicy food, laughing vigorously or coughing, drinking alcoholic beverages in excess, crying out loud (sobbing causes air to enter the stomach), some smoking situations where abnormal inhalation can occur (in tobacco or other smoke like cannabis, perhaps triggered by precursors to coughing), electrolyte imbalance, talking too long, clearing the throat, or from lack of vitamins. Hiccups may be caused by pressure to the phrenic nerve by other anatomical structures, or having the sensation that there is food in the esophagus, rarely by tumors and certain kidney disease. The American Cancer Society reports that 30% of chemotherapy patients suffer singultus as a side effect of treatment.

People have been pondering the precise cause of hiccups for thousands of years. Ancient Greek physician Galen, for example, hypothesized that hiccups were simply violent emotions that began in the stomach and erupted out the mouth. This hypothesis has not exactly been disproved, but since then, we have come up with many more.

We know what happens during a hiccup. During normal breathing, we take in air from the mouth and nose, and it flows through the pharynx, past the glottis and into the larynx and trachea, ending in the lungs. The diaphragm, a large muscle between the chest and abdomen, aids this airflow. It moves down when we inhale, and then up when we exhale. The phrenic nerves control the movement and sensation of the diaphragm. Any irritation to these nerves induces a spasm of the diaphragm. This spasm causes a person to take a short, quick breath that is then interrupted by the closing of the epiglottis (a flap that protects the glottis, the space between the vocal cords). The sudden closing creates the sound we all know as a hiccup.

CLICK & SEE 
So, hiccups are the result of diaphragm spasms. But what causes the irritation that leads to the spasm? There are only a few culprits for common hiccups, which usually disappear within a few minutes. One of the main irritants is a full stomach — a result of swallowing too much food or air. A distended stomach pushes against the phrenic nerves of the diaphragm, increasing the possibility of irritation and, therefore, hiccups. A full stomach of spicy food can do double damage — hot foods can be especially irritating to those nerves. As any smoker on a bender can tell you, excess smoking and drinking alcohol can also cause hiccups. A rapid temperature change outside or inside your stomach, from a cold night or a hot beverage, can be irritating enough to induce hiccups. Finally, emotions — shock, excitement and stress — can also trigger a hiccup fit.
Persistent and intractable hiccups can have more serious causes. There are hundreds, from hysteria to heart attacks, but most fit into one of five categories: central nervous system problems, metabolic problems, nerve irritation, anesthesia or surgery, and mental health issues. Because these causes are so varied and potentially serious, anyone suffering from hiccups for more than 48 hours should head straight to a doctor.

You may click to see also:->Why we hiccup

What Causes hiccups that just won’t go away?

anesthesia – asthma – cancer – fear – fever – foreign body in the ear glaucoma – heart attack – hernia – hysteria – infection – kidney failure meningitis – multiple sclerosis – personality disorders – pharyngitis sedatives – shock – stroke – trauma

The Hiccup Hall of Fame..(Long-term cases)
Persistent or intractable hiccups are more common in men than in women and tend to occur during adulthood. Charles Osborne, who hiccuped for 68 years (1922-1990), earned the Guinness Book of World Records title for Longest Hiccup Attack. A Florida teenager named Jennifer Mee hiccuped for five long weeks in 2007 only to have them return a few weeks later (she is hiccup-free as of this posting). Another Florida resident, Jaime Molisee, hiccuped for more than eight months. David Willis of Northern Ireland has undergone two unsuccessful surgeries in an effort to end his five-year hiccup ordeal.

Phylogenetic hypothesis:
Christian Straus and co-workers at the Respiratory Research Group, University of Calgary, Canada, propose that the hiccup is an evolutionary remnant of earlier amphibian respiration; amphibians such as frogs gulp air and water via a rather simple motor reflex akin to mammalian hiccuping. In support of this idea, they observe that the motor pathways that enable hiccuping form early during fetal development, before the motor pathways that enable normal lung ventilation form; thus according to recapitulation theory the hiccup is evolutionarily antecedent to advanced lung respiration. Additionally, they point out that hiccups and amphibian gulping are inhibited by elevated CO2 and can be completely stopped by the drug Baclofen (a GABAB receptor agonist), illustrating a shared physiology and evolutionary heritage. These proposals would explain why premature infants spend 2.5% of their time hiccuping, indeed they are gulping just like amphibians, as their lungs are not yet fully formed.

Amniotic/atmospheric hypothesis:
Ultrasound scans have also shown that babies in-utero experience hiccups. The amniotic/atmospheric hypothesis suggests that hiccups are a muscle exercise for the respiratory system prior to birth, or that they prevent amniotic fluid from entering the lungs. The amniotic/atmospheric hypothesis holds that there are two distinct systems in the brain for controlling respiration: one that is used when the fetus is respiring amniotic fluid during its time in the womb, and another that only comes into use following birth, used for breathing air. Since amniotic fluid is much more viscous than air, a much greater effort is required from the diaphragm to inhale it. If this amniotic breathing system becomes dominant for any reason during life outside the womb, the result will be a momentary, very forceful effort at inhalation. The body senses that things are not correct, and since so much force is actually dangerous to the lungs and other organs, the system is immediately preempted and switched back to the atmospheric system. However, this preemptive control gradually relaxes, making the phenomenon cyclic as long as there is underlying activation of the amniotic respiration system: as the preemptive control falls below the threshold, the amniotic routine resumes control, only to be preempted again, and this cycle continues until the underlying conditions leading to the amniotic breathing activation revert to their normal state – at which point the hiccups stop. This theory is supported by the finding that hiccups are more common in premature newborns, as in these cases the atmospheric respiration system is less prepared to take precedence over the amniotic respiration system.

Signs and symptoms:
The characteristic sound of a hiccup, sometimes preceded by a small tightening sensation in your chest, abdomen or throat, are the only signs and symptoms associated with hiccups. People may have as few as four hiccups a minute or, rarely, as many as 60 hiccups a minute.
How long your hiccup episode lasts determines the type of hiccups you have:

  • Transient or acute hiccups. This is the most common form of hiccups. Transient hiccups include hiccup episodes that last less than 48 hours. Most bouts of transient hiccups last only a few minutes.
  • Persistent hiccups. These hiccups last longer than 48 hours, but less than a month.
  • Intractable hiccups. Hiccups fall into this category when they last more than two months.

Medical treatment:
Ordinary hiccups are cured easily without medical intervention; in most cases they can be stopped simply by forgetting about them. However, there are a number of anecdotally prescribed treatments for casual cases of hiccups. These include being startled, drinking water while upside down, eating something very sweet, or tart (particularly lemon juice), or both , and anything that interrupts one’s breathing. Another method is to exhale air into a small paper bag and to immediately re-inhale that air from it.

Hiccups are treated medically only in severe and persistent (termed “intractable”) cases, such as in the case of a 15 year old girl who in 2007 hiccuped continuously for five weeks. Haloperidol (Haldol, an anti-psychotic and sedative), metoclopramide (Reglan, a gastrointestinal stimulant), and chlorpromazine (Thorazine, an anti-psychotic with strong sedative effects) are used in cases of intractable hiccups. In severe or resistant cases, baclofen, an anti-spasmodic, is sometimes required to suppress hiccups. Effective treatment with sedatives often requires a dose that renders the person either unconscious or highly lethargic. Hence, medicating singultus is done short-term, as the affected individual cannot continue with normal life activities while taking the medication.

Persistent and intractable hiccups due to electrolyte imbalance (hypokalemia, hyponatremia) may benefit from drinking a carbonated beverage containing salt to normalize the potassium-sodium balance in the nervous system. The carbonation promotes quicker absorption.

The administration of intranasal vinegar is thought to be safe and handy method to stimulate dorsal wall of nasopharynx, where the pharyngeal branch of the glossopharyngeal nerve (afferent of the hiccup reflex arc) is distributed.

Dr. Bryan R. Payne, a neurosurgeon at the Louisiana State University Health Sciences Center in New Orleans, has had some success with an experimental new procedure in which a vagus nerve stimulator is implanted in the upper chest of patients with an intractable case of hiccups. “It sends rhythmic bursts of electricity to the brain by way of the vagus nerve, which passes through the neck. The Food and Drug Administration approved the vagus nerve stimulator in 1997 as a way to control seizures in some patients with epilepsy. In 2005, the agency endorsed the use of the stimulator as a treatment of last resort for people with severe depression.”

You may click to see also:->

Op cures year-long hiccups bout

Hiccup man pins hope on surgery

Home Remedies:

The following are some commonly suggested home remedies. While numerous remedies are offered, they mostly fall into a few broad categories. These categories include purely psychosomatic cures centered around relaxation and distraction, cures involving swallowing and eating (with the rationale generally that this would remove irritants or reset mechanisms in the affected region), and cures involving controlled/altered breathing.

The first two categories may prove effective for many short lived and minor cases of hiccups. For instance, with an assistant applying pressure to one’s ears, drinking any quantity of liquid whilst holding one’s nose is a common home remedy for hiccups. However, those suffering from an intractable case may become desperate sorting through various ineffective home remedies. Many of the cures centered around controlled breathing (i.e. holding breath) are often ineffective for prolonged hiccups crises, but do have a significant efficacy for the most casual, short lasting cases. For these scenarios, the underlying rationale could be the displacement of an irritated nerve through prolonged diaphragmatic expansion.

However, one respiratory remedy has a fairly sound rationale underlying it. Breathing into a bag or small enclosed container (ensuring that it is completely sealed around the mouth and nose) induces a state that is termed respiratory acidosis . The effect is caused by increasing the amount of inspired carbon dioxide, which then increases the level of carbon dioxide in the serum. These increased levels of CO2 lower the pH in the blood, hence creating a state of acidosis. This state of acidosis produces vasodilation and depression of the central nervous system. The effect allows for increased blood flow to the affected muscles, and suppression of the aberrant nervous impulses. Inducing a state of acidemia through hypoventilation is particularly effective in curing hiccups because the diaphragm rests directly against the pulmonary vasculature that is then flowing with especially low pH blood. This is a potentially dangerous action; and should only be done with another person present. As the serum CO2 level rises abruptly, the person will begin to feel lightheaded and within a few minutes will pass out. If done without a spotter, the person might either injure him or herself as he or she passes out, or pass out in such a way that the bag or container continues to prevent oxygen intake (see also asphyxia ).

Additionally, another respiratory remedy appears to be one of the most effective in treating persistent hiccups. One breathes out all the air that he is able to in one long exhalation then breathes in all the air he feels he possibly can in one continuous inhalation. The person then attempts to breathe in even more air in a series of short powerful puffs, until his lungs cannot hold any more. The person remains in this state for as long as he feels a small gas bubble coming at the very base of the throat, ready to be burped. Although the success rate is not 100%, many people find this method consistently works. One scientific explanation for this method is that, by breathing an extreme load of air, the lungs tend to take more space in the chest, applying pressure on the surrounding content. The so-called gas bubble, which was located in an abnormal location potentially disturbing a nerve and causing the spasm, is then released.

Psychosomatic

  • Distraction from one’s hiccup (e.g. being startled, asked a perplexing question, or counting in reverse from 100 down or reciting the alphabet in reverse.)
  • Concentration on one’s hiccups – using sheer will to stop them
  • While standing and concentrating on relaxation, extend the right arm and point with the index finger at a point to your right, and exhale. While inhaling, bring the tip of the index finger to the nose, and hold the breath for a moment – then exhale, dropping the finger away from the nose.

Respiratory

  • Cutting air off from the esophagus. This is done by tipping one’s head forward and downward as far as possible. It usually takes a minute. This usually does not work the first time.
  • Similar to above, tip your head forward and downward as far as comfortably possible and then drink from the opposite side of a cup. (You will be pouring the liquid AWAY from your body and towards your head).
  • “Isometric Breathing”. IE: Breathing slowly and deeply in while thinking ‘breathing out’ and breathing slowly and fully out while thinking ‘breathing in’
  • Holding one’s breath while optionally squeezing one’s stomach
  • Breathing deeply through the nose, then exhaling slowly through the mouth. This is also a Lamage technique.
  • Exhaling all the air from one’s lungs and holding one’s breath while swallowing water or saliva
  • Blowing up a balloon
  • Inducing sneezing
  • Insert fingers in ears and hold breath for as long as possible
  • Take a gulp of water or liquid, hold in mouth, insert fingers in ears and swallow while fingers are still in ears. Repeat a few times.
  • Attempting to burp
  • Take a deep breath and hold it for until you feel the first pain wave, which means that your body has gotten over its hiccup, then wait for second pain wave which indicated you’ve ran out of oxygen, and breathe out
  • Exhaling all the air of one’s lung and holding it until one can (theoretically stops the spasm on the diaphragm).
  • Take a deep breath, hold it for 30 seconds then exhale as slowly as possible while making a growling sound.

Other

  • Make out with someone. The sucking action during deep kisses stops the hiccups.
  • In babies, hiccups are usually immediately stopped by the sucking reflux , either by breastfeeding or simply by insertion of a finger, bottle teat or dummy into the baby’s mouth.
  • Pinch your ear lobe and breathe normally. Can turn into second-nature (psychosmatic).
  • Close your eyes and look up as far as possible.
  • Drinking a good amount of water
  • Take 10 sips of water
  • Chew a spoonful of peanut butter slowly, or put sugar on the tongue.
  • Slowly swallow a spoonful of sugar.
  • Mix sugar into a cup of water and drink slowly
  • Eat a pickle.
  • Press tongue hard against roof of mouth.
  • Digital rectal massage.
  • Plug your ears with your thumbs, and use your pinkies to plug both nostrils and hold your breath until cessation of hiccups.
  • Stick your tongue out for 5 seconds and then exhale and inhale and then suck on your thumb.

Click to see :->How to Get Rid of Hiccups

.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://en.wikipedia.org/wiki/Hiccup
http://health.howstuffworks.com/hiccup.htm/printable
http://www.revolutionhealth.com/articles/hiccups/7F6DD57E-E7FF-0DBD-1ABC5BABB890BFAC?section=section_01

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News on Health & Science

Fish Oils Offer Lupus Treatment

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Scientists have found that low dose dietary supplementation with omega-3 fish oils in systemic lupus erythematosus (SLE) – a chronic inflammatory disease that can affect the skin, joints, kidneys, lungs, nervous system, and other organs of the body – has a significant therapeutic effect on disease activity……click & see

It also improves endothelial function and reduces oxidative stress and may therefore confer cardiovascular benefits, according to a study presented at the American College of Rheumatology Annual Scientific Meeting in Boston, Massachusetts.

In a study, 60 patients with lupus were randomly assigned in a double-blind, placebo controlled trial to determine the effect of dietary supplementation with omega-3 polyunsaturated fatty acids on disease activity and endothelial function.

The researchers employed various methods to measure lupus disease activity, and to study endothelial function and cell damaging free radical molecules in this 24-week study.

Participants who had been taking omega-3 fish oil showed significant improvement in all areas of measurement, including improved blood vessel function and a reduction in cell damaging molecules, at the end of the study. This in turn provided the subjects with potential cardiovascular benefits.

According to the researchers, there was also a significant improvement in a number of the symptoms of active lupus.

This study confirms the beneficial effects of omega-3 fish oils in improving the symptoms of SLE and also provides evidence for the potential cardioprotective effect they may have in this group of patients,” said Dr Stephen Wright, specialist registrar in rheumatology, department of therapeutics and musculoskeletal education & research unit, Queen’s University of Belfast, Northern Ireland, and lead investigator in the study.

Source: The Times Of India