Dear inventors of Lice R Gone,
I cannot thank you enough for inventing this most amazing CURE for Scabies. I tried everything recommended on the health forums I found on the inet for the first month I contracted this awful stuff, and some things worked for a while, but then they came right back. Nothing really CURED us until I used your product. Thank God! Even went to the Urgent Care doctor and Dermatologist early on and both could only recommend Permethrin cream. I used four tubes and it did not get rid of them. I hope that you have been receiving orders for more of your product since August of last summer, which is when I contracted Scabies and when I began posting to everyone on the TOPIX health forum on how to finally get rid of these awful pests with LRG. I've been ridiculed on the TOPIX forum site for using LRG - saying that I must get a profit from the sales. Nonsense! The first time I purchased your product, due to a friend's recommendation, the closest retailer to me that had it was over 100 miles away and I had to drive there to retrieve it, because I was so desparate to try anything to get rid of this awful parasite from hell! But, it was worth it! And, I want to help as many as I can with this info about your products.
http://www.topix.com/forum/health/scabies/TK9L70A0LRNJAFIJT/p23
My situation was an excellent case study for proof that LRG is a CURE, yes a CURE, if you follow your instructions on your website AND if you follow my cleaning instructions on keeping EVERYTHING and everyone in your home clean with LRG.
My son is a quad and has 5 caretakers that work 24/7. I contracted Scabies from my husband who does not live with me. I hadn't seen him in weeks, then one night I went dancing with him, and the next morning, I had 12 bites on me! Then, I was feeding my quad son, don't even remember touching him personally, and in about 20 minutes he noticed that something was extremely itching him on his neck. When I looked, there were three Scabies bites on his neck! I was amazed and very concerned that this could be contracted so easily. I told the doctors all this, and they just looked at me suspiciously and offered no other recourse but to take Permethrin cream, which did not work! It took us 5-6 weeks to finally be free from it. We are still free from it, but last week, my husband got it again (over 3 months later)- probably from not cleaning his home properly when he was infected. I have not seen my husband since New Years, and dont' intend to see him until I know that he is completely free from it again. I made sure that all caretakers had a bottle of the LRG and explained to them the details on cleaning and they did this; however, one of them did contract it. She used the LRG, but I don't believe her boyfriend was too crazy about the treatments. She was cured after about 6 weeks, but now just yesterday (over 3 months later) she called me to tell me that she has them again. I had to let her go and gave her a paid 2-week notice. I always have the LRG in my home, so I immediately cleaned everything in the house and sprayed it with 2 oz LRG in 32oz spray bottle. We don't have it yet, but we are taking precautions and cleaning everything just in case. So, I will need to order more bottles now as a preventative measure. Thank you again for inventing this amazing stuff. God Bless you!!!!!!
A Lady in San Diego
Wednesday, January 25, 2012
Sunday, January 22, 2012
The miracle of coconut oil...
Coconut Oil Touted as Alzheimer's Remedy
Researchers say the ketones found in coconut oil have slowed the progression of Alzheimer's disease in some people and may actually prevent it. Indian doctors have been saying for years that coconut oil should not be confused with other (long chain) fats, as it has a completely different effect on the body.
(NaturalNews) My world is full of coconuts, including coconut oil and coconut milk. That's not unusual because I live on Maui. But I'm happily seeing coconut oil all over the internet as the treatment for dozens of conditions and possibly hundreds of symptoms.
My first clue as to the wonders of coconut oil came during my AIDS research in New York in the very early 1990's. Anecdotal reports started to pop up throughout the AIDS community about miraculous cures using coconut oil. To my mind, that's when the whole coconut oil industry opened up.
Before then, coconut oil was considered a "dangerous" saturated oil by the margarine promoters who set out to demonize butter. We know that ended in tears when it finally came out that the trans fats in margarine proved to be much more dangerous than any saturated fats.
My latest clue is the new book by Dr. Bruce Fife Stop Alzheimer's Now! that I just finished reading It's Dr. Fife's 9th book on the incredible benefits of coconut. Each year the research catches up with what he's known all along about the power of coconut oil and its completely non-toxic nature.
Dr. Fife's book presents a breakthrough in the treatment of Alzheimer's and other neurological diseases. The introduction by my friend Dr. Russell Blaylock is glowing with praise for Dr. Fife's work. And the body of the book gives a thorough overview of Alzheimer's and related diseases and then offers immense hope to people with these conditions.
As Dr. Fife's says on his website (www.coconutresearchcenter.org) "Coconut is highly nutritious and rich in fiber, vitamins, and minerals. It is classified as a 'functional food' because it provides many health benefits beyond its nutritional content. Coconut oil is of special interest because it possesses healing properties far beyond that of any other dietary oil and is extensively used in traditional medicine among Asian and Pacific populations. Pacific Islanders consider coconut oil to be the cure for all illness. The coconut palm is so highly valued by them as both a source of food and medicine that it is called 'The Tree of Life.' Only recently has modern medical science unlocked the secrets to coconut's amazing healing powers."
Dr. Fife says that "Nearly one third of the world's population depends on coconut to some degree for their food and their economy. Wherever the coconut palm grows the people have learned of its importance as an effective medicine. For thousands of years coconut products have held a respected and valuable place in local folk medicine."
Coconut oil differs from other oils because it's rich in medium chain fatty acids that are utilized readily by the body for energy.
Fats and oils are called fatty acids and they are saturated, monounsaturated or polyunsaturated fatty acids. They can also be classified as short-chain (SCFA), medium-chain (MCFA), and long-chain fatty acids (LCFA). Another term you will often see in reference to fatty acids is triglyceride. Three fatty acids joined together make a triglyceride, so you may have short-chain (SCT), medium-chain (MCT), or long-chain triglycerides (LCT).
Most dietary fats and oils you eat, whether they are saturated or unsaturated or are sourced from animals or plants, are composed of long-chain triglycerides. Almost 100% of all the fats we eat are LCT.
Now here's the point about coconut oil. It's mostly an MCT fat. Medium-chain triglycerides are exceptionally easy to digest and absorb. In my experience they don't make you burp like other fats! They are easily digested and are used by the body as a quick source of energy. But at the same time these fats give your stomach a feeling of fullness allowing you to eat less.
Most MCT products are made from coconut oil. Since they are added to infant formulas and health recovery products and athletic products more research is being done on their beneficial effects of late.
Dr. Fife graciously allowed me to quote from his website the current research on coconut oil that confirms the following extensive list of benefits.
Anti-infective Properties
*Kills viruses that cause influenza, herpes, measles, hepatitis C, SARS, AIDS, and other illnesses.
*Kills bacteria that cause ulcers, throat infections, urinary tract infections, gum disease and cavities, pneumonia, and gonorrhea, and other diseases.
*Kills fungi and yeasts that cause candidiasis, ringworm, athlete's foot, thrush, diaper rash, and other infections.
*Expels or kills tapeworms, lice, giardia, and other parasites.
*Helps prevent periodontal disease and tooth decay.
Energy
*Provides a nutritional source of quick energy.
*Boosts energy and endurance, enhancing physical and athletic performance.
Digestion and Metabolism
*Improves digestion and absorption of other nutrients including vitamins, minerals, and amino acids.
*Improves insulin secretion and utilization of blood glucose.
*Relieves stress on pancreas and enzyme systems of the body.
*Reduces symptoms associated with pancreatitis.
*Helps relieve symptoms and reduce health risks associated with diabetes.
*Reduces problems associated with malabsorption syndrome and cystic fibrosis.
*Improves calcium and magnesium absorption and supports the development of strong bones and teeth.
*Helps protect against osteoporosis.
*Helps relieve symptoms associated with gallbladder disease.
*Relieves symptoms associated with Crohn's disease, ulcerative colitis, and stomach ulcers.
*Improves digestion and bowel function. (Clients tell me that taken 20 minutes before a meal, it relieves symptoms of heartburn and GERD.)
*Relieves pain and irritation caused by hemorrhoids.
Boosts the Immune System
*Supports and aids immune system function.
*Reduces inflammation.
*Supports tissue healing and repair.
*Helps protect the body from breast, colon, and other cancers.
*Functions as a protective antioxidant.
*Does not form harmful by-products when heated to normal cooking temperature like other vegetable oils do.
*Helps to protect the body from harmful free radicals that promote premature aging and degenerative disease.
*Does not deplete the body's antioxidant reserves like other oils do.
*Improves utilization of essential fatty acids and protects them from oxidation.
*Helps relieve symptoms associated with chronic fatigue syndrome.
*Relieves symptoms associated with benign prostatic hyperplasia (prostate enlargement).
Heart Health
*Is heart healthy; improves cholesterol ratio reducing risk of heart disease.
*Protects arteries from injury that causes atherosclerosis and thus protects against heart disease.
Organ Support
*Helps protect against kidney disease and bladder infections.
*Dissolves kidney stones.
*Helps prevent liver disease.
*Supports thyroid function.
*Reduces epileptic seizures.
Balances Body Weight
*Promotes loss of excess weight by increasing metabolic rate.
*Is utilized by the body to produce energy in preference to being stored as body fat like other dietary fats.
*Helps prevent obesity and overweight problems.
*Is lower in calories than all other fats.
Creates Healthy Skin and Hair
*Applied topically helps to form a chemical barrier on the skin to ward of infection.
*Reduces symptoms associated the psoriasis, eczema, and dermatitis.
*Supports the natural chemical balance of the skin.
*Softens skin and helps relieve dryness and flaking.
*Prevents wrinkles, sagging skin, and age spots.
*Promotes healthy looking hair and complexion.
*Provides protection from damaging effects of ultraviolet radiation from the sun.
*Helps control dandruff.
I've also heard many anecdotal stories of coconut being used externally and internally for pets. Dogs and cats with debilitating skin rashes can be cured within days by applying coconut oil to their skin. If they lick it off, they get more benefits, not side effects as they would with cortisone creams.
What kind and how much coconut oil can you take to treat and prevent Alzheimer's and many other health conditions and treat hundreds of symptoms? The dosage used in most Alzheimer's studies is about 5 TBSP per day of extra virgin coconut oil. However, Dr. Fife told me that 1-3 TBSP is his recommendation for minor ailments and for maintenance.
How do you use coconut oil? You can substitute it in most recipes calling for oil; put it in your smoothie or protein powder drink (which is how I take it); or take it straight from the spoon.
Here's my favorite coconut recipe. Heat a TBSP each of coconut oil, coconut milk, cacao and a half teaspoon of honey and coat a frozen banana. You can roll it in coconut flakes and ground macadamia nuts then freeze for another 30 minutes. It makes a delicious coconut-saturated frozana!
About the author:
Dr. Carolyn Dean is a medical doctor and naturopathic doctor. She has been in the forefront of the natural medicine revolution for over 30 years. She is the author / coauthor of 22 health books (print and eBooks) including The Magnesium Miracle, IBS for Dummies, IBS Cookbook for Dummies, The Yeast Connection and Women's Health, Future Health Now Encyclopedia, Death by Modern Medicine, Everything Alzheimers, and Hormone Balance.Dr. Dean is Medical Director of the Nutritional Magnesium Association.She has a free newsletter and a valuable online 2-year Wellness program called Completement Now! and a telephone consulting practice. Find out more at www.drcarolyndean.com
About the author:
Dr. Carolyn Dean is a medical doctor and naturopathic doctor. She has been in the forefront of the natural medicine revolution for over 30 years.
Dr. Dean is the author / coauthor of 22 health books (print and eBooks) including The Magnesium Miracle, IBS for Dummies, IBS Cookbook for Dummies, The Yeast Connection and Women's Health, Future Health Now Encyclopedia, Death by Modern Medicine, Everything Alzheimers, and Hormone Balance.
Learn more: http://www.naturalnews.com/032727_coconut_oil_Alzheimers.html#ixzz1kDiJb8NL
Researchers say the ketones found in coconut oil have slowed the progression of Alzheimer's disease in some people and may actually prevent it. Indian doctors have been saying for years that coconut oil should not be confused with other (long chain) fats, as it has a completely different effect on the body.
(NaturalNews) My world is full of coconuts, including coconut oil and coconut milk. That's not unusual because I live on Maui. But I'm happily seeing coconut oil all over the internet as the treatment for dozens of conditions and possibly hundreds of symptoms.
My first clue as to the wonders of coconut oil came during my AIDS research in New York in the very early 1990's. Anecdotal reports started to pop up throughout the AIDS community about miraculous cures using coconut oil. To my mind, that's when the whole coconut oil industry opened up.
Before then, coconut oil was considered a "dangerous" saturated oil by the margarine promoters who set out to demonize butter. We know that ended in tears when it finally came out that the trans fats in margarine proved to be much more dangerous than any saturated fats.
My latest clue is the new book by Dr. Bruce Fife Stop Alzheimer's Now! that I just finished reading It's Dr. Fife's 9th book on the incredible benefits of coconut. Each year the research catches up with what he's known all along about the power of coconut oil and its completely non-toxic nature.
Dr. Fife's book presents a breakthrough in the treatment of Alzheimer's and other neurological diseases. The introduction by my friend Dr. Russell Blaylock is glowing with praise for Dr. Fife's work. And the body of the book gives a thorough overview of Alzheimer's and related diseases and then offers immense hope to people with these conditions.
As Dr. Fife's says on his website (www.coconutresearchcenter.org) "Coconut is highly nutritious and rich in fiber, vitamins, and minerals. It is classified as a 'functional food' because it provides many health benefits beyond its nutritional content. Coconut oil is of special interest because it possesses healing properties far beyond that of any other dietary oil and is extensively used in traditional medicine among Asian and Pacific populations. Pacific Islanders consider coconut oil to be the cure for all illness. The coconut palm is so highly valued by them as both a source of food and medicine that it is called 'The Tree of Life.' Only recently has modern medical science unlocked the secrets to coconut's amazing healing powers."
Dr. Fife says that "Nearly one third of the world's population depends on coconut to some degree for their food and their economy. Wherever the coconut palm grows the people have learned of its importance as an effective medicine. For thousands of years coconut products have held a respected and valuable place in local folk medicine."
Coconut oil differs from other oils because it's rich in medium chain fatty acids that are utilized readily by the body for energy.
Fats and oils are called fatty acids and they are saturated, monounsaturated or polyunsaturated fatty acids. They can also be classified as short-chain (SCFA), medium-chain (MCFA), and long-chain fatty acids (LCFA). Another term you will often see in reference to fatty acids is triglyceride. Three fatty acids joined together make a triglyceride, so you may have short-chain (SCT), medium-chain (MCT), or long-chain triglycerides (LCT).
Most dietary fats and oils you eat, whether they are saturated or unsaturated or are sourced from animals or plants, are composed of long-chain triglycerides. Almost 100% of all the fats we eat are LCT.
Now here's the point about coconut oil. It's mostly an MCT fat. Medium-chain triglycerides are exceptionally easy to digest and absorb. In my experience they don't make you burp like other fats! They are easily digested and are used by the body as a quick source of energy. But at the same time these fats give your stomach a feeling of fullness allowing you to eat less.
Most MCT products are made from coconut oil. Since they are added to infant formulas and health recovery products and athletic products more research is being done on their beneficial effects of late.
Dr. Fife graciously allowed me to quote from his website the current research on coconut oil that confirms the following extensive list of benefits.
Anti-infective Properties
*Kills viruses that cause influenza, herpes, measles, hepatitis C, SARS, AIDS, and other illnesses.
*Kills bacteria that cause ulcers, throat infections, urinary tract infections, gum disease and cavities, pneumonia, and gonorrhea, and other diseases.
*Kills fungi and yeasts that cause candidiasis, ringworm, athlete's foot, thrush, diaper rash, and other infections.
*Expels or kills tapeworms, lice, giardia, and other parasites.
*Helps prevent periodontal disease and tooth decay.
Energy
*Provides a nutritional source of quick energy.
*Boosts energy and endurance, enhancing physical and athletic performance.
Digestion and Metabolism
*Improves digestion and absorption of other nutrients including vitamins, minerals, and amino acids.
*Improves insulin secretion and utilization of blood glucose.
*Relieves stress on pancreas and enzyme systems of the body.
*Reduces symptoms associated with pancreatitis.
*Helps relieve symptoms and reduce health risks associated with diabetes.
*Reduces problems associated with malabsorption syndrome and cystic fibrosis.
*Improves calcium and magnesium absorption and supports the development of strong bones and teeth.
*Helps protect against osteoporosis.
*Helps relieve symptoms associated with gallbladder disease.
*Relieves symptoms associated with Crohn's disease, ulcerative colitis, and stomach ulcers.
*Improves digestion and bowel function. (Clients tell me that taken 20 minutes before a meal, it relieves symptoms of heartburn and GERD.)
*Relieves pain and irritation caused by hemorrhoids.
Boosts the Immune System
*Supports and aids immune system function.
*Reduces inflammation.
*Supports tissue healing and repair.
*Helps protect the body from breast, colon, and other cancers.
*Functions as a protective antioxidant.
*Does not form harmful by-products when heated to normal cooking temperature like other vegetable oils do.
*Helps to protect the body from harmful free radicals that promote premature aging and degenerative disease.
*Does not deplete the body's antioxidant reserves like other oils do.
*Improves utilization of essential fatty acids and protects them from oxidation.
*Helps relieve symptoms associated with chronic fatigue syndrome.
*Relieves symptoms associated with benign prostatic hyperplasia (prostate enlargement).
Heart Health
*Is heart healthy; improves cholesterol ratio reducing risk of heart disease.
*Protects arteries from injury that causes atherosclerosis and thus protects against heart disease.
Organ Support
*Helps protect against kidney disease and bladder infections.
*Dissolves kidney stones.
*Helps prevent liver disease.
*Supports thyroid function.
*Reduces epileptic seizures.
Balances Body Weight
*Promotes loss of excess weight by increasing metabolic rate.
*Is utilized by the body to produce energy in preference to being stored as body fat like other dietary fats.
*Helps prevent obesity and overweight problems.
*Is lower in calories than all other fats.
Creates Healthy Skin and Hair
*Applied topically helps to form a chemical barrier on the skin to ward of infection.
*Reduces symptoms associated the psoriasis, eczema, and dermatitis.
*Supports the natural chemical balance of the skin.
*Softens skin and helps relieve dryness and flaking.
*Prevents wrinkles, sagging skin, and age spots.
*Promotes healthy looking hair and complexion.
*Provides protection from damaging effects of ultraviolet radiation from the sun.
*Helps control dandruff.
I've also heard many anecdotal stories of coconut being used externally and internally for pets. Dogs and cats with debilitating skin rashes can be cured within days by applying coconut oil to their skin. If they lick it off, they get more benefits, not side effects as they would with cortisone creams.
What kind and how much coconut oil can you take to treat and prevent Alzheimer's and many other health conditions and treat hundreds of symptoms? The dosage used in most Alzheimer's studies is about 5 TBSP per day of extra virgin coconut oil. However, Dr. Fife told me that 1-3 TBSP is his recommendation for minor ailments and for maintenance.
How do you use coconut oil? You can substitute it in most recipes calling for oil; put it in your smoothie or protein powder drink (which is how I take it); or take it straight from the spoon.
Here's my favorite coconut recipe. Heat a TBSP each of coconut oil, coconut milk, cacao and a half teaspoon of honey and coat a frozen banana. You can roll it in coconut flakes and ground macadamia nuts then freeze for another 30 minutes. It makes a delicious coconut-saturated frozana!
About the author:
Dr. Carolyn Dean is a medical doctor and naturopathic doctor. She has been in the forefront of the natural medicine revolution for over 30 years. She is the author / coauthor of 22 health books (print and eBooks) including The Magnesium Miracle, IBS for Dummies, IBS Cookbook for Dummies, The Yeast Connection and Women's Health, Future Health Now Encyclopedia, Death by Modern Medicine, Everything Alzheimers, and Hormone Balance.Dr. Dean is Medical Director of the Nutritional Magnesium Association.She has a free newsletter and a valuable online 2-year Wellness program called Completement Now! and a telephone consulting practice. Find out more at www.drcarolyndean.com
About the author:
Dr. Carolyn Dean is a medical doctor and naturopathic doctor. She has been in the forefront of the natural medicine revolution for over 30 years.
Dr. Dean is the author / coauthor of 22 health books (print and eBooks) including The Magnesium Miracle, IBS for Dummies, IBS Cookbook for Dummies, The Yeast Connection and Women's Health, Future Health Now Encyclopedia, Death by Modern Medicine, Everything Alzheimers, and Hormone Balance.
Learn more: http://www.naturalnews.com/032727_coconut_oil_Alzheimers.html#ixzz1kDiJb8NL
Friday, January 20, 2012
Glyphosate Hazards to Crops, Soils, Animals, and Consumers
ISIS Report 09/01/12
USDA Scientist Reveals All
Glyphosate Hazards to Crops, Soils, Animals, and Consumers
Don Huber painted a devastating picture of glyphosate and GM crops at UK Parliament. By Dr Eva Sirinathsinghji
A fully illustrated and referenced version of this report is posted on the Institute of Science in Society website (http://www.i-sis.org.uk)
In less than an hour, Don Huber, professor emeritus at Purdue University and USDA senior scientist (see Box) delivered to the UK Houses of Parliament a damning indictment of glyphosate agriculture as a most serious threat to the environment, livestock, and human health [1].
Don Huber
Don Huber, Emeritus Professor at Purdue University and senior scientist on USDA’s National Plant Disease Recovery System, has been a plant physiologist and pathologist for over 40 years. His academic career began with 8 years as a cereal pathologist at the University of Idaho, and the next 35 years at Purdue University where he specialised in soil-borne disease control, physiology of disease, and microbial ecology. For the past 20 years, he has conducted extensive research into the effects of glyphosate on crops, in response to the increase in crop diseases on glyphosate-applied fields.
Since his letter to the US Secretary of State Tom Vilsak was leaked in February 2011, there has been a great deal of controversy over what Huber described as a pathogen “new to science” and abundant in glyphosate-tolerant GM crops (see [2] Emergency! Pathogen New to Science Found in Roundup Ready GM Crops?, SiS 50). As he concluded in the letter:
“We are now seeing an unprecedented trend of increasing plant and animal diseases and disorders. This pathogen may be instrumental to understanding and solving this problem”.
His talk linked glyphosate to reduced nutrient availability in plants, increasing plant diseases, the emergence of a new pathogen, animal illness and possible effects on human health (see [3, 4] Glyphosate Tolerant Crops Bring Death and Disease, Scientists Reveal Glyphosate Poisons Crops and Soil, SiS 47).
Pathogen new to science
The conversion of US agriculture to monochemical herbicide practice has resulted in the extensive use of glyphosate herbicides. Coincidentally, farmers have been witnessing deterioration in the health of corn, soybean, wheat and other crops, and epidemics of diseases in small grain crops. All are associated with the extensive use of glyphosate, which has increased further since the introduction of glyphosate-tolerant, Roundup Ready (RR) crops.
Glyphosate immobilises nutrients required to maintain plant health and resistance to disease. This weakening of the plants defence could explain the infestation of GM crops with the new pathogen, which has now been observed in horse, sheep, pigs, cows, chicken, multiple animal tissues including reproductive parts (semen, amniotic fluid), manure, soil, eggs, milk, as well as the common fungal pathogen that is currently infesting RR crops, Fusarium solani fsp glycines mycelium. All are coming into contact with glyphosate either through direct exposure or consumption through animal feed. It is also highly abundant in crops suffering from plant Goss’ wilt and sudden death syndrome.
The pathogen can be cultured in the lab, and has been isolated from livestock foetal tissue, replicated in the lab and re-introduced back into the animals. It appears to be very common and may well be interacting with the effects of glyphosate on both plants and animals, exacerbating disease and causing reproductive failure in livestock (see below). Although great expectations have been placed on Huber to publish his findings, he insists that before this can be done, further resources are necessary to be able to characterise the ‘entity’ and identify what type of species it is, including sequencing of its genome. This is a slow process and once complete, it is his intention to publish the work in a peer-reviewed journal.
Understanding glyphosate’s mode of action
Recognising glyphosate’s mechanism of action is the key to understanding how it may exert detrimental effects on the health of crops, animals, and the environment alike. Glyphosate is a broad-spectrum herbicide that interacts with a range of physiological processes in the plant and its environment. Although it is most commonly recognised to work through inhibition of the plant enzyme 5-enolpyruvylshikimate-3-phosphate synthase (EPSPS) involved in the production of aromatic amino acids in the shikimate pathway, it was actually first patented as a strong metal-chelator that binds to metals including manganese, magnesium, iron, nickel, zinc and calcium, many of which are important micronutrients acting as co-factors for plant enzymes in different physiological processes including the plants’ defence system. Indeed, it is actually through chelation of manganese that the EPSPS enzyme is inhibited.
Rendering plants more susceptible to disease through glyphosate’s pathogenic activity is actually the way it exerts its herbicidal activity.
This is done not just through immobilising nutrients in the plant but also impacting the agricultural system as a whole. Consistently, if glyphosate does not reach the root of a plant or the plant is grown in a sterile soil, the plant is not killed.
Once in the soil, glyphosate is later immobilised through the chelation of cations, and is therefore very stable and not easily degraded. However, phosphorus (including phosphorus fertilisers) can desorb the herbicide, making it active once again in the soil.
Glyphosate interferes negatively with many components of agriculture Huber stressed that agriculture is an integrated system of many interacting components, which together determine crop health and therefore yield. This concept is undervalued, and the sooner this is recognised, the sooner we will be able to reap the full genetic potential of our crops.
The three main components of an agricultural system are 1) the biotic environment including beneficial organisms for example, nitrogen-fixing microbes and mineralizers; 2) the abiotic environment including nutrients, moisture, pH; and 3), defence against pathogens that damage crops. The genetic potential of a plant can be achieved by minimising the stress placed on these components through improving plant nutrition and physiology and prevention of diseases and pests.
We have been repeatedly told that to meet the world’s needs for food production we must resort to GM crops and chemical agriculture. However, glyphosate detrimentally interacts with all the agricultural components, so much so that an estimated 50 percent of the potential crop yields are currently being lost (see Figure 1).
As shown in figure 1, glyphosate interacts with a wide range of health determinants, which intensifies stress and reduces crop yields. Not only does it accumulate in the plant tissues (shoot and root tips, reproductive structures and legume nodules), it accumulates in the roots where it then leaks into the soil and harms beneficial microorganisms in the soil including those that act as biological controls of pathogens. The obvious consequence is the increased virulence of soil-borne pathogens that lead to disease.
Glyphosate immobilises nutrients critical for plant defence system and other functions
One of Huber’s important discoveries was the close correlation of all the known conditions affecting the disease ‘take-all’ with the availability of manganese to the plant and its physiological effect on resistance to this pathogen.
Micronutrients are the activators or inhibitors of many critical physiological functions. Thus, a deficiency or change in availability of these regulatory elements can greatly affect plant growth and resistance to diseases and pests. Those metabolic pathways producing secondary anti-microbial compounds, pathogen-inhibiting amino acids and peptides, hormones involved in cicatrisation (walling off pathogens), callusing, and disease escape mechanisms can all be compromised by glyphosate.
Micronutrients are also necessary for other processes in a plant.
Manganese for example is not only involved in co-activating the EPSPS enzyme, with up to 25 other enzymes known to be affected by manganese chelation. Such enzymes are necessary for photosynthesis, in assimilating carbon dioxide in the electron transport chain, along with zinc. It also helps in the synthesis of chlorophyll and in nitrate assimilation.
Numerous enzymes requiring other mineral co-factors are also affected, among them enzymes of the shikimate pathway, to which EPSPS belongs, are responsible for plant responses to stress and the synthesis of defence molecules against pathogens, such as amino acids, lignins, hormones, phytoalexins, flavenoids and phenols.
Consistent with what is known about the role of micronutrients and glyphosate, the levels of key minerals have been measured in transgenic RR soybeans and found to be lower than those in isogenic non-transgenic varieties. Manganese was reduced by as much as 45 %, while iron was reduced by 49 % [5]. Similar deficiencies in mineral content have been found in non-GM varieties, suggesting that the glyphosate, and not the RR transgene, is responsible for reducing mineral availability [6].
Glyphosate reduces photosynthesis, water uptake, amino acid production as well as lignin, a molecule conferring mechanical strength of the plant and crucial for conducting water through plant stems [7, 8].
As Huber stated, the consequences of these nutrient deficiencies is that “crops don‘t look as good, are not as productive or rigorous, and are slower growing“ (see Figure 2). He noted yield drags of 26 % for RR soybeans. Furthermore, with current concerns for global warming, plants that are up to 50 % less water-efficient, such as RR crops, are counter-productive and can only exacerbate problems.
Huber stressed that there is nothing in the glyphosate tolerant crops that operates on the glyphosate applied to them. Consequently, although they have enough resistance to prevent them from dying (conferred by the EPSPS transgene), their overall physiological function is compromised by glyphosate. It therefore affects GM as well as non-GM crops through residual levels of glyphosate in the ground.
In addition to chelating nutrients in the plants, glyphosate can lower mineral content through damaging beneficial soil organisms, including microbes producing indole-acetic acid (a growth-promoting auxin), earthworms, mycorrhizae associations, phosphorus & zinc uptake, microbes such as Pseudomonads, Bacillus that convert insoluble soil oxides to plant-available forms of manganese and iron, nitrogen-fixing bacteria Bradyrhizobium, Rhizobium, and organisms involved in the biological control of soil-borne diseases that reduce root uptake of nutrients.
Figure 2 Effects of long-term glyphosate on crop health; adapted from
Huber’s presentation
Glyphosate increases incidence and virulence of soil-borne pathogens. Thirty-four diseases have been reported in the scientific literature to increase in incidence as a result of glyphosate weed-eradication programmes. They affect a wide variety of crops from cereals to bananas, tomatoes, soybean, cotton, canola, melon and grapes [9]. Some of these diseases are considered ‘emerging’ or ‘re-emerging’ as they had not caused serious economic losses in the past. This has worrying implications for the agricultural sector with the US now in its fourth year of epidemics of Goss’ wilt and sudden death syndrome and eighteenth year of epidemic of Fusarium fungal colonisation resulting in root rot and Fusarium wilt. Not only does glyphosate affect disease susceptibility, there is also evidence of increased disease severity. Examples include ‘take-all’; Corynespora root rot in soybean; Fusarium spp diseases, including those caused by Fusarium species that are ordinarily non-pathogenic. Head-scab caused by Fusarium spp of cereals increases following glyphosate application, which is also now prevalent in cooler climates when previously it was limited to warmer climates.
Food and Feed Safety Concerns
Nutrient-deficient, transgenic plants suffering from disease that also harbour herbicide residues, presents an array of possible safety hazards to animals and humans. According to Huber, possible harm include direct toxicity of glyphosate itself, which has been shown to cause endocrine disruption, DNA damage, reproductive and developmental toxicities, neurotoxicity, cancer, and birth defects (see [10]Glyphosate Toxic and Roundup Worse,SiS26; [11]Death by Multiple Poisoning, Glyphosate and Roundup,SiS42; [12]Ban Glyphosate HerbicideNow.SiS43; [13]Lab Study Establishes Glyphosate Link to Birth Defects,SiS48). Furthermore, allergies are on the rise, and animals are showing allergy responses, including inflamed irritated stomachs (Figure 3), discoloration of stomach lining, leakage of intestines as well as behavioural symptoms of irritability and anti-social behaviour in cows (abnormal for herd animals). Inflammatory bowel disease in humans has risen 40 percent since 1992, which may be related to consumption of GM foods, although this has not yet been proven.
The increase in infestation of crops with fungal pathogens that produce toxins is an added concern. Mycotoxins, including fusarium toxins as well as aflatoxins released by Aspergillus fungi are carcinogenic and have forced imports of wheat into the US due to unsafe levels found in domestic harvests.
Triple whammy of reproductive toxicity caused by glyphosate In 2002, the Cattlemen’s Association gave a statement to US Congress on the serious and puzzling rises in reproductive problems. It said: “high numbers of foetuses are aborting for no apparent reason. Other farmers successfully raise what look to be normal young cattle, only to learn when the animals are butchered that their carcasses appear old and, therefore, less valuable...The sporadic problem is so bad both in the United States and abroad that in some herds around 40-50 percent of pregnancies are being lost.. [and] the viability of this important industry is threatened.”
Glyphosate appears to be able to induce reproductive failures through three separate mechanisms. The first, mentioned above is the endocrine dysfunction caused by direct toxicity of glyphosate.
The second is the reduced nutrient content having consequential effects on the nutritional status of animals. Manganese in animals, as in plants, is an essential nutrient, and deficiencies have been associated with a variety of diseases as well as reproductive failures, which are becoming increasingly common in livestock. One study performed in Australia following two seasons of high levels of stillbirths in cattle found that all dead calves were manganese deficient [14]. Furthermore, 63 percent of babies with birth defects were also deficient. Manganese is known to be important for mobilising calcium into bones, correlating with abnormal bone formation in these calves.
Third, the unknown pathogenic ‘entity’ may be associated with inducing pseudo-pregnancies. As far back as 1998, a suspect agent was found in reproductive tissue of livestock. It has now been isolated in high concentrations from semen, amniotic fluid as well as placental tissue. It has also been found in aborted foetal tissue. Some farms are reporting up to 50 percent fewer conceptions in animals due to increased miscarriages and pseudo-pregnancies. Although evidence of the widespread presence of this new pathogen is clear, Don Huber suggested the need for further research to understand not only what kind of pathogen it is, but importantly, the effects it is having on the health of plants as well as animals.
To conclude
Over 100 peer reviewed papers have been published by Huber and other scientists on the detrimental effects of glyphosate. Glyphosate increases disease in plants (as well as animals), prompting Huber to write to the Secretary of Agriculture. It may be linked to many health problems in animals and humans, which are an added cost to all the failed promises of a new agricultural technology that would feed the world. As Huber concluded, the “public trust has been betrayed.”
USDA Scientist Reveals All
Glyphosate Hazards to Crops, Soils, Animals, and Consumers
Don Huber painted a devastating picture of glyphosate and GM crops at UK Parliament. By Dr Eva Sirinathsinghji
A fully illustrated and referenced version of this report is posted on the Institute of Science in Society website (http://www.i-sis.org.uk)
In less than an hour, Don Huber, professor emeritus at Purdue University and USDA senior scientist (see Box) delivered to the UK Houses of Parliament a damning indictment of glyphosate agriculture as a most serious threat to the environment, livestock, and human health [1].
Don Huber
Don Huber, Emeritus Professor at Purdue University and senior scientist on USDA’s National Plant Disease Recovery System, has been a plant physiologist and pathologist for over 40 years. His academic career began with 8 years as a cereal pathologist at the University of Idaho, and the next 35 years at Purdue University where he specialised in soil-borne disease control, physiology of disease, and microbial ecology. For the past 20 years, he has conducted extensive research into the effects of glyphosate on crops, in response to the increase in crop diseases on glyphosate-applied fields.
Since his letter to the US Secretary of State Tom Vilsak was leaked in February 2011, there has been a great deal of controversy over what Huber described as a pathogen “new to science” and abundant in glyphosate-tolerant GM crops (see [2] Emergency! Pathogen New to Science Found in Roundup Ready GM Crops?, SiS 50). As he concluded in the letter:
“We are now seeing an unprecedented trend of increasing plant and animal diseases and disorders. This pathogen may be instrumental to understanding and solving this problem”.
His talk linked glyphosate to reduced nutrient availability in plants, increasing plant diseases, the emergence of a new pathogen, animal illness and possible effects on human health (see [3, 4] Glyphosate Tolerant Crops Bring Death and Disease, Scientists Reveal Glyphosate Poisons Crops and Soil, SiS 47).
Pathogen new to science
The conversion of US agriculture to monochemical herbicide practice has resulted in the extensive use of glyphosate herbicides. Coincidentally, farmers have been witnessing deterioration in the health of corn, soybean, wheat and other crops, and epidemics of diseases in small grain crops. All are associated with the extensive use of glyphosate, which has increased further since the introduction of glyphosate-tolerant, Roundup Ready (RR) crops.
Glyphosate immobilises nutrients required to maintain plant health and resistance to disease. This weakening of the plants defence could explain the infestation of GM crops with the new pathogen, which has now been observed in horse, sheep, pigs, cows, chicken, multiple animal tissues including reproductive parts (semen, amniotic fluid), manure, soil, eggs, milk, as well as the common fungal pathogen that is currently infesting RR crops, Fusarium solani fsp glycines mycelium. All are coming into contact with glyphosate either through direct exposure or consumption through animal feed. It is also highly abundant in crops suffering from plant Goss’ wilt and sudden death syndrome.
The pathogen can be cultured in the lab, and has been isolated from livestock foetal tissue, replicated in the lab and re-introduced back into the animals. It appears to be very common and may well be interacting with the effects of glyphosate on both plants and animals, exacerbating disease and causing reproductive failure in livestock (see below). Although great expectations have been placed on Huber to publish his findings, he insists that before this can be done, further resources are necessary to be able to characterise the ‘entity’ and identify what type of species it is, including sequencing of its genome. This is a slow process and once complete, it is his intention to publish the work in a peer-reviewed journal.
Understanding glyphosate’s mode of action
Recognising glyphosate’s mechanism of action is the key to understanding how it may exert detrimental effects on the health of crops, animals, and the environment alike. Glyphosate is a broad-spectrum herbicide that interacts with a range of physiological processes in the plant and its environment. Although it is most commonly recognised to work through inhibition of the plant enzyme 5-enolpyruvylshikimate-3-phosphate synthase (EPSPS) involved in the production of aromatic amino acids in the shikimate pathway, it was actually first patented as a strong metal-chelator that binds to metals including manganese, magnesium, iron, nickel, zinc and calcium, many of which are important micronutrients acting as co-factors for plant enzymes in different physiological processes including the plants’ defence system. Indeed, it is actually through chelation of manganese that the EPSPS enzyme is inhibited.
Rendering plants more susceptible to disease through glyphosate’s pathogenic activity is actually the way it exerts its herbicidal activity.
This is done not just through immobilising nutrients in the plant but also impacting the agricultural system as a whole. Consistently, if glyphosate does not reach the root of a plant or the plant is grown in a sterile soil, the plant is not killed.
Once in the soil, glyphosate is later immobilised through the chelation of cations, and is therefore very stable and not easily degraded. However, phosphorus (including phosphorus fertilisers) can desorb the herbicide, making it active once again in the soil.
Glyphosate interferes negatively with many components of agriculture Huber stressed that agriculture is an integrated system of many interacting components, which together determine crop health and therefore yield. This concept is undervalued, and the sooner this is recognised, the sooner we will be able to reap the full genetic potential of our crops.
The three main components of an agricultural system are 1) the biotic environment including beneficial organisms for example, nitrogen-fixing microbes and mineralizers; 2) the abiotic environment including nutrients, moisture, pH; and 3), defence against pathogens that damage crops. The genetic potential of a plant can be achieved by minimising the stress placed on these components through improving plant nutrition and physiology and prevention of diseases and pests.
We have been repeatedly told that to meet the world’s needs for food production we must resort to GM crops and chemical agriculture. However, glyphosate detrimentally interacts with all the agricultural components, so much so that an estimated 50 percent of the potential crop yields are currently being lost (see Figure 1).
As shown in figure 1, glyphosate interacts with a wide range of health determinants, which intensifies stress and reduces crop yields. Not only does it accumulate in the plant tissues (shoot and root tips, reproductive structures and legume nodules), it accumulates in the roots where it then leaks into the soil and harms beneficial microorganisms in the soil including those that act as biological controls of pathogens. The obvious consequence is the increased virulence of soil-borne pathogens that lead to disease.
Glyphosate immobilises nutrients critical for plant defence system and other functions
One of Huber’s important discoveries was the close correlation of all the known conditions affecting the disease ‘take-all’ with the availability of manganese to the plant and its physiological effect on resistance to this pathogen.
Micronutrients are the activators or inhibitors of many critical physiological functions. Thus, a deficiency or change in availability of these regulatory elements can greatly affect plant growth and resistance to diseases and pests. Those metabolic pathways producing secondary anti-microbial compounds, pathogen-inhibiting amino acids and peptides, hormones involved in cicatrisation (walling off pathogens), callusing, and disease escape mechanisms can all be compromised by glyphosate.
Micronutrients are also necessary for other processes in a plant.
Manganese for example is not only involved in co-activating the EPSPS enzyme, with up to 25 other enzymes known to be affected by manganese chelation. Such enzymes are necessary for photosynthesis, in assimilating carbon dioxide in the electron transport chain, along with zinc. It also helps in the synthesis of chlorophyll and in nitrate assimilation.
Numerous enzymes requiring other mineral co-factors are also affected, among them enzymes of the shikimate pathway, to which EPSPS belongs, are responsible for plant responses to stress and the synthesis of defence molecules against pathogens, such as amino acids, lignins, hormones, phytoalexins, flavenoids and phenols.
Consistent with what is known about the role of micronutrients and glyphosate, the levels of key minerals have been measured in transgenic RR soybeans and found to be lower than those in isogenic non-transgenic varieties. Manganese was reduced by as much as 45 %, while iron was reduced by 49 % [5]. Similar deficiencies in mineral content have been found in non-GM varieties, suggesting that the glyphosate, and not the RR transgene, is responsible for reducing mineral availability [6].
Glyphosate reduces photosynthesis, water uptake, amino acid production as well as lignin, a molecule conferring mechanical strength of the plant and crucial for conducting water through plant stems [7, 8].
As Huber stated, the consequences of these nutrient deficiencies is that “crops don‘t look as good, are not as productive or rigorous, and are slower growing“ (see Figure 2). He noted yield drags of 26 % for RR soybeans. Furthermore, with current concerns for global warming, plants that are up to 50 % less water-efficient, such as RR crops, are counter-productive and can only exacerbate problems.
Huber stressed that there is nothing in the glyphosate tolerant crops that operates on the glyphosate applied to them. Consequently, although they have enough resistance to prevent them from dying (conferred by the EPSPS transgene), their overall physiological function is compromised by glyphosate. It therefore affects GM as well as non-GM crops through residual levels of glyphosate in the ground.
In addition to chelating nutrients in the plants, glyphosate can lower mineral content through damaging beneficial soil organisms, including microbes producing indole-acetic acid (a growth-promoting auxin), earthworms, mycorrhizae associations, phosphorus & zinc uptake, microbes such as Pseudomonads, Bacillus that convert insoluble soil oxides to plant-available forms of manganese and iron, nitrogen-fixing bacteria Bradyrhizobium, Rhizobium, and organisms involved in the biological control of soil-borne diseases that reduce root uptake of nutrients.
Figure 2 Effects of long-term glyphosate on crop health; adapted from
Huber’s presentation
Glyphosate increases incidence and virulence of soil-borne pathogens. Thirty-four diseases have been reported in the scientific literature to increase in incidence as a result of glyphosate weed-eradication programmes. They affect a wide variety of crops from cereals to bananas, tomatoes, soybean, cotton, canola, melon and grapes [9]. Some of these diseases are considered ‘emerging’ or ‘re-emerging’ as they had not caused serious economic losses in the past. This has worrying implications for the agricultural sector with the US now in its fourth year of epidemics of Goss’ wilt and sudden death syndrome and eighteenth year of epidemic of Fusarium fungal colonisation resulting in root rot and Fusarium wilt. Not only does glyphosate affect disease susceptibility, there is also evidence of increased disease severity. Examples include ‘take-all’; Corynespora root rot in soybean; Fusarium spp diseases, including those caused by Fusarium species that are ordinarily non-pathogenic. Head-scab caused by Fusarium spp of cereals increases following glyphosate application, which is also now prevalent in cooler climates when previously it was limited to warmer climates.
Food and Feed Safety Concerns
Nutrient-deficient, transgenic plants suffering from disease that also harbour herbicide residues, presents an array of possible safety hazards to animals and humans. According to Huber, possible harm include direct toxicity of glyphosate itself, which has been shown to cause endocrine disruption, DNA damage, reproductive and developmental toxicities, neurotoxicity, cancer, and birth defects (see [10]Glyphosate Toxic and Roundup Worse,SiS26; [11]Death by Multiple Poisoning, Glyphosate and Roundup,SiS42; [12]Ban Glyphosate HerbicideNow.SiS43; [13]Lab Study Establishes Glyphosate Link to Birth Defects,SiS48). Furthermore, allergies are on the rise, and animals are showing allergy responses, including inflamed irritated stomachs (Figure 3), discoloration of stomach lining, leakage of intestines as well as behavioural symptoms of irritability and anti-social behaviour in cows (abnormal for herd animals). Inflammatory bowel disease in humans has risen 40 percent since 1992, which may be related to consumption of GM foods, although this has not yet been proven.
The increase in infestation of crops with fungal pathogens that produce toxins is an added concern. Mycotoxins, including fusarium toxins as well as aflatoxins released by Aspergillus fungi are carcinogenic and have forced imports of wheat into the US due to unsafe levels found in domestic harvests.
Triple whammy of reproductive toxicity caused by glyphosate In 2002, the Cattlemen’s Association gave a statement to US Congress on the serious and puzzling rises in reproductive problems. It said: “high numbers of foetuses are aborting for no apparent reason. Other farmers successfully raise what look to be normal young cattle, only to learn when the animals are butchered that their carcasses appear old and, therefore, less valuable...The sporadic problem is so bad both in the United States and abroad that in some herds around 40-50 percent of pregnancies are being lost.. [and] the viability of this important industry is threatened.”
Glyphosate appears to be able to induce reproductive failures through three separate mechanisms. The first, mentioned above is the endocrine dysfunction caused by direct toxicity of glyphosate.
The second is the reduced nutrient content having consequential effects on the nutritional status of animals. Manganese in animals, as in plants, is an essential nutrient, and deficiencies have been associated with a variety of diseases as well as reproductive failures, which are becoming increasingly common in livestock. One study performed in Australia following two seasons of high levels of stillbirths in cattle found that all dead calves were manganese deficient [14]. Furthermore, 63 percent of babies with birth defects were also deficient. Manganese is known to be important for mobilising calcium into bones, correlating with abnormal bone formation in these calves.
Third, the unknown pathogenic ‘entity’ may be associated with inducing pseudo-pregnancies. As far back as 1998, a suspect agent was found in reproductive tissue of livestock. It has now been isolated in high concentrations from semen, amniotic fluid as well as placental tissue. It has also been found in aborted foetal tissue. Some farms are reporting up to 50 percent fewer conceptions in animals due to increased miscarriages and pseudo-pregnancies. Although evidence of the widespread presence of this new pathogen is clear, Don Huber suggested the need for further research to understand not only what kind of pathogen it is, but importantly, the effects it is having on the health of plants as well as animals.
To conclude
Over 100 peer reviewed papers have been published by Huber and other scientists on the detrimental effects of glyphosate. Glyphosate increases disease in plants (as well as animals), prompting Huber to write to the Secretary of Agriculture. It may be linked to many health problems in animals and humans, which are an added cost to all the failed promises of a new agricultural technology that would feed the world. As Huber concluded, the “public trust has been betrayed.”
Tuesday, January 17, 2012
Brown Rice and Cardiovascular Disease
(NaturalNews) The rate of cardiovascular disease is much lower in Japan than in the U.S. and now scientists at the Cardiovascular Research Center and Department of Physiology at Temple University School of Medicine in Philadelphia think they know why. People in Japan eat rice virtually every day and rice -- especially the brown and only partially "polished" varieties -- contains a natural compound that appears to guard against high blood pressure and heart disease.
Brown rice is already well known as a healthy food choice because it's a good source of fiber, B vitamins and other nutrients. But new research just presented by Temple University researcher Satoru Eguchi at the American Physiological Society's Experimental Biology conference held in Anaheim, California, reveals another powerful health benefit. A specific natural compound found in a layer of tissue surrounding grains of brown rice inhibits an endocrine protein known as angiotensin II. In excess, angiotensin II can trigger serious cardiovascular problems.
This is enormously significant news because angiotensin II is a well documented culprit in the development of hypertension and atherosclerosis. Angiotensin II constricts arteries, increases blood pressure and forces the heart to work harder. It also thickens and stiffens the walls of the heart and blood vessels.
Big Pharma has created a huge industry producing angiotensin II receptor blockers (ARBs) -- prescription drugs that lower blood pressure by putting the brakes on angiotensin II. Sold under brand names such as Atacand, Teveten, Avapro and Cozaar, the medications are designed to block angiotensin II, thereby relaxing blood vessels so blood pressure is lowered.
But the side effects of these drugs can be serious and even deadly. They include fetal harm (possibly death) if the drugs are taken during pregnancy, dizziness, blurred vision, fainting, decreased sexual ability, infection, chest pain, swelling, trouble breathing and more.The new discovery about rice indicates brown rice or even half-milled rice could be a natural, side-effect free angiotensin II blocker.
Dr. Eguchi, an associate professor of physiology, and his colleagues investigated the subaleurone layer of Japanese rice. Located between the white center of the grain and the brown fibrous outer layer, this sub-layer of rice is loaded with oligosaccharides (complex carbohydrates known to benefit the digestive system) and dietary fibers. But when brown rice is polished to turn it into white rice, this subaleurone layer is ripped off, taking away some of the nutrients. However, the subaleurone layer is preserved not only in brown rice but also in two types of rice popular in Japan -- half-milled (Haigamai) rice or incompletely-milled (Kinmemai) rice.
The Temple research team, working with conjunction with scientists at the Wakayama Medical University Department of Pathology and the Nagaoka National College of Technology Department of Materials Engineering in Japan, removed subaleurone tissue from Kinmemai rice and ran a variety of lab tests that demonstrated the components of this rice layer inhibited angiotensin II activity in cultured vascular smooth muscle cells. Bottom line: the subaleurone rice layer could offer powerful protection against high blood pressure and atherosclerosis by blocking the endocrine protein that can trigger those conditions.
"Our research suggests that there is a potential ingredient in rice that may be a good starting point for looking into preventive medicine for cardiovascular diseases," Dr. Eguchi said in a media statement. "We hope to present an additional health benefit of consuming half-milled or brown rice (as opposed to white rice) as part of a regular diet."
For more information :
http://www.healingfoodreference.com...
http://www.newswise.com/articles/br...
Learn more: http://www.naturalnews.com/028705_brown_rice_high_blood_pressure.html#ixzz1jkTEMna5
Brown rice is already well known as a healthy food choice because it's a good source of fiber, B vitamins and other nutrients. But new research just presented by Temple University researcher Satoru Eguchi at the American Physiological Society's Experimental Biology conference held in Anaheim, California, reveals another powerful health benefit. A specific natural compound found in a layer of tissue surrounding grains of brown rice inhibits an endocrine protein known as angiotensin II. In excess, angiotensin II can trigger serious cardiovascular problems.
This is enormously significant news because angiotensin II is a well documented culprit in the development of hypertension and atherosclerosis. Angiotensin II constricts arteries, increases blood pressure and forces the heart to work harder. It also thickens and stiffens the walls of the heart and blood vessels.
Big Pharma has created a huge industry producing angiotensin II receptor blockers (ARBs) -- prescription drugs that lower blood pressure by putting the brakes on angiotensin II. Sold under brand names such as Atacand, Teveten, Avapro and Cozaar, the medications are designed to block angiotensin II, thereby relaxing blood vessels so blood pressure is lowered.
But the side effects of these drugs can be serious and even deadly. They include fetal harm (possibly death) if the drugs are taken during pregnancy, dizziness, blurred vision, fainting, decreased sexual ability, infection, chest pain, swelling, trouble breathing and more.The new discovery about rice indicates brown rice or even half-milled rice could be a natural, side-effect free angiotensin II blocker.
Dr. Eguchi, an associate professor of physiology, and his colleagues investigated the subaleurone layer of Japanese rice. Located between the white center of the grain and the brown fibrous outer layer, this sub-layer of rice is loaded with oligosaccharides (complex carbohydrates known to benefit the digestive system) and dietary fibers. But when brown rice is polished to turn it into white rice, this subaleurone layer is ripped off, taking away some of the nutrients. However, the subaleurone layer is preserved not only in brown rice but also in two types of rice popular in Japan -- half-milled (Haigamai) rice or incompletely-milled (Kinmemai) rice.
The Temple research team, working with conjunction with scientists at the Wakayama Medical University Department of Pathology and the Nagaoka National College of Technology Department of Materials Engineering in Japan, removed subaleurone tissue from Kinmemai rice and ran a variety of lab tests that demonstrated the components of this rice layer inhibited angiotensin II activity in cultured vascular smooth muscle cells. Bottom line: the subaleurone rice layer could offer powerful protection against high blood pressure and atherosclerosis by blocking the endocrine protein that can trigger those conditions.
"Our research suggests that there is a potential ingredient in rice that may be a good starting point for looking into preventive medicine for cardiovascular diseases," Dr. Eguchi said in a media statement. "We hope to present an additional health benefit of consuming half-milled or brown rice (as opposed to white rice) as part of a regular diet."
For more information :
http://www.healingfoodreference.com...
http://www.newswise.com/articles/br...
Learn more: http://www.naturalnews.com/028705_brown_rice_high_blood_pressure.html#ixzz1jkTEMna5
Wednesday, January 4, 2012
Mayo Clinic on Aspirin
Mayo Clinic on Aspirin
Dr. Virend Somers, is a Cardiologist from the Mayo Clinic, who is lead author of the report in the July 29, 2008 issue of the Journal of the American College of Cardiology.
Most heart attacks occur in the day, generally between 6 A.M. and noon, Somers said. Having one during the night, when the heart should be most at rest, means that something unusual happened. Somers and his colleagues have been working for a decade to show that sleep apnea is to blame.
1. If you take an aspirin or a baby aspirin once a day, take it at night. The reason: Aspirin has a 24-hour "half-life"; therefore, if most heart attacks happen in the wee hours of the morning, the Aspirin would be strongest in your system.
2. FYI, Aspirin lasts a really long time in your medicine chest for years, (when it gets old, it smells like vinegar).
Please read on.
Something that we can do to help ourselves - nice to know. Bayer is making crystal aspirin to dissolve instantly on the tongue. They work much faster than the tablets.
Why keep Aspirin by your bedside? It's about Heart Attacks - There are other symptoms of a heart attack,
besides the pain on the left arm. One must also be aware of an intense pain on the chin, as well as nausea and lots of sweating; however, these symptoms may also occur less frequently. Note: There may be NO pain in the chest during a heart attack.
The majority of people (about 60%) who had a heart attack during their sleep, did not wake up. However, if it occurs, the chest pain may wake you up from your deep sleep.
If that happens, immediately dissolve two aspirins in your mouth and swallow them with a bit of water.
Afterwards:
- Call 911.
- Phone a neighbor or a family member who lives very close by.
- Say "heart attack!"
- Say that you have taken 2 Aspirins.
- Take a seat on a chair or sofa near the front door,
and wait for their arrival and ...DO NOT LIE DOWN!
A Cardiologist has stated that, if each person, after receiving this e-mail, sends it to 10 people, probably one
life could be saved!
I have already shared this information. What about you?
Do forward this message. It may save lives!
Dr. Virend Somers, is a Cardiologist from the Mayo Clinic, who is lead author of the report in the July 29, 2008 issue of the Journal of the American College of Cardiology.
Most heart attacks occur in the day, generally between 6 A.M. and noon, Somers said. Having one during the night, when the heart should be most at rest, means that something unusual happened. Somers and his colleagues have been working for a decade to show that sleep apnea is to blame.
1. If you take an aspirin or a baby aspirin once a day, take it at night. The reason: Aspirin has a 24-hour "half-life"; therefore, if most heart attacks happen in the wee hours of the morning, the Aspirin would be strongest in your system.
2. FYI, Aspirin lasts a really long time in your medicine chest for years, (when it gets old, it smells like vinegar).
Please read on.
Something that we can do to help ourselves - nice to know. Bayer is making crystal aspirin to dissolve instantly on the tongue. They work much faster than the tablets.
Why keep Aspirin by your bedside? It's about Heart Attacks - There are other symptoms of a heart attack,
besides the pain on the left arm. One must also be aware of an intense pain on the chin, as well as nausea and lots of sweating; however, these symptoms may also occur less frequently. Note: There may be NO pain in the chest during a heart attack.
The majority of people (about 60%) who had a heart attack during their sleep, did not wake up. However, if it occurs, the chest pain may wake you up from your deep sleep.
If that happens, immediately dissolve two aspirins in your mouth and swallow them with a bit of water.
Afterwards:
- Call 911.
- Phone a neighbor or a family member who lives very close by.
- Say "heart attack!"
- Say that you have taken 2 Aspirins.
- Take a seat on a chair or sofa near the front door,
and wait for their arrival and ...DO NOT LIE DOWN!
A Cardiologist has stated that, if each person, after receiving this e-mail, sends it to 10 people, probably one
life could be saved!
I have already shared this information. What about you?
Do forward this message. It may save lives!
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