Fluoridated Water Can Calcify Arteries, Study Finds

“The study found a striking contrast between the in vitro (cell model) and in vivo (animal model) results: within the former, fluoride prevented calcification, within the later, it enhanced medial [middle portion of the artery] vascular calcification in the arteries of animals whose kidneys were weakened. Keep in mind that they did not use ‘mega doses’ of fluoride in the animal study, . . .” – S Ji

WaterFluorideFluoride is put in your drinking water ‘for your teeth’ without your consent, but did you know that it could also be calcifying your arteries?

A few years ago, we reported on a study evaluating a new diagnostic technology that inadvertently revealed a link between fluoride exposure and coronary artery disease. Our report stirred up quite a lot of controversy and criticism, even leading one of the most respected figures in alternative medicine (deservedly so) – Dr. Russell Blaylock — to call us out on Infowars for our allegedly sophomoric interpretation of the following article: “Association of vascular fluoride uptake with vascular calcification and coronary artery following article disease.” As one can see, the study’s results revealed a hitherto largely unknown connection between fluoride exposure, coronary artery disease and cardiovascular events (e.g. heart attack).

“There was significant correlation between history of cardiovascular events and presence of fluoride uptake in coronary arteries. The coronary fluoride uptake value in patients with cardiovascular events was significantly higher than in patients without cardiovascular events.”

The argument, at the time, was the study was simply about a new diagnostic technique and shouldn’t be ‘read into,’ and that, presumably, the increased fluoride uptake value observed in patients with a higher frequency of cardiovascular events was a an ‘effect’ of the heart disease itself and not in any way indicative of fluoride’s causative role as a cardiotoxic agent — despite the fact that fluoride’s cardiotoxicity has already been consistently demonstrated in the biomedical literature.

Now, a provocative new study published in the journal Toxicology not only provides some vindication for our previous interpretations, but also raises serious concern over the cardiovascular complications associated with water fluoridation practices, showing for the first time that despite exhibiting an anti-calcification effect in vitro (cell model) fluoride exposure at levels found in people who drink fluoridated water exhibits artery-calcifying effects in the more important in vivo (animal) model. Continue reading

Cilantro Can Remove Lead, Copper, Mercury From Tap Water

NaturalSociety  May 18 2014

cilantroMany countries classified as ‘third world’ are looking for inexpensive ways to purify water that has become contaminated by industrial waste, and individuals in the US, Europe, and other more prosperous nations could stand to find new ways of minimizing the contaminates in municipal water supplies as well. At a national meeting of the American Chemical Society, new evidence was presented that cilantro, the herb most commonly known as an ingredient in salsa and many Asian dishes, can help to leech toxins from water.

Cilantro can be expensive when purchased at high-end grocery stores, but it also grows wild in many countries, and can easily be propagated in urban areas in pots or small gardens. Cilantro acts as an effective ‘biosorbent,’ meaning it can suck up heavy metals that are toxic to human health. Simply eating cilantro is known to help purify the body of numerous toxins, but now, adding the herb to tap water can help to get rid of toxic chemicals lurking within it.

“Cilantro may seem too pricey for use in decontaminating large amounts of water for drinking and cooking,” Schauer said. “However, cilantro grows wild in vast amounts in countries that have problems with heavy-metal water pollution. It is readily available, inexpensive and shows promise in removing certain metals, such as lead, copper and mercury, that can be harmful to human health.”

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Glenn Meder ~ Top 10 Things You Need To Know About Water In An Emergency

emergency

10) In An Emergency, Your Water Can Become Dangerously Contaminated.

After the initial danger from an earthquake or hurricane or other disaster has passed, the most significant risk to your family’s health could very likely be contaminated water. This is especially true if there is flooding, damage to underground pipes and electricity blackouts. Your tap water (if it’s still flowing) could be contaminated with sewage (bacteria, viruses and parasites) and chemicals from ruptured chemical pipelines, storage tanks, tankers or damaged refineries. The Japanese Fukushima nuclear accident demonstrates that our water can even become contaminated from events that happen hundreds or thousands of miles away.

 9) Safe Drinking Water Is The Most Important Prep.

It’s important to be prepared for an emergency, but keep in mind the priority of your preparation items. Removing your family from imminent danger, such as getting to high ground if a tsunami is headed your way, keeping your family warm in winter and providing your family with a safe supply of drinking water are at the top of the list. If you don’t have a safe supply of water, you could quickly find yourself in a very dangerous situation in which you are sick, panicked, and unable to think and function properly.

 8) Lack Of Safe Drinking Water Is One Of The Causes Of Panic.

If we can learn anything from recent disasters, is that the first thing the public does is scream for the government to immediately deliver bottled water. Most people have never experienced real thirst. Water is not an option, your body demands it and it must have it. This biological need can and will override rational thought. By being prepared with safe drinking water, you won’t be part of the panic and will instead be able to focus on next steps for keeping your family safe. Continue reading

Bacteria Removed From Water With Simple Pine Tree Filter

BeforeItsNews  February 28 2014

Image courtesy of the researchers
Image courtesy of the researchers

MIT group shows xylem tissue in sapwood can filter bacteria from contaminated water.

If you’ve run out of drinking water during a lakeside camping trip, there’s a simple solution: Break off a branch from the nearest pine tree, peel away the bark, and slowly pour lake water through the stick. The improvised filter should trap any bacteria, producing fresh, uncontaminated water.

A false-color electron microscope image showing E. coli bacteria (green) trapped over xylem pit membranes (red and blue) in the sapwood after filtration.

In fact, an MIT team has discovered that this low-tech filtration system can produce up to four liters of drinking water a day — enough to quench the thirst of a typical person.

In a paper published this week in the journal PLoS ONE, the researchers demonstrate that a small piece of sapwood can filter out more than 99 percent of the bacteria E. coli from water. They say the size of the pores in sapwood — which contains xylem tissue evolved to transport sap up the length of a tree — also allows water through while blocking most types of bacteria.

Co-author Rohit Karnik, an associate professor of mechanical engineering at MIT, says sapwood is a promising, low-cost, and efficient material for water filtration, particularly for rural communities where more advanced filtration systems are not readily accessible.

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