|
Post by kammy on May 10, 2009 23:52:35 GMT -5
Peridiscaceae SpringerLink - Book Chapter"Some cells of leaves and stems contain calcium oxalate crystals " Ok, Kat, so the 'crystals' are a part of the PD system. My question is, if this plant is indignious to Africa and South America - what's it doing up here in mass quantities in our TP and ear buds... and/or our water?
|
|
|
Post by kammy on May 10, 2009 23:54:55 GMT -5
|
|
|
Post by kammy on May 10, 2009 23:56:51 GMT -5
I possibly should pull my theory from the other site over here and let people hear how I think it might get into the human body. One the scientists published that 3 criteria have to be in place for a person to get Morgellons, I'll see if I can remember who that was and pull that in here, also. From what I remember: Two of the explainations were on a scientific level about how the makeup of the Morgellons debris pathogens had to match up with the human DNA, so that the DNA's could 'interlock' and another reason was a genetic factor... I can't remember what the 3rd one was? I may have written about in my other thread?
|
|
|
Post by kammy on May 10, 2009 23:57:43 GMT -5
|
|
|
Post by kammy on May 10, 2009 23:59:11 GMT -5
|
|
|
Post by kammy on May 11, 2009 0:01:40 GMT -5
|
|
|
Post by kammy on May 11, 2009 0:02:17 GMT -5
|
|
|
Post by kammy on May 11, 2009 0:04:10 GMT -5
Morgellons France, 1600's We're not sure if they were the exact same pathogens involved? I believe that what this 1600's case might tell us - is how the human body reacts when a fertilized 'seed' gets into our systems (particularily our tissue/skin/lungs, unlikely but possibly ingested?) and starts to go through its life cycle inside of us?
|
|
|
Post by kammy on May 12, 2009 22:07:03 GMT -5
I still do not have enough samples in from people to positively identify the vector, but, in a few cases this pathogen is a fertilized seed that is called Peridiscacae, it is found naturally in South America and Africa. This seed is also being found along with a white fuzzy fungus in one particular brand of American toilet paper and one brand of 'ear bud' personal products, which is making them highly suspect at this time.
If you go out to YouTube and view our videos, those images are of the Peridiscacae, a marine blue/green algae in its various stages. Jeany and I are the first to identify that this pathogen and the other common fungus in a major brand of U.S. toilet paper and 'ear buds'. I believe even though these are American companies that are manufacturing these products, they are actually being manufactured in the Orient region of the world and then distributed throughout the world.
We are still in the discovery phase with our limited resources and not enough data collected. It appears that the silicon that the paper companies are allowed to spray on the machine rollers and on the paper itself is somehow causing the silicon to get into the human body along with this fungus and this PD seed. This seed emits a biofilm. That the silicon is combining with and acting as a protectant 'glue/goo' along with the biofilm - these pathogens then have a 'womb' in which to reproduce and be protected.
It could be that China/Taiwan is involved with the manufacture of the suspected paper, these seeds are from a marine source. There is a patented invention in the paper making industry in which they use sea water in the production process. We're suspecting that they are using sea water from that area that is possibly contaminated with this particular blue/green algae seed.
What appears that one of the determining factors, however, it's too early to pinpoint the exact cause yet, is the addition of other molds or fungus into the system to cause one to become an evident Morgellons sufferer. We're finding the Aspergillus family in specimens.
The nano aspects come from the size of the silicon atoms involved in the manufacturing processes. There may be 'quantum dots' being used in the coloring of the fibers. It appears that there is a nano process called a 'polymer backbone' that is being created on the hair and can occur on the skin in certain places. We believe, at this time, the Morgellons fiber making process is called 'Free Radical Polymerization' in the Material Sciences, we are attempting to get this verified.
Morgellons doesn't appear to be an intentional distribution of disease, it looks like it's a couple of science sectors whose combination mingling in particular personal products are causing foreign matter to enter the skin and set up disease. Morgellons existence appears to be a matter of ignorance, quality control in production, not being tested for pathogens, possibly not enough regulations or monitoring in that sector, a combination of ingredients that are GRAS (generally regarded as safe) which are possibly not in combination, and a general unawareness that these products are causing health issues, at this time.
|
|
|
Post by jeany on May 13, 2009 10:38:58 GMT -5
Kammy, very well said...it explains all...all our work for others to understand too. Of course this is all theory YET based on your microscopical work and reseach. As for what we need is more data to be evidently sure. Excellent! Thank you for posting this. Jeany*
|
|
|
Post by kammy on Jun 10, 2009 7:44:37 GMT -5
Ok, folks, get ready, Jeany and I have figured this out!
|
|
|
Post by kammy on Jun 10, 2009 7:45:43 GMT -5
|
|
|
Post by kammy on Jun 10, 2009 7:47:32 GMT -5
Environment
China's Controversial Three Gorges Dam Spotted from Space China's Controversial Three Gorges Dam Spotted from Space | LiveScienceA new photo taken from space reveals the planned flooding behind the controversial Three Gorges Dam in China. The dam — the largest in the world — was completed in 2006, and supplies water for the Earth's largest hydroelectric plant. The recent picture was captured April 15 by astronauts aboard the International Space Station. While the dam generates a huge amount of much-needed power, critics object to its environmental and social impacts. Construction of 1.5 mile (2.3 km)-long structure and the ensuing reservoir of backed-up water has forced the relocation of 1.2 million people. Because of the dam, 13 cities and more than 1,300 villages were flooded, including some archeological locations. This flooding is visible in the photo, where the newly-created narrow reservoir spreads out behind the dam. The environmental effects of the Three Gorges Dam are complex. For better and worse, it has drastically reshaped the natural ecosystem.While the dam does help forestall the devastating floods that plague the lowlands downstream, it creates new risks, critics charge. The water buildup could increase the chances of landslides, waterborne diseases, and even earthquakes, scientists have said. By Clara Moskowitz, LiveScience Staff Writer posted: 08 June 2009 03:40 pm ET
|
|
|
Post by kammy on Jun 10, 2009 7:50:30 GMT -5
Guangzhou, China Guangzhou - Wikipedia, the free encyclopedia" Guangzhou or Canton (simplified Chinese: 广州; traditional Chinese: 廣州; pinyin: Guǎngzhōu; jyutping : Gwong²zau¹; Yale: Gwóngjàu) is the capital of Guangdong (Kwangtung/Kwongtung) Province and a sub-provincial city in the southern part of the People's Republic of China. It is a port on the Pearl River, navigable to the South China Sea, and is located about 120 km (75 miles) northwest of Hong Kong. As of the 2000 census, the city has a population of 6 million, and a metropolitan population of roughly 8.5 million (though some estimates are as high as 12.6 million)[1] making it the most populous city in the province and the third most populous metropolitan area in mainland China. The official estimate of the metropolitan area's population at end 2006 by the Provincial Government was 9,754,600. Guangzhou's urban land area is the third largest in China, ranking only after Beijing's and Shanghai's." "As labor costs increased in Hong Kong, manufacturers opened new plants in the cities of Guangdong including Guangzhou. As the largest city in one of China's wealthiest provinces, Guangzhou attracts farmers from the countryside looking for factory work. Cantonese links to overseas Chinese and beneficial tax reforms of the 1990s have aided the city's rapid growth."
|
|
|
Post by kammy on Jun 10, 2009 7:51:48 GMT -5
Cracking China: in a new book, Procter & Gamble tells how it brought consumerism to an untapped market | Chief Executive, The | Find Articles at BNET"Procter & Gamble shifted its entry planning toward hair care, and several advantages emerged. The capital investment would be much cheaper. The company's acquisition of Richardson-Vicks during this period also reinforced thinking along these new lines, providing P & G with ready-made bases of operation in nearby Hong Kong and Singapore. Finally, the case of Taiwan, where the company had recently decided to focus on feminine protection and hair care, also influenced P & G's China strategists. The company thought of Taiwan as a kind of large-scale test market for China as well as a market in its own right." Guangzhou is located at 112°57'E to 114°3'E and 22°26'N to 23°56'N. The city is part of the Pearl River Delta.
|
|
|
Post by kammy on Jun 10, 2009 7:52:58 GMT -5
|
|
|
Post by kammy on Jun 10, 2009 7:54:13 GMT -5
Pearl River Delta Pearl River Delta - Wikipedia, the free encyclopedia"The Pearl River Delta (PRD) (simplified Chinese: 珠江三角洲; traditional Chinese: 珠江三角洲; pinyin: Zhūjiāng Sānjiǎozhōu) in southern People's Republic of China is the low-lying area alongside the Pearl River estuary where the Pearl River flows into the South China Sea. Since economic liberalisation was adopted by the Chinese government in the late 1970s, the delta has become one of the leading economic regions and a major manufacturing center of China. The Chinese government hopes that the manufacturing in Guangdong, combined with the financial and service economy and traditional capitalistic influence in Hong Kong, will create an economic gateway attracting foreign capital throughout mainland China. Guangzhou has a humid, hot sub-tropical climate." (*It appears that there are 31 P & G Factories in China.)
|
|
|
Post by kammy on Jun 10, 2009 7:55:34 GMT -5
[Kabar-indonesia] Asia Health Scare Over P&G Skin Lotions [incl: RI (+Furious Chinese Women)]" consumer scare over the upmarket SK-II lotions began in China earlier this week after the country's quarantine agency said it had found some products contained traces of metallic chemicals chromium and neodymium." Chromium and Neodymium Chromium Chromium - Wikipedia, the free encyclopedia"Chromium (pronounced /ˈkroʊmiəm/) is a chemical element which has the symbol Cr and atomic number 24. It is a steely-gray, lustrous, hard metal that takes a high polish and has a high melting point. It is also odourless, tasteless, and malleable. The name of the element is derived from the Greek word "chrōma" (χρωμα), meaning color, because many of its compounds are intensely colored." ( *hmmm? That chunk of rock looks very familiar! Bingo!) Appearance - silvery metallic "P&G said chromium and neodymium were not used as ingredients in SK-II lines but it was investigating whether they might have found their way into the products during the manufacturing process." Chromium acts as a catalyst. (**I believe we are seeing Chromium in Baraka's video, not Mercury!)Neodymium Neodymium - Wikipedia, the free encyclopedia"Neodymium (pronounced /ˌniːoʊˈdɪmiəm/) is a chemical element with the symbol Nd and atomic number 60. Neodymium, a rare earth metal, is present in Mischmetal to the extent of about 18%. The metal has a bright, silvery metallic luster; however, as one of the more reactive rare earth (Lanthanide) metals, it quickly oxidizes in air. The oxide layer then falls off, which exposes the metal to further oxidation. Although it belongs to "rare earth metals," neodymium is not rare at all. It constitutes 38 ppm of the Earth’s crust." (**There's the colors of the rainbow - the coating! We're seeing a mixture of these 2 metals... we need to be tested for these 2 metals!)[/SIZE]
|
|
|
Post by kammy on Jun 10, 2009 7:57:11 GMT -5
QUOTE=Jeany Excellent research! Kam** Chromium Chromium (Cr) - Chemical properties, Health and Environmental effectsChromium is a lustrous, brittle, hard metal. Its colour is silver-gray and it can be highly polished. It does not tarnish in air, when heated it borns and forms the green chromic oxide. Chromium is unstable in oxygen, it immediately produces a thin oxide layer that is impermeable to oxygen and protects the metal below.
People can be exposed to chromium through breathing, eating or drinking and through skin contact with chromium or chromium compounds. The level of chromium in air and water is generally low. In drinking water the level of chromium is usually low as well, but contaminated well water may contain the dangerous chromium(IV); hexavalent chromium.
For most people eating food that contains chromium(III) is the main route of chromium uptake, as Chromium(III) occurs naturally in many vegetables, fruits, meats, yeasts and grains. Various ways of food preparation and storage may alter the chromium contents of food. When food in stores in steel tanks or cans chromium concentrations may rise.
Chromium(III) is an essential nutrient for humans and shortages may cause heart conditions, disruptions of metabolisms and diabetes. But the uptake of too much chromium(III) can cause health effects as well, for instance skin rashes. Chromium(VI) is a danger to human health, mainly for people who work in the steel and textile industry. People who smoke tobacco also have a higher chance of exposure to chromium. Chromium(VI) is known to cause various health effects. When it is a compound in leather products, it can cause allergic reactions, such as skin rash. After breathing it in chromium(VI) can cause nose irritations and nosebleeds. Other health problems that are caused by chromium(VI) are: - Skin rashes - Upset stomachs and ulcers - Respiratory problems - Weakened immune systems - Kidney and liver damage - Alteration of genetic material - Lung cancer - Death
The main human activities that increase the concentrations of chromium (III) are steal, leather and textile manufacturing. The main human activities that increase chromium(VI) concentrations are chemical, leather and textile manufacturing, electro painting and other chromium(VI) applications in the industry. These applications will mainly increase concentrations of chromium in water. Through coal combustion chromium will also end up in air and through waste disposal chromium will end up in soils.
Crops contain systems that arrange the chromium-uptake to be low enough not to cause any harm. But when the amount of chromium in the soil rises, this can still lead to higher concentrations in crops. Acidification of soil can also influence chromium uptake by crops. Plants usually absorb only chromium(III). This may be the essential kind of chromium, but when concentrations exceed a certain value, negative effects can still occur.
[/size][/B] There you go! So...our water is contaminated by industrial water wastes from China brought along with those ships..? Jeany www.lenntech.com/periodic-chart-elements/cr-en.htm#ixzz0I18KEoVe&D
|
|
|
Post by kammy on Jun 10, 2009 8:09:27 GMT -5
QUOTE=Jeany Chromium and water: reaction mechanisms, environmental impact and health effectsChromium (Cr) and waterWhat are the environmental effects of chromium in water? Chromium is a dietary requirement for a number of organisms. This however only applies to trivalent chromium. Hexavalent chromium is very toxic to flora and fauna. Chromium water pollution is not regarded one of the main and most severe environmental problems, although discharging chromium polluted untreated wastewater in rivers has caused environmental disasters in the past.Chromium (VI) compounds are divided up in water hazard class 3, and are considered very toxic. Hexavalent chromium is known for its negative health and environmental impact, and its extreme toxicity. It causes allergic and asthmatic reactions, is carcinogenic and is 1000 times as toxic as trivalent chromium. Health effects related to hexavalent chromium exposure include diarrhoea, stomach and intestinal bleedings, cramps, and liver and kidney damage. Hexavalent chromium is mutagenic. Toxic effects may be passed on to children through the placenta. Chromium (VI) oxide is a strong oxidant. Upon dissolution chromium acid is formed, which corrodes the organs. It may cause cramps and paralysis. The lethal dose is approximately 1-2 g. Most countries apply a legal limit of 50 ppb chromium in drinking water. A professional illness in chromium industries is chromium sores upon skin contact with chromates. Chromium trioxide dust uptake in the workplace may cause cancer, and damage the respirational tract. [/size] Jeany
|
|