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Post by kammy on Jul 7, 2011 4:00:36 GMT -5
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Post by kammy on Jul 7, 2011 14:36:57 GMT -5
I'm noticing in a photo (also called syncytium or giant cell). So, I look up syncytium, (plural syncytia): en.wikipedia.org/wiki/Syncytium"...(plural syncytia) is a large cell-like structure; filled with cytoplasm and containing many nuclei. Most cells in eukaryotic organisms have a single nucleus; syncytia are specialized forms used by various organisms. The term may also refer to cells that are connected by specialized membrane proteins (e.g. gap junctions)... Formation A syncytium can form in two ways. Many insects, such as the model organism Drosophila melanogaster, lay eggs that initially develop as syncytial blastoderms, i.e. early on the embryos exhibit incomplete cell division. The nuclei undergo S-phase (DNA replication) and sister chromatids get pulled apart and re-assembled into nuclei containing full sets of homologous chromosomes, but cytokinesis does not occur. A syncytium is also the normal cell structure for many fungi and algae. Most complex fungi exist as a dikaryon in which threadlike cells are partially partitioned into segments each containing two differing nuclei. Viral infection Syncytia can also form when cells are infected with certain types of virus such as HIV and paramyxoviruses. During infection, viral fusion proteins used by the virus to enter the cell are transported to the cell surface where they can cause the host cell membrane to fuse with neighbouring cells. HIV infects CD4+ T cells and makes the cell produce viral proteins, including fusion proteins. Then, the cell begins to display surface HIV glycoproteins, which are antigenic. Normally, a Cytotoxic T cell will immediately come to "inject" lymphotoxins, such as perforin or granzyme, that will kill the infected T helper cell. However, if there are nearby T helper cells, the gp41 HIV receptors displayed on the surface of the T helper cell will bind to other similar lymphocytes.[1] This makes dozens of T helper cells fuse cell membranes into a giant, nonfunctional syncytium, which causes the HIV virion to kill many T helper cells by infecting only one. Syncytia also form in infections of the extremely common Respiratory syncytial virus (RSV). This occurs when the F proteins on the surface of the virus cause the cell membranes on nearby cells to merge."
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Post by kammy on Jul 7, 2011 20:50:43 GMT -5
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Post by skyship on Jul 8, 2011 1:42:59 GMT -5
I think the resin cell form makes more sense. From plants, man was created after the plants. So, for Fox, or Szostak to say this was not living, neither are viruses or prions. Inorganic or abiotic without any moving living material, however heat can make inorganic move or cold. So, temperature would be important. Now sugar resin in plants. Oligo....... Now what is Honeydew. =====================================
This is amazing...............
These words might help one to understand this amazing honey:Rare, conifer, Coccoidea Margaro-didae, sap, pine, fir, mostly female, manna from heaven, Sternorrhyncha, …..….. and trisaccharide melezitose – a sugar, which turns out to be not easily found in nature. Interestingly, the production of this amazing honey especially fascinates entomologists; you know … bug people. Without diving into too much detail, many phloem-feeding bugs, specifically many bugs in the aphid family including Marchalina hellenica, Gennadius, and Coccoidea Margarodidae, feed on the phloem sap of honeydew-producing plants – in this case, conifers. They ingest large quantities of a highly concentrated sugar substance, unusually high in disaccharide sucrose or oligosaccharides, and then expel as much as 90% of the ingested sugary substance in regular intervals as droplets. This sugar-rich liquid is called “honeydew”. The bees then gather these sugary droplets to create an amazingly deep, dark honey. In history, this honeydew has been referred to as a “life saver” or “manna from heaven,” for the Israelites during their escape from Egypt, and as “the milk of paradise” in Samuel Taylor Coleridge’s poem, Kubla Khan. eatsimplylivewell.com/the-strange-making-of-honeydew========================= Kammy, After reading through Oparin Fox and those with the proteinoids, protocell, etc. I found this once before, but, too there is no moving or living parts. It is all abiotic. However, feces is like that huh? I mean termite, aphids, bees, who eat the sap then poop it out. That resin passes through insect. Is a sugar then. but it is no longer alive? Recycler. ============================= That phloem, mucus, is the resin. So, now that we know that cellulose, the inside of dying material would have those bugs in there. Artificial gellatin is made from this? Bug juice. yep, sure enough. Now, use of any baculovirus was patented by Monsanto, Bayer and the like. A new species: tinyurl.com/3fmppvoHeh, what are these? ================== Margarodes. Mentioned in honeydew above.entomology.ifas.ufl.edu/creatures/orn/turf/ground_pearls_03.htmmmmmmmmmm drought news from the land cannot sustain them? War driving them out. And what are our troops doing there?=========== American Boots Hit the Ground in Somalia After Drone AttacksAdam Clark Estes Jul 02, 2011 12,106 Views Comments (85) Somalia is now the sixth country over which the United States is flying attack drones. Last month, the same Special Operations Command unit currently operating in Yemen carried out an attack on two leaders of the Somali militant group al-Shabab in a June 23 mission. The Washington Post reported the attack on Wednesday, and on Friday, Somalia's defense minister says that American military forces touched down to collect the bodies of the insurgents. Al-Shabab has carried out attacks on the Somali government, and while the government is calling on more American drone missions, they say they were not aware of the first drone attack. "But we are not complaining about that. Absolutely not. We welcome it," Defense Minister Mohamoud Haji Faqi told the Associated Press. "We understand the U.S.'s need to quickly act on its intelligence on the ground." www.theatlanticwire.com/global/2011/07/american-boots-hit-ground-somalia-after-drone-attacks/39539/Skyship
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Post by skyship on Jul 8, 2011 2:11:26 GMT -5
Invasion of Army worms? They are from Spodoptora. That is in baculovirus........ An agriculture ministry-led command post, manned by fewer than 100 pest control workers, has been set up to contain the infestation. FAO experts are in Liberia helping efforts to control the swarm. The agency's Winfred Hammond told the BBC: "It's quite an alarming situation for us, in a country where food-security is a big challenge. The areas affected have all been consumed by the army worms." The invasion began in Bong County before spreading into neighbouring Lofa and Gbarpolu counties and threatening villages over the border in Guinea. With each female laying between 500 and 1,000 eggs, the caterpillars (of the genus Spodoptera) can devour an entire crop in a matter of days once they reach maturity. They grow up to 5cm (2in) in length news.bbc.co.uk/2/hi/africa/7852639.stmSkyship
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Post by kammy on Jul 11, 2011 5:49:19 GMT -5
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Post by kammy on Jul 11, 2011 7:53:31 GMT -5
At the 6:00 minute mark, he says, "I always like to picture this as almost though, you know?, alien invaders have arrived from outer space. They have killed off almost 19% of our coral reefs, they have exterminated 90% of the fish species that we depend on and so on and so forth... And, what would be the response? Well, it would be a huge coming together across the world to take some sort of action against these invaders that are destroying our planet. Well, actually, we're doing this already."
Environmental doomsday unless oceans are respected
At the 00:45 mark:
"Crucially, the experts say, the reversal would require a policy change away from fossil fuels."
Now, let's see who owns most all the major corporations in the world?
Let's say that you want to bring the world together with a catastrophe theme such as he metaphorically calls an "alien invasion" that everyone can agree on and that no one country can solve, it's going to take a league of nations to fix the problem?
Let's imagine that your corporation owns most everything and it's main product is the very thing that experts say will end this world ocean catastrophe. What are the odds that your interests will shift away from your number one moneymaker to save the populations of the world? Can you see a trend where the polluting would likely stop given this scenario?
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Post by katinka on Jul 11, 2011 10:07:54 GMT -5
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Post by kammy on Jul 11, 2011 11:42:03 GMT -5
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Post by kammy on Jul 11, 2011 12:05:05 GMT -5
Carbon Dioxide in the Ocean and Atmosphere www.waterencyclopedia.com/Bi-Ca/Carbon-Dioxide-in-the-Ocean-and-Atmosphere.html"The relative concentrations of CO 2 (1%), bicarbonate ion (91%) and carbonate ion (8%) control the acidity (pH) of the oceans. Since CO 2 is an acid gas, the uptake of anthropogenic CO 2 uses up carbonate ions and lowers the oceanic pH. The carbonate ion concentration of surface sea water will decrease by an estimated 30 percent with a doubling of atmospheric CO 2 from preindustrial levels (280 to 560 ppm). As the carbonate ion concentration decreases, the buffer capacity of the ocean and its ability to take up CO 2 from the atmosphere is reduced." Bicarbonate Ion www.ehow.com/how_7251238_calculate-bicarbonate-concentration.htmlwww.ehow.com/how_8124725_use-soda-make-alkaline-water.html"Baking soda or sodium bicarbonate is an ionic compound with the chemical formula NaHCO3. In water, it dissociates into two ions, Na+ and HCO3-, or sodium and bicarbonate ions. The bicarbonate ion is the conjugate base formed when a weak acid called carbonic acid gives up a hydrogen ion; as its conjugate base, bicarbonate can accept a hydrogen ion. This reaction decreases the hydrogen ion concentration in the water, making it more alkaline. The bottom line is this: if you want to make an alkaline solution for a simple science experiment, all you need to do is dissolve baking soda in water."
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Post by kritters on Jul 11, 2011 22:14:46 GMT -5
Kam,
Girlfriend! I've been saying this all along! Yes!!! I do have a brain freakin cell! LOL
But here's the caveat. According to Dr. Simoncini who wrote, "Cancer is a Fungus", if you use baking soda on a regular basis to fight whatever localized situation, the fungus (according to him is Candida Albicans, by good ol buddy) it will be ineffective in tumors since candida morphs so easily.
Does that suck or what?
It has so many uses, and when it comes down to it, when you need it it won't work for the big chill if you've been using it to brush your teeth!!!
I don't make the news, I only report it!
xoxoxoKritts
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Post by skyship on Jul 11, 2011 22:45:01 GMT -5
Fungus is an acid.............baking soda breaks it up. Candida, Yeast and Fungus a Cancer – Baking Soda to Cure August 5, 2008 in Did You Know?, Educational, Empowering, Health and Wellness, Healthy Diet, Helping Others, Myths and Truths, News, Nutrition, pH, Quackery, Right to Know, Well Being, Why we should care, Women's Health | Tags: Baking Soda, Bladder, Breast, Cancer, Candida, Colon, Cure, Dr. Simoncini, Fungi, Health, Treatments, Yeast Cancer, the leading cause of death in the U.S. surpassed heart disease in 2005 as the number one killer. As Dr. Tullio Simoncini, an Italian Oncologist and author of Cancer is a Fungus, shares in this video his very novel and safe treatment of cancer tumors… using nothing more than sodium bicarbonate (ordinary baking soda). Dr. Simoncini, a brilliant doctor who has been ousted from the medical community due to his revolutionary simple ideas of how to cure diseases that are commonly huge profit makers. aromatherapy4u.wordpress.com/2008/08/05/974/skyship
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Post by rnjman on Jul 13, 2011 3:41:48 GMT -5
u r all off the mark. look closely at your skin. Particularly your hands. run water across your palms and underside of your fingers. use different tactile things, if you look closely, your palms and underside of your fingers will change in different ways. For example, little red dots intermingled with white ones. take high definition pictures of the hair on your forearms. Zoom in and notice some of the hairs appear to come out of the epidermis and then go back into an opaque or transparent film or goo. Our bodies are being used. More specifically, our sensory systems are interconnected with some kind of nano bio memetic film. the entire structure, our skin, sensory organs, etc. enable the bionanostructures to transmit wirelessly whatever is sensed. think about it, self assembled nano structures could be integrated circuits capable with communicating with human systems...video, audio, chemical, thermal, etc. what a better way to aquire total info awareness...bioterror\chemical attacks could be monitored at the human body level. also, energy could be harvested from the human body...thermal, friction, muscle movement, blood pressure, etc. i'm not smart enough to explain all the details...but, this is at least a glimpse of what i believe is the real hidden agenda...whatever science and technology the public is aware of currently was most likely discovered and used 10 20 30 years ago...alot of secret research was happening internationally from world war II on...the thing i can't figure out is how it has all been kept so secret.
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Post by skyship on Jul 13, 2011 15:32:01 GMT -5
rnjman, You said: "More specifically, our sensory systems are interconnected with some kind of nano bio memetic film. the entire structure, our skin, sensory organs, etc. enable the bionanostructures to transmit wirelessly whatever is sensed. think about it, self assembled nano structures could be integrated circuits capable with communicating with human systems." They made light encoded strands goes right into extracellular system. They had to use the viral non coding RNAs, to go into back door of cells. Do you think it too far fetched to say that the tesla strand is involved? That is what makes the wireless tick. Kept secret, Tesla's work was stolen, so that info was kept under wraps. Tesla made a spaceship way back. He did not work with genetics though. "DNA is often compared to a set of blueprints, like a recipe or a code, since it contains the instructions needed to construct other components of cells, such as proteins and RNA molecules. " en.wikipedia.org/wiki/DNAYou are so on target there, you explained this quite clearly in your observations. Thank you. We have been studying this a long time, the core is the sugar. Sugar is electrical. Electricity is found in melanin, found in fungus and yeast. We are not off base here, we know this is in other organics as well. This polymer is in the non coding RNA, which are inorganic/organic mix. Oligomers are the polymers and they are from sugars, mannose, in organics. Dielectric response and a.c. conductivity of synthetic dopa-melanin polymer The dielectric spectra of dopa-melanin have been examined over the wide frequency range 100 Hz–1000 MHz at room temperature. Synthetic dopa-melanin was obtained by oxidative polymerization of L-3,4-dihydroxyphenylalanine. The purpose of the present study was to characterize polarization effects, the electrical conduction mechanism and structural arrangement of the units taking part in these processes as a basis for future biological applications. Real and imaginary components of the dielectric permittivity show an anomalous low-frequency dispersion. Values of the power-law exponents were interpreted in terms of the cluster model of potentially mobile charges and the structural arrangement of molecular units in melanin. The fractal circuit model (self-similar branched porous electrode system) was found to be equivalent to the cluster model in the description of the dielectric response in melanin. It has been shown that relations between cluster model parameters p and n, and fractal dimensionalities of melanin, are fulfilled very well. The presented results support the earlier findings based on d.c. conductivity measurements, that charge hopping is the main conduction mechanism, which contributes to the dielectric polarization in the low-frequency region. Dielectric spectra at frequencies above 10MHz show small beta-relaxation features due to molecular polar segments and water molecules bound to melanin. www.springerlink.com/content/w18vnk75711n536n/By the way oligomers are behind Alzheimers and amyloids, which is accumulation of amylaceous material. Oligomers are the polymers, that hold the wireless particles. They are charged. So, this has been in works a long time. Skyship Got that right!
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Post by skyship on Jul 13, 2011 15:39:01 GMT -5
There are Tesla frequencies and they are light frequencies. 12 strands have been put in us to be used as computers. Non natural amino acids.......... the mimic..............peptide mimic............. peptoids. A peptidomimetic is a small protein-like chain designed to mimic a peptide. They typically arise either from modification of an existing peptide, or by designing similar systems that mimic peptides, such as peptoids and β-peptides. Irrespective of the approach, the altered chemical structure is designed to advantageously adjust the molecular properties such as, stability or biological activity. This can have a role in the development of drug-like compounds from existing peptides. These modifications involve changes to the peptide that will not occur naturally (such as altered backbones and the incorporation of nonnatural amino acids). en.wikipedia.org/wiki/PeptidomimeticWelcome aboard! Please help us decipher this, you have one of the ingredients, my friend. Skyship
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Post by kammy on Jul 15, 2011 17:35:22 GMT -5
u r all off the mark. look closely at your skin. Particularly your hands. run water across your palms and underside of your fingers. use different tactile things, if you look closely, your palms and underside of your fingers will change in different ways. For example, little red dots intermingled with white ones. take high definition pictures of the hair on your forearms. Zoom in and notice some of the hairs appear to come out of the epidermis and then go back into an opaque or transparent film or goo. Our bodies are being used. More specifically, our sensory systems are interconnected with some kind of nano bio memetic film. the entire structure, our skin, sensory organs, etc. enable the bionanostructures to transmit wirelessly whatever is sensed. think about it, self assembled nano structures could be integrated circuits capable with communicating with human systems...video, audio, chemical, thermal, etc. what a better way to aquire total info awareness...bioterror\chemical attacks could be monitored at the human body level. also, energy could be harvested from the human body...thermal, friction, muscle movement, blood pressure, etc. i'm not smart enough to explain all the details...but, this is at least a glimpse of what i believe is the real hidden agenda...whatever science and technology the public is aware of currently was most likely discovered and used 10 20 30 years ago...alot of secret research was happening internationally from world war II on...the thing i can't figure out is how it has all been kept so secret. Hi Rnj, just now seeing your post, welcome. We're looking at delivery method - how to cover the world in a pathogenic gas to gain the widest spread of disease. Our friend, Skiz, is looking at Biological and Chemical biowarfare delivery methods which I'm seeing could be varied and many, we're not ruling out other sectors as this seems to be a shotgun blast approach. I do believe that with the modern-day meteorological manipulations that are possible along with cloud and ocean seeding, add to that a number of other products and elements that are being put into the oceans - that makes the oceans the number one ideal vector in my mad scientist mind mode using what happens naturally in the various cycles and with 'fallout' to bring man a variety of diseases of unknown origins. We're trying to figure out the source and possible pathogens involved as we're somewhat already familiar with the physical symptoms. You make some very good observations, though, and some that haven't necessarily been mentioned nor discussed. Possibly, a thread with a different title might carry what you're trying to convey if you'd like to head in that direction, of course, we'll all participate and give our input. "the thing i can't figure out is how it has all been kept so secret." Biological weaponry was kept secret by all the governments involved that participated around the world - there was little to no transparency, this was handled by the military. Some congressional efforts were made to make this information more transparent or to at least give the public enough information to defend themselves or recognize an attack. Of course, this information was continued to be held in secret and the public was never informed. What happens when we run water across our palms? Now, you've got me interested.
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Post by kammy on Jul 15, 2011 17:45:50 GMT -5
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Post by kammy on Jul 16, 2011 3:50:47 GMT -5
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Post by kammy on Jul 16, 2011 3:55:48 GMT -5
Here's a quote from LB, Sky - where Skiz and I are talking about biological weaponry. "I think that we are looking for a gas or aerosol, in particular to be involved along with something that's found naturally in the body, such as candida and/or the vesicles produced by the liver, heavy metals, radiation, chemical imbalances, toxic load, etc. to have gone so far out of skew to show evidence of disease. Of course, there's more to it than just this - I'm trying to point in the direction of the most likely cause and identify where the main working component source is most likely to be; the fiber to sphere, the sphere to fiber aspect. I am pretty sure that both are being delivered via the air mainly along with our food and water being either directly implicated by the air or by separate seedings. We're seeing signs of the waterways, rivers now becoming polluted - so, one might assume that secondary seedings are in place." You mention peptides, we're looking for something found naturally in the body that's gone askew. Proteins, candida, oligomers... ? I do think candida is a part of this. The sphere to fiber, the fiber to sphere aspect. en.wikipedia.org/wiki/Oligomers
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Post by kammy on Jul 16, 2011 5:59:34 GMT -5
Something like this that is a greenhouse gas and in our everyday products: en.wikipedia.org/wiki/Telomerizationen.wikipedia.org/wiki/Fluorotelomer"Fluorotelomers are applied to food contact papers for their lipophobicity, making paper resistant to absorbing oil from fatty foods.[4] Fluorotelomer coatings are used in microwave popcorn bags, fast food wrappers, candy wrappers, and pizza box liners." en.wikipedia.org/wiki/Fluorocarbon"Despite the presence of some natural fluorocarbons such as tetrafluoromethane, which has been reported in rocks,[8] man-made fluorocarbons are potent greenhouse gases. Another important aspect in terms of environmental concers, is certain fluorocarbons' bioaccumulative properties. Fluorocarbons are extremely stable and can be stored in the bodies of both humans and animals. Examples of harmful fluorocarbons include PFOA (perfluorooctanoic acid) and PFOS (perfluorooctane sulfonate), frequently present in water resistant textiles and sprays conferring water resistant properties to textiles.[9] Data from animal studies of PFOA indicate that it can cause several types of tumors and neonatal death and may have toxic effects on the immune, liver, and endocrine systems. Data on the human health effects of PFOA are however sparse." en.wikipedia.org/wiki/PFOA"PFOA persists indefinitely in the environment. It is a toxicant and carcinogen in animals. In people, it is detected in the blood of general populations in the low and sub-parts per billion range. Chemical plant employees and surrounding subpopulations have been identified with higher blood levels. Exposure is most consistently associated with increased cholesterol and uric acid levels, but there is insufficient evidence to conclude that PFOA exposure results in adverse health effects in people. As a result of a class-action lawsuit and community settlement with DuPont, three epidemiologists are conducting studies on the population surrounding a chemical plant that was exposed to PFOA at levels greater than in the general population. How general populations are exposed to PFOA is not completely understood. PFOA has been detected in industrial waste, stain resistant carpets, carpet cleaning liquids, house dust, microwave popcorn bags, water, food, and PTFE. Although some cookware is marketed as PFOA-free, PTFE non-stick cookware is considered an insignificant exposure pathway." en.wikipedia.org/wiki/PTFE"In January 2006, DuPont, the only company that manufactures PFOA in the US, agreed to eliminate releases of the chemical from its manufacturing plants by 2015,[31] but did not commit to completely phasing out its use of the chemical. In the emulsion polymerization of PTFE, 3M subsidiary Dyneon has developed a replacement emulsifier despite DuPont stating that PFOA is an "essential processing aid"." ** Oligomers and peptides combined, Sky.
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Post by kammy on Jul 16, 2011 6:39:29 GMT -5
We've been speaking generally about free radical polymerization - what about emulsion polymerization, more specifically? en.wikipedia.org/wiki/Emulsion_polymerization"Rather than occurring in emulsion droplets, polymerization takes place in the latex particles that form spontaneously in the first few minutes of the process. These latex particles are typically 100 nm in size, and are made of many individual polymer chains. The particles are stopped from coagulating with each other because each particle is surrounded by the surfactant ('soap'); the charge on the surfactant repels other particles electrostatically. When water-soluble polymers are used as stabilizers instead of soap, the repulsion between particles arises because these water-soluble polymers form a 'hairy layer' around a particle that repels other particles, because pushing particles together would involve compressing these chains. Emulsion polymerization is used to manufacture several commercially important polymers. Many of these polymers are used as solid materials and must be isolated from the aqueous dispersion after polymerization. In other cases the dispersion itself is the end product. A dispersion resulting from emulsion polymerization is often called a latex (especially if derived from a synthetic rubber) or an emulsion (even though "emulsion" strictly speaking refers to a dispersion of an immiscible liquid in water). These emulsions find applications in adhesives, paints, paper coating and textile coatings. They are finding increasing acceptance and are preferred over solvent-based products in these applications as a result of their eco-friendly characteristics due to the absence of VOCs (Volatile Organic Compounds) in them. History The early history of emulsion polymerization is connected with the field of synthetic rubber.[2][3] The idea of using an emulsified monomer in an aqueous suspension or emulsion was first conceived at Bayer, before World War I, in an attempt to prepare synthetic rubber.[4][5] The impetus for this development was the observation that natural rubber is produced at room temperature in dispersed particles stabilized by colloidal polymers, so the industrial chemists tried to duplicate these conditions. The Bayer workers used naturally occurring polymers such as gelatin, egg albumin, and starch to stabilize their dispersion. By today's definition these were not true emulsion polymerizations, but suspension polymerizations. The first "true" emulsion polymerizations, which used a surface-active agent and polymerization initiator, were conducted in the 1920s to polymerize isoprene.[6][7] Over the next twenty years, through the end of World War II, efficient methods for production of several forms of synthetic rubber by emulsion polymerization were developed, but relatively few publications in the scientific literature appeared: most disclosures were confined to patents or were kept secret due to wartime needs. After World War II, emulsion polymerization was extended to production of plastics. Manufacture of dispersions to be used in latex paints and other products sold as liquid dispersions commenced. Ever more sophisticated processes were devised to prepare products that replaced solvent-based materials. Ironically, synthetic rubber manufacture turned more and more away from emulsion polymerization as new organometallic catalysts were developed that allowed much better control of polymer architecture."
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Post by kammy on Jul 16, 2011 6:58:30 GMT -5
en.wikipedia.org/wiki/Organometallic"Organometallics find practical uses in stoichiometric and catalytic processes, especially processes involving carbon monoxide and alkene-derived polymers. All the world's polyethylene and polypropylene are produced via organometallic catalysts, usually heterogeneously via Ziegler-Natta catalysis. Acetic acid is produced via metal carbonyl catalysts in the Monsanto process and Cativa process. Most synthetic aldehydes are produced via hydroformylation. The bulk of the synthetic alcohols, at least those larger than ethanol, are produced by hydrogenation of hydroformylation derived aldehydes. Similarly, the Wacker process is used in the oxidation of ethylene to acetaldehyde. Organolithium, organomagnesium, and organoaluminium compounds are highly basic and highly reducing. They catalyze many polymerization reactions, but are also useful stoichiometrically." en.wikipedia.org/wiki/Monsanto_processen.wikipedia.org/wiki/Cativa_processen.wikipedia.org/wiki/Water_gas_shift_reaction
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Post by kammy on Jul 16, 2011 7:10:48 GMT -5
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Post by skyship on Jul 17, 2011 4:39:14 GMT -5
Yes, I have been following Mr. Mann for some time now. He knows all about coccoliths as well.
CaCO3, Si02, was upped Si04, later, and the iron. Yep, big player in this. Have been posting
the stuff for some time. He is an inorganic chemist.
Thanks for bringing up. some of this past by me years ago, and then were taken down, now seem they are opening the doors again on a lot of this material.
the photo on 503 most interested in, on right.
Skyship
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Post by kammy on Jul 17, 2011 17:50:18 GMT -5
the photo on 503 most interested in, on right. Skyship Most interesting. I can't say that I've seen anything quite like it, though.
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Post by skyship on Jul 17, 2011 20:37:37 GMT -5
I will see if I can find the original with byrozoan material, that is what was mimicked. There was byrozoan material, b subtilis the walking dna, and coccolith material. CaCo3 hydroyapatite or calcium carbonate.....the coccolith material monomer hexagon SiO2 Silica, polymer strands filaments. FeO4 iron pellet, sphere, etc. The very things found by Dr. H. and some now by Carnicom. all can be inorganic as Mr. Mann well knows. But it was Mendelsens work with b subtilis that brought about the inorganic mimic from Mann Physics, Biology Meet in Self-Assembling Bacterial Fibers Summary A mutant form of a common, rod-shaped bacterium, Bacillus subtilis, which twists itself into ropy helical fibers, has been making a name for itself in some unexpected settings, far from microbiology. It has won devotees among mathematicians, engineers, and physicists who, collaborating with University of Arizona microbiologist Neil Mendelson, have used the microbial fibers to help solve long-standing problems in elasticity theory, model solar flares, and make a new siliceous material that could be used in medical implants. www.sciencemag.org/content/276/5318/1499.summaryOne of the crossovers. Mendelsen and Mann: MCM-41 was used in the environment to clean up carbon dioxide? Kyoto Protocol Agenda 21 UN......... Buckyballs....................However, was it really to clean up the environment? For it is made of carbon itself? The lie the buckyballs are the clathrin coated triskelions, the new light chains in the human integration. Delivery sysem buckyballs. or the particles that form them. More on that later. =========================================================== Some papers here. www.amherst.edu/people/facstaff/slburkett/slbpubsIt is here somewhere: www.inchm.bris.ac.uk/mann/Publications.htmlOrganic supramolecular architectures and their sol-gel transcription to Silica nanotubes Note what is at the core SUGAR! Keywords: * cholesterol; * crown; * gelation; * lipid; * nanotube; * self-assembly; * sol-gel transcription; * sugar Abstract The design of artificial models of “biomineralization” processes that utilize sol-gel polymerization has led to a merging of inorganic materials research and supramolecular organic chemistry. This article introduces self-assembled superstructures of sugar-integrated and crown-appended cholesterol gelators, which are used as versatile building blocks in organogels and as templates for sol-gel transcription. This article focuses on the use of self-assembled organic superstructures in the creation of novel inorganic materials with controlled morphologies. © 2003 The Japan Chemical Journal Forum and Wiley Periodicals, Inc. Chem Rec 3: 212–224; 2003: Published online in Wiley InterScience (www.interscience.wiley.com) DOI 10.1002/tcr.10065 onlinelibrary.wiley.com/doi/10.1002/tcr.10065/abstractSo, the crossover convergence can clearly be seen here the amphiphiles and bolaamphiles are the nanotube fibers, the oligomers are the liposomes self assembling the fibers, why we see so many different kinds of fibers. The organic/inorganic most harmful, because that is where with particular genetic backgrounds, one may not be able to integrate them, Morgellons, the fallout, the symptoms are diverse, and it is in the diversity that we are damaged. When senescence takes over the immortality GENE, then we lose. It will not integrate, no matter what we do, for those who have the trisomies. the old ones, the new one is the 47th gene which is inorganic. An inorganic trisomy, inserted into X and histones. Unless damage to other trisomies are removed, then the ones with the Downs, trisomy, the 22 trisomy, the 18th or other translocations, the outlook is not good. We must be able to correct the other trisomies, before this new one is integrated. It is near impossible, unless we have gene therapy. The facts are the fact, no more speculation. What is at the core of all diseases? Sugar......Starchy sugar........succinate......pectin.....amyloid amylopectin..................? Insoluable sugars? resin, coacervates, epoxies........... Common denominator in organic and inorganic....................Sugar......................many types. Skyship
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Post by skyship on Jul 17, 2011 20:43:40 GMT -5
It is called in relationship to "Earth's Chimeric Change"...... Eco Terrorism CLIMATE changelog » Gaiasphere » Eco Terrorism chem11.proboards.com/index.cgi?board=gaiasphere&action=display&thread=1837Eco Terrorism Post by bigbunny on Jun 3, 2007, 9:53am DNA Research With Terror Risk Scientists Report Altering Bacterium To Make It More Infectious June 1, 2007 By RICK WEISS, Washington Post WASHINGTON -- Researchers in Germany reported Thursday that they had altered the DNA of a disease-causing bacterium so that it can infect a species it cannot normally sicken. Experts called the development a double-edged advance. Although the research could deepen scientists' understanding of human diseases, it also could speed development of novel bioterror agents. The change in infectiousness - the first of its kind ever engineered from scratch - poses no direct threat to human health, scientists said, because the microbe already causes a human disease - the food-borne illness called listeriosis. The change allows that microbe to sicken mice, a species that it has no natural capacity to infect. Still, the work has biosecurity implications because it could, in theory, be applied in reverse, endowing a bacterium that causes a serious animal disease with an unprecedented ability to sicken people. Several experts said they were disappointed that the report, in today's issue of the journal Cell, does not mention those implications. Also worrisome to some is that Cell's editors did not seek outside advice on whether publication of the study posed a security threat. Although in this case the consensus appears to be that it would easily pass muster, several U.S. organizations have called for such reviews when "dual use" microbiological advances are submitted for publication. "What this really points out is the difficulty of dealing with all these issues," said Claire Fraser-Liggett, director of the Institute of Genome Sciences at the University of Maryland School of Medicine, who has participated in the development of standards for publishing such research. "It's hard to come up with guidelines that are absolute or anticipate everything that scientists are going to do." Aside from such worries, scientists said that the new work marked a remarkable achievement in protein biophysics, a quickly maturing field that is revealing how proteins - the workhorses of living cells - interact with one another on the atomic scale. Study leaders Wolf-Dieter Schubert and Andreas Lengeling, of the Helmholtz Centre for Infection Research in Braunschweig, knew that a particular protein on the surface of the bacterium Listeria monocytogenes was crucial to its ability to infect human intestinal cells. And they knew how the mouse version of that protein differs slightly from the human version - which accounts for the microbe's inability to infect mice. Based on knowledge about how differently charged proteins interact with each other, the researchers predicted that the Listeria protein would settle reasonably well onto the mouse intestinal receptor if they could change just two of the bacterial protein's amino acids, which are the building blocks of proteins. In their work, they successfully re-engineered Listeria's DNA code so the microbe would start making surface proteins containing the two substitute amino acids. That made the difference. When the researchers fed the altered bacteria to mice, the animals got sick with listeriosis. www.courant.com/news/nationworld/....nes-nationworldFrom Big Bunny: chem11.proboards.com/index.cgi?board=gaiasphere&action=print&thread=1837Skyship
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Post by skyship on Jul 17, 2011 20:47:59 GMT -5
2 changes in amino acids of the bacteria, that is all it took.
What has been done to humans? Same thing
2 histones were substituted with synthetic amino acids.
The environment now has this bacteria out there with 2 substituted amino acids.
Building blocks of proteins.
Skyship
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Post by kammy on Jul 18, 2011 16:11:28 GMT -5
2 changes in amino acids of the bacteria, that is all it took. What has been done to humans? Same thing 2 histones were substituted with synthetic amino acids. The environment now has this bacteria out there with 2 substituted amino acids. Building blocks of proteins. Skyship Well, I'm glad you finally figured it out. I'm lost. How do we get tested for any of this? What about L-arginine being involved as Fry Labs is suggesting?
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Post by kammy on Jul 19, 2011 11:01:24 GMT -5
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