|
|
Post by kammy on Apr 12, 2010 11:19:12 GMT -5
Stramenopile www.statemaster.com/encyclopedia/Stramenopile"Classification As noted above, classification varies considerably. Originally the heterokont algae were treated as two divisions, first within the kingdom Plantae and later the Protista: Division Chrysophyta Class Chrysophyceae (golden algae) Class Bacillariophyceae (diatoms) Division Phaeophyta (brown algae) In this scheme, however, the Chrysophyceae are paraphyletic to both other groups. As a result, various members have been given their own classes and often divisions. Recent systems often treat these as classes within a single division, called the Heterokontophyta, Chromophyta or Ochrophyta. This is not universal, however - for instance Round et al. treat the diatoms as a division. The discovery that water molds and hypochytrids are related to these algae, rather than fungi as previously thought, has led many authors to include them among the heterokonts. Should it turn out that they evolved from colored ancestors, the group would be paraphyletic in their absence. Once again, however, usage varies. Patterson named this extended group the stramenopiles, characterized by the presence of tripartite mastigonemes, mitochondria with tubular cristae, and open mitosis. He used the stramenopiles as a prototype for a classification without Linnaean ranks. Their composition has been essentially stable, but their use within ranked systems varies. Cavalier-Smith treats the heterokonts as identical in composition with the stramenopiles; this is the definition followed here. He has proposed giving them a separate kingdom Chromista, together with the haptophytes and cryptomonads. This is one of the most common revisions to the five-kingdom system, but has not been generally adopted, partly because some biologists doubt their monophyly." |
|
|
|
Post by jeany on Apr 12, 2010 11:27:03 GMT -5
|
|
|
|
Post by jeany on Apr 12, 2010 11:33:56 GMT -5
|
|
|
|
Post by kammy on Apr 12, 2010 11:34:46 GMT -5
|
|
|
|
Post by jeany on Apr 12, 2010 11:41:21 GMT -5
Stramenopiles is also tied to Chytrid 'frog' fungus...
|
|
|
|
Post by kammy on Apr 12, 2010 13:08:08 GMT -5
web.mac.com/sophien/KamounLab/oomycetes.htm"The phylogenetic relationship of Oomycetes (watermolds) to fungi has been debated for many years (Kerwin and Peterson 1997). The prevailing view is that Oomycetes belong to the kingdom Chromista, which includes diatoms and brown algae (Sleigh 1989). Watermolds are aquatic organisms, some of which are facultative parasites of mosquito larvae. Some genera, such as Aphanomyces, surface from time to time in mosquito insectaries and may cause temporal but disruptive epizootics (Seymour and Briggs 1985). Others, like Leptolegnia, Pythium and Cryptiloca, although pathogenic to mosquitoes, have received only limited attention. Lagenidium giganteum Couch is an aquatic species that has been studied extensively and is commercially available as a mosquito control agent."
|
|
|
|
Post by jeany on Apr 12, 2010 13:48:20 GMT -5
|
|
|
|
Post by jeany on Apr 12, 2010 14:10:52 GMT -5
|
|
|
|
Post by jeany on Apr 12, 2010 14:16:28 GMT -5
Carnicom said 'chlamydia-like'. Here could be the connection. A chytrid fungus parasitizing Chlamydomonas - belonging to the family Chlorophyceae - Blue-green algae...and here comes the cyano pyrethrin in. The parasite develops exogenously and has a monocentric, inoperculate zoosporangium. Zoospores within the sporangium contain a single lipid globule associated with a microbody, a rumposome, and a nonflagellated centriole that is parallel and attached by fibers to the kinetosome. These features indicate that E. apiculata is a member of the Chytridiales. rparticle.web-p.cisti.nrc.ca/rparticle/AbstractTemplateServlet?calyLang=eng&journal=cjb&volume=79&year=2001&issue=9&msno=b01-086Jeany |
|
|
|
Post by kammy on Apr 12, 2010 14:40:09 GMT -5
Why didn't we stop at the Chlamydia bacterial spore pages ago, why do Jeany and I just push right through a subject and move on? Because... we KNEW we hadn't found the source of our disease. I believe we are getting very, very close here. In laymen's terms this is what Jeany is saying:
We probably have a bifenthrin and a cyano-pyrethroid mix due to the insect populations increasing, along with L. giganteum mix for mosquito control. The L. giganteum belongs to family oomycetes, and to the group Chytridmycetes, and is paratisizing the Chlamydomonas (Chlamydia-like) spores. L. giganteum is also parasitizing the mosquitos, gnats, and water fleas. We can look in this direction for related illnesses, including ours.
We feel confident that the above paragraph (in its early research state) is a good analysis of what's happening within our disease - in all of us.
|
|
|
|
Post by jeany on Apr 12, 2010 15:24:10 GMT -5
Basically seen:
It's the bio pesticide containing the hydrogel encapsulated nematodes and mites in combination with BT...to eliminate the fungus gnats... AND the cyano pyrethrin in combination with L.Giganteum to kill the mosquitos.
A combo.
Jeany
|
|
|
|
Post by jeany on Apr 12, 2010 16:04:58 GMT -5
I wrote it a bit down hopefully in an understandable way:
Bio pesticide - Hydrogel encapsulated nematodes, mites, BT ..........mites poss.infect.bees
kill fungus gnats larvae................carry Fusarium see 'magnolia'
Mosquito control
Cyano pyrethrin .........................................infects frogs
L.Giganteum.............................................infects fungus gnats
Stramenopiles
Heterokont Algae ...Cyano pyrethrin
Oomycetes (spheres).....L.Giganteum...Chytrid fungus
Chytrid fungus.....................parasitizing chlamydamonas
chlamydamonas............................form of blue green algae
So..basically it's the Chytridfungus what is infecting the blue green algae, what is used to kill the mosquitos and what is also infecting the fungus gnats and at the end killing the frogs by eating fungus gnats.
The fungus gnats carrying: L.Giganteum, Chytridfungus, Cyano blue green algae, nematode dna fragments, mite dna fragments, hydrogel polymers, BT and other fungi.
Jeany
|
|
|
|
Post by kammy on Apr 12, 2010 16:14:59 GMT -5
So, theoretically - we should be at least be seeing - the Chlamydia-like, the Chytrid-like, and the L. Giganteum spheres/spores?
|
|
|
|
Post by kammy on Apr 13, 2010 1:20:59 GMT -5
And... let's not forget the number one component - the nematode powder! What's all the hubbub around Morgellons Disease - oh, we came into contact with the mosquito trucks while they were spraying? Easily explained by the 'powers that be', can't be that. How about? - man has cloned life. Man has cloned insect life. Man has cloned insect life that is running amuck. Man has cloned insect life that is running amuck in nature and can now be found inside of man!  This is the suspected 'taboo' behind our disease. Let's document a few of these pages before they disappear? www.gardeniq.com/store/product/Beneficial-Nematodes,168,94.aspx "Beneficial Nematodes are naturally occurring organisms found in soils throughout the world. These microscopic tiny, unsegmented roundworms prey on the larvae of insects, infecting the hosts, and killing them before they can hatch. When concentrated into larger amounts, Beneficial Nematodes can provide effective insect control without the uses of harsh chemicals. Nematodes are safe to use, environmentally friendly, and work as a natural insect controller without any of the environmental modifications found when using harsh sprays or powders. Beneficial Nematodes work exactly as nature intended, seeking out host larvae and injecting them with poisonous endotoxins as they feed, killing the victim within 48 hours. Beneficial Nematodes are not a host specific parasite, and can kill the larvae of hundreds of different insects, including but not limited to:. Ants Bill Bugs Beetles Borers Cockroaches Fleas Flies Gnats Grubs Maggots Termites Webworms Weevils Wireworms Beneficial Nematodes are packaged and shipped in a water soluble solution that can be sprayed with either a pump or hose-end sprayer. One vial covers approximately 3200 sq./ft, and one pint covers up to 11,000 sq./ft. Nematodes are living organisms, and as such should be stored and treated with care. They can be kept for 3 months at room temperature or refrigerated between 37-50° F (not freezing) and stored for up to 6 months." "Beneficial Nematodes are not a host specific parasite"...!! No, we're proof of that. |
|
|
|
Post by kammy on Apr 13, 2010 1:30:52 GMT -5
goods.us.marketgid.com/goods/2512/501345/"Beneficial Nematodes for Fleas and GrubsBeneficial Nematodes for Fleas and Grubs are microscopic, non-segmented worms that occur naturally in soil throughout the world. Once released, the Beneficial Nematodes seek out their host, enter through body openings, emit a toxin and death occurs within 48 hours. Beneficial Nematodes for Fleas and Grubs are shipped in an easily dissolved clay formulation that you mix with water and can be applied directly using a watering can, hose end, backpack, or pump sprayer or through irrigation or misting systems. Apply Beneficial Nematodes yearly as necessary. Beneficial Nematodes are not harmful to humans, pets or plants and do not affect beneficial insects such as earthworms, bees or ladybugs! Combine species of Beneficial Nematode for fleas and lawn pests such as grubs for a natural, general treatment and prevention of soil born infestations! How Do Nematodes Work? 1. Nematodes seek and enter hosts in the soil. 2. Nematodes release bacteria which paralyze and kill the host. 3. Nematodes reproduce and feed upon the host while undergoing several life cycles. 4. Second stage juveniles develop waxy cuticles and leave the cadaver in search of a new host. Beneficial Nematode Sizes Choose between 10 Million Beneficial Nematodes and 50 Million Beneficial Nematodes. 10 million Nematodes will effectively treat approximately 3,200 sq. ft. ; 50 million Nematodes will effectively treat 1/2 to 1 full acre of treatable surface depending upon level of infestation. Beneficial Nematode Variety NemAttack for Cooler Climates - Species: Steinernema carpocapsae Waits to attack mobile pests. Best in sandy or disturbed soils in cooler climates. Most common prey: Fleas, caterpillars, cutworms, sod webworms, worker/soldier ants and worker/soldier termites. NemAttack for Warmer Climates - Species: Steinernema feltiae Waits to attack mobile pests. Best in sandy or disturbed soils in warmer climates. NemaSeek for Lawn Pests (grubs, weevils, ants and termites). Species: Heterorhabditis bacteriophora Seeks out stationary pests. Best in clayish or undisturbed soils. Adapted to all climates. Most common prey: grubs, root zone weevils, citrus weevils, black vine weevils, queen ants/termites. How are Nematodes Shipped? Nematodes are shipped in an easily dissolved clay formulation that you mix with water. The solution can be applied using a watering can, hose end sprayer, backpack or pump sprayer or through irrigation or misting systems." **Just as I suspected, the fleas are also being targeted.
|
|
|
|
Post by kammy on Apr 13, 2010 10:44:51 GMT -5
|
|
|
|
Post by jeany on Apr 15, 2010 13:56:34 GMT -5
Bayer admits GMO contamination out of control www.naturalnews.com/028585_GMOs_Bayer.htmlBPA hormone disruptor now contaminates Earth's oceans, scientists warn www.naturalnews.com/028567_BPA_oceans.html....In fact, Dr. Halden concluded in his paper that plastics and their additives such as BPA aren't only around us; they are inside virtually every human. The chemicals show up in blood and urine tests because they are ingested with the food we eat, the water we drink and from other environmental exposures. |
|
|
|
Post by kammy on Apr 15, 2010 21:55:05 GMT -5
Yes, Jeany, our issues lie with more than one source.
|
|
|
|
Post by jeany on Apr 16, 2010 8:05:27 GMT -5
I'm picking up on 'dynabeads' again. They are used in pesticides, have a polymer shell and are magnetic. This is from an other post: CALCIUM ALGINATE BEADS AS A MATRIX FOR SLOW RELEASE OF PHEROMONES Calcium alginate beads are widely used for slow release of water soluble chemicals such as drugs, pesticides and fertilizers for about twenty years. The structure of the alginate, the physical and chemical properties of the beads, as well as their characteristics as a matrix for the slow release of water-soluble chemicals into an aqueous medium were intensively studied and are well known. In the present work we investigated the parameters that govern the slow release characteristics of water-insoluble materials, as emulsion droplets, from a matrix of calcium alginate into the atmosphere, using gelatin as the surface-active agent in the emulsification stage. The motivation behind the research is the possibility to use the formulation of calcium alginate/gelatin/water-insoluble-material as a matrix for the slow release of biologically active materials, such as pheromones, in integrated pest management. * pheromones? no wonder we attract bugs! www.weizmann.ac.il/ICS/chemistry66/142Yosha.html--------------------------------------------------------------------------- Quote: **Are they are putting alginated beads with fungi in them as standard practice for growing our root crops? Aren't alginated beads - nano? Molecular biologists are using this common technique. Dynabeads are magnetic and have polymer shell! Characteristics of Dynabeads® Dynabeads® are superparamagnetic particles, meaning that the beads exhibit magnetic properties in a magnetic field with no residual magnetism once removed Magentic bead separation is gentle and no columns or centrifugations are necessary Spherical shape and defined surface chemistry minimize chemical agglutination and non-specific binding True uniformity (CV<3%) of size, shape and surface area provides optimal accessibility and reaction kinetics, for rapid and efficient binding Unique batch-to-batch reproducibility (typically within 5%) secures reproducible, quality-results The polymer shell on each bead protects your target from toxic exposure to iron Specific characteristics of the many available bead types offer magnetic separation of a variety of targets Dynabeads® Types and Uses Dynabeads® come in several sizes and with different surface functionalities, for use in a wide variety of applications. Some beads are pre-coupled with a biomolecule (ligand). The ligand can be an antibody, protein or antigen, DNA/RNA probe or any other molecule with an affinity for the desired target. Ready-to-use Dynabeads products and kits are available for many applications. For assay developments that require flexibility, a range of Dynabeads products with specific characteristics are available. How to use Dynabeads® The Dynabeads magnetic separation protocol consists of three simple steps: Bind When added to a sample, Dynabeads® bind to the desired target (cells, pathogenic microorganisms, nucleic acids, peptide, protein or protein complex etc). This interaction relies on the specific affinity of the ligand on the surface of the beads. Wash The beads respond to a magnetic field, allowing bound material to be rapidly and efficiently separated from the rest of the sample. Unbound material is simply removed by aspiration, and the bead-bound target washed by the use of the magnet. Elute The bead-bound target is released in a suitable volume for use in downstream applications. Alternatively, the bead-bound target can be used directly while still attached to the beads. No centrifugation or columns are required. The Dynabeads magnetic separation protocol is scalable and very automation-friendly. www.invitrogen.com/site/us/en/home/brands/Dynal/dynabeads_technology.html---------------------------------------------------------------------------- Look at these pictures. They show that silica based dynabeads have the characteristic to self-assemble and 'build' tetrahydrous forms. people.bath.ac.uk/ensab/B-man/tr_51_97/  Kammy will come back and show the resemblance with microscopic pictures she has taken from skin samples. Jeany |
|
|
|
Post by kammy on Apr 16, 2010 15:48:13 GMT -5
Ok, Jeany - here is a photo of a 'spaceship', we've got plenty of these, no two are the same, I have a photo of a mother 'ship' having babies, also...  |
|
This is the suspected 'taboo' behind our disease.