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Post by kammy on Nov 10, 2009 15:26:59 GMT -5
Red Wine Solo Experiment (cont.) Day 3 Day 4 To create more of a greenhouse environment with the Petri Dishes, today I made a make-shift incubator. I put one of these moist heating pads that has pellets in it in the microwave, placed it in the bottom of my shoe box, covered it with a towel, placed the dishes on top of the towel and closed the lid, on top of the lid on the outside, I placed a heating pad on low.
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Post by jeany on Nov 10, 2009 15:30:23 GMT -5
I have a better Idea lets just design our own postcard for christmas and sell it to raise money for our cause I designed one in my head but someone needs to make it graphically , picture a sleigh pulled by 8 beautiful viruses and of course a nice red one in the front and a santa clause suit with a big virus head with a long white beard and the sleigh filled with viruses and bacteria and some nice logo's on the side like monsanto whose gift to the world was aspartame and rbGH milk,anyone can add to this, kinda gives me the christmas spirit best rgards and merry christmas camv35s. YEAH!!...and don't forget the FUNGUS!! ;D..It could be sitting upfront next to Santa holding the reins with it's hyphae!! ;D Jeany
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Post by camv35s on Nov 10, 2009 15:36:53 GMT -5
The hyphae could be the snow and also have it falling.
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Post by kammy on Nov 10, 2009 15:40:02 GMT -5
Ya! And we can make long sleeved T-shirts and don't forget the cocoa mugs... lol
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Post by jeany on Nov 10, 2009 15:50:00 GMT -5
The hyphae could be the snow and also have it falling. Yeah..even better, camv!! the clouds could look like huge spores with hyphae falling down as snow! I like your creativity..many of us seem to have artistic talents.. ;D Jeany
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Post by kammy on Nov 10, 2009 21:13:41 GMT -5
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Post by jeany on Nov 11, 2009 18:15:41 GMT -5
Rhizopus, Aspergillus, Penicillum in Marijuanawww.hempfood.com/IHA/iha01205.htmlThe "black weblike fungus" described by Margolis & Clorfene (1975) suggests an Aspergillus species. Chusid et al. (1975) cite A. fumigatus causing pneumonitis in a patient who buried his marijuana in the ground for "aging." Llamas et al. (1978) recovered A. fumigatus from marijuana owned by a patient suffering allergic bronchopulmonary aspergillosis. Kagen (1981) isolated several Aspergillus species from moldy marijuana, including A. fumigatus, A. niger and A. flavus.
Babu et al. (1977) cultured A. niger, A. flavus, A. tamarii, A. sulphureus, and A. repens from seeds in marijuana. Schwartz (1985) isolated A. niger from the sinuses of a marijuana smoker who suffered severe headaches. Llewellyn & O'Rear (1977) demonstrated aflatoxin production in marijuana contaminated with A. flavus and A. parasiticus. Penicillium species have been isolated from marijuana cigarettes by Kagen et al. (1983) and Kurup et al. (1983). Babu et al. (1977) cultured P. chrysogenum from Cannabis seeds. Bush Doctor (1993) reports isolating P. italicum from marijuana stored with an orange peel at 0o C. Mucor species have been recovered from marijuana by Kagen et al. (1983) and Kurup et al. (1983). A related zygomycete, Rhizopus stolonifer, was isolated from damp marijuana Jeany
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Post by fritolay66 on Nov 12, 2009 0:10:19 GMT -5
Jeany, Kammy.....
I think I may have found the identity to the spheres in our grown out petri dishes. They are called Hulle Cells. See post in Sidneys thread.
Frito
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Post by jeany on Nov 12, 2009 9:06:38 GMT -5
Jeany, Kammy..... I think I may have found the identity to the spheres in our grown out petri dishes. They are called Hulle Cells. See post in Sidneys thread. Frito Hi Frito..wow!..great finding! I tried to find a pic and here is one: Jeany
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Post by kammy on Nov 12, 2009 11:40:13 GMT -5
Oh! I stepped away and see Frito may have found one of our spheres?... I haven't had a chance to look at it yet, Frito... good going! I'm looking at this patent that I think is involved, I wanted to note it and come back to it later: Process for the production of fine chemicals www.freepatentsonline.com/y2006/0137042.htmlThey include, in particular, vectors which are capable of replication in easy to handle cloning systems like as bacterial yeast or insect cell based (e.g. baculovirus expression) systems, that is to say especially vectors which ensure efficient cloning in E. coli , and which make possible the stable transformation of plants. Vectors, which must be mentioned, in particular are various binary and cointegrated vector systems, which are suitable for the T-DNA-mediated transformation. Such vector systems are generally characterized in that they contain at least the vir genes, which are required for the Agrobacterium -mediated transformation, and the T-DNA border sequences.
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Post by jeany on Nov 12, 2009 11:42:30 GMT -5
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Post by violet on Nov 12, 2009 12:29:01 GMT -5
TOO FUNNY!!!!! (Too sad, too...)
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Post by jeany on Nov 12, 2009 16:40:36 GMT -5
TOO FUNNY!!!!! (Too sad, too...) I know, Violet..it's funny but also sad if you think about what's all in our food, not only 'junkfood' but also in vegetables, fruits, grains..supposedly healthy nutrition! But the cartoon shows exactly how it is...sad but true! Jeany
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Post by kammy on Nov 12, 2009 17:02:32 GMT -5
Frito, I'm still studying... you know you can make your photos larger by clicking on 'Format' and choosing a larger size, didn't know if you knew? Hi Violet! Long time, no see, good to hear you snickering in the background. Yes, Jeany's joke is pretty funny - and NOT at the same time. It's not because we're living it. I'd rather have a natural, imperfect fruit than one that has been modified to appear beautiful. I thought this was interesting and thought I'd share it with ya'll. As you may not know, I'm currently culturing my and Jeany's saliva in separate Petri Dishes? Anyway, I photographed it for the second time last night and the first day - Jeany and I had 'fibers' in our dishes. Well, upon photographing it on day 3, the fibers were gone except for one stumpy-looking 'log' that was in Jeany's dish. There are now only Frito's "Hulle Cells" in the dish, instead. She asked me when I was photographing it - 'Where did the fibers go?' and I told her, 'They always disappear...', she asked me 'if I had ever documented this before' and I said, 'Not really'. So, soon I will do an experiment to make sure the fibers disappear and spheres appear. I will map a fiber in the dish to be absolutely positive. This should be interesting information, I believe I am seeing where the fibers cause spheres to appear but the spheres do not create fibers. Further testing is in order. Saliva Experiment Jeany's saliva Day 1, no spheres: Jeany's saliva Day 3, Fibers gone: Both of our saliva samples look the same in the dishes, the spheres look very similar to Pseudomonas, circular, white:
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Post by kammy on Nov 12, 2009 20:02:29 GMT -5
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Post by kammy on Nov 12, 2009 21:00:32 GMT -5
Saliva Experiment Day 4 (cont.) My and Jeany's dishes look almost identical to the eye and microscopically, every sphere in the dish appeared to be visually the same yesterday. There is one sphere and one sphere only in each of our dishes that has exploded into the white, fuzzy fungus believed to be Rhizopus. Jeany's Sphere to Fungus: Kammy's Sphere to Fungus: Jeany has a bunch of 'babies' that are multiplying in various stages. This is where I tilted the dish to allow her saliva to run closer to the edge so I could photograph it better. It appears as if her and my saliva are totally concentrated with the fungus. That every particle of it is individually separating and becoming a sphere: Jeany also has one flatter sphere that I have seen many times, which I have said has a 'portabello mushroom' look to it - it is also suspected to be the Rhizopus. I don't appear to have one in this 'fried egg' stage yet. The progression seems to be, so far... the fibers create the spheres, the spheres turn into the fungus... We should see the fungus start popping the 'carbon balls' as I have been calling them, which we now know - thanks to 'the gang', are called sporangium. Next, we should see the fungus and spheres quorum sensing and this causes the spheres to become 'infected' and we then see the baculoviral polyhedron (spaceships) on and about them. Yes, I realize that the spheres and the fungus are the same thing... let's keep an eye out to see. This experiment is showing that the Morgellons pathogens are in our saliva. That these pathogens are possibly able to be transferred to someone else via our saliva. We might suspect they are in our nasal mucous, sputum, stool, and more than likely our body fluid secretions. We have already seen to be in our blood and urine. This could indicate that Morgellons is contagious via kissing, eating after someone, coughing, sneezing, sexual contact, blood to blood, organ transplants, most all ways we know of? It is also suspect that when our lesions are sloughing 'debris' - these particles; if inhaled or ingested could also transmit the disease. More testing is in order.
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Post by kammy on Nov 13, 2009 10:14:43 GMT -5
The Red Wine Experiment (cont.) The red wine from California, by itself in the Petri Dish, with sulfates, has grown the green topped fungus. The photos below represent 6 Days culture at 100x, spheres are also present. To me this experiment indicates that Carnicom had too many variables in his dishes at the beginning to obtain his data. Maybe, our doctor/scientist can verify this statement? I'll put out a blog article about this shortly.
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Post by jeany on Nov 13, 2009 18:40:49 GMT -5
The Red Wine Experiment (cont.) The red wine from California, by itself in the Petri Dish, with sulfates, has grown the green topped fungus. The photos below represent 6 Days culture at 100x, spheres are also present. To me this experiment indicates that Carnicom had too many variables in his dishes at the beginning to obtain his data. Maybe, our doctor/scientist can verify this statement? I'll put out a blog article about this shortly. Kammy,this one looks exactly like the one in my saliva sample..hmm..and I didn't even drink wine that day! ;D Jeany
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Post by jeany on Nov 13, 2009 20:31:45 GMT -5
Rhizopus is used as for the fermentation process mainly in Asian food. It is also used as a so called 'flavor enhancer'. Two are used in food fermentation: Rhizopus oligosporus, is used in the production of tempeh, a fermented food derived from soybeans and, oncom; R. oryzae is used in the production of alcoholic beverages in parts of Asia and Africa. www.answers.com/topic/rhizopusJeany
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Post by jeany on Nov 13, 2009 20:37:58 GMT -5
Symptoms of Non-Food Allergy - fungus, RhizopusThe list of signs and symptoms mentioned in various sources for Non-Food Allergy - fungus, Rhizopus includes the 25 symptoms listed below: Respiratory symptoms Skin rash Shortness of breath Blocked nose Itchy throat Dark circles under eyes Nose rubbing Allergic salute Conjunctivitis Red-rimmed eyes Swollen eyes Crusted eyelids Chronic sinusitis Asthma-like symptoms Worsening of asthma Breathing problems Runny nose Sneezing Wheezing Tearing eyes Itchy nose Post nasal drip Itchy eyes Seasonal symptoms - from spring to late fall (peak in summer) Symptoms persist after frosts begin Non-Food Allergy - fungus, Rhizopus: A Rhizopus fungus allergy is an adverse reaction by the body's immune system to spores produced by a fungus called Rhizopus. Rhizopus is relatively uncommon but can be found on decaying vegetation and damp indoor areas. Symptoms tend to occur in a seasonal pattern as spore production by molds tends to increase and decrease with changes in seasons. www.wrongdiagnosis.com/n/non_food_allergy_fungus_rhizopus/symptoms.htmJeany
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