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Post by lilsissy on Mar 10, 2010 19:43:33 GMT -5
does anyone know why my eyes glow a florescent yellow green under a black light.
I checked the eyes of others and seen most have some of this not all and to varying degrees but my eyes light up like he Pic's of seen of tansgenic animals. Very Freaky and scary.
Jen
I found some information on this but I am throwing a line out there to see if anyone knows anything about this. I will post the possible explanations I found.
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Post by lilsissy on Mar 10, 2010 21:49:43 GMT -5
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Post by lilsissy on Mar 10, 2010 22:20:52 GMT -5
[glow=red,2,300][/glow] JUST LIKE THIS AND IT SAYS HUMAN'S DO NOT DO THIS , WELL THEN WHAT AM I??? www.npr.org/templates/story/story.php?storyId=96414364Eyes that glow in the pitch-black night make for many a scary tale. But why do some animals' eyes glow at night? "A lot of the animals we see, especially the ones that go out at night, have a special, reflective surface right behind their retinas," says Dr. Cynthia Powell, a veterinary ophthalmologist at Colorado State University. That light-reflecting surface, called the tapetum lucidum, helps animals see better in the dark. When light enters the eye, it's supposed to hit a photoreceptor that transmits the information to the brain, Powell explains. But sometimes the light doesn't hit the photoreceptor, so the tapetum lucidum acts as a mirror to bounce it back for a second chance. A large number of animals have the tapetum lucidum, including deer, dogs, cats, cattle, horses and ferrets. Humans don't, and neither do some other primates. Squirrels, kangaroos and pigs don't have the tapeta, either.
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Post by kammy on Mar 11, 2010 5:52:35 GMT -5
Hang on, Jen... you're probably not alone?...
I'm suspecting that most of us are now considered 'GM organisms'...?... we all need to get black lights and start looking at our world.
I am so angry at what has happened to mankind, that the evolutionist fools in charge of deciding what can go into our bodies do not consider us different from the apes and insects and have purposely created a modified human organism without our consent nor knowledge.
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Post by lilsissy on Mar 11, 2010 8:49:33 GMT -5
I found a report of this back in 2005. A person found her eyes do this and no one else around her did. I took a quick look at my whole household. Everyone had this to some degree. Some very slight others glow like demons in the dark. I am looking into it. Seems crystalization in the back of the lens may have something to do with it . I found mentions of new proteins in a human lens being found. Jen 2005 mention, boards.straightdope.com/sdmb/archive/index.php/t-299121.html
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Post by lilsissy on Mar 11, 2010 8:59:10 GMT -5
Here is an explanation of it but it does not explain why even the children have it . This new finding will help us pin down the disease we call Morgellons. www.danmedbul.dk/DMB_2004/0304/0304-phd/DMB3651.htmThe fluorescence of the human lens is caused by accumulation of advanced glycation end products formed by non-enzymatic glycation on lens proteins. Advanced glycation end products are important for the pathogenesis of diabetic long-term complications. Lens fluorescence may thus serve as a biomarker of the extent of tissue-damage related to advanced glycation end products which may be of importance for the management of diabetic patients. end cut, so still the question remains why does it glow green because it can glow red. Green glow is a marker for trans-genes. This article does suggest it can be from tissue damage but then why does my 2 year old grandson's eyes light up like a green Christmas tree bulb? Does my 2 year old grandson already have advanced glycation of his eyes? His eyes displayed this trait rather strongly.
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Post by lilsissy on Mar 11, 2010 9:55:57 GMT -5
This may be the compound responsible for this it is related to aging but why do the eyes of children express it strongly? Synthesis of 2-amino-3-hydroxyacetophenone-O-â-D-glucopyranoside : a fluorescent compound from insoluble protein fraction of aging human lensbut from below this seems to be a newly found one seems a little different. A new fluorescent compound was isolated from human lens insoluble protein fraction, and was identified as 2-amino-3-hydroxyacetophenone-O-β-D-glucosidecat.inist.fr/?aModele=afficheN&cpsidt=4104898It also can be from protein modification which is I believe what we are looking at . I first came across this in an article saying it was a newly found compound from human lenses. It plays a role in breakdown abnormal calf proteins . This process results in crystallization of the human lens, I believe. I once posted a thread here about color blindness, it effect the ability to see blue light properly . When I took an eye test that was what the results said, I had a rare type of color blindness to some dark shades of blue light. Blue light or the equivalent radio waves are what are being utilized in some viral brain control techniques . I do not know if that is a co-incidence but well hmmmmmmm??? Jen Abstract A new fluorescent compound was isolated from human lens insoluble protein fraction, and was identified as 2-amino-3-hydroxyacetophenone-O-β-D-glucoside(1 Graphical Abstract A new fluorescent compound was isolated from the alkaline ethanol extract of human lens insoluble protein fraction, and was identified as 2-amino-3-hydroxyacetophenone-O-β-D-glucoside. Article Outline • References Copyright © 2004 Elsevier Ltd All rights reserved. Cited By in Scopus (2) Permissions & Reprints Minimization of photooxidative insult to calf lens protein irradiated with near UV-light in the presence of pigmented glucosides derived from human lens protein end cut, so lets compare The old on top, 2-amino-3-hydroxyacetophenone-O-â-D-glucopyranoside 2-amino-3-hydroxyacetophenone-O-β-D-glucoside the new on bottom.
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Post by toni on Mar 11, 2010 10:50:51 GMT -5
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Post by kmarie on Mar 11, 2010 11:25:39 GMT -5
From Toni's Link I found the condition: Porphyrias listed and remember this one discussed on LB before. SO I looked up Porphyrias: en.wikipedia.org/wiki/PorphyriaPorphyrias are a group of inherited or acquired disorders of certain enzymes in the heme biosynthetic pathway (also called porphyrin pathway). They are broadly classified as acute (hepatic) porphyrias and cutaneous (erythropoietic) porphyrias, based on the site of the overproduction and accumulation of the porphyrins (or their chemical precursors). They manifest with either neurological complications or with skin problems (or occasionally both). A clinically induced and histologically identical condition is called pseudoporphyria. Pseudoporphyria is characterized by normal serum and urine porphyrin levels. The term derives from the Greek ðïñöýñá, porphyra, meaning "purple pigment". The name is likely to have been a reference to the purple discolouration of feces and urine in patients during an attack.[1] Although original descriptions are attributed to Hippocrates, the disease was first explained biochemically by Dr Felix Hoppe-Seyler in 1874,[2] and acute porphyrias were described by the Dutch physician Prof B.J. Stokvis in 1889. Cutaneous porphyriaThe cutaneous, or erythropoietic, porphyrias primarily affect the skin, causing photosensitivity (photodermatitis), blisters, necrosis of the skin and gums, itching, and swelling, and increased hair growth on areas such as the forehead. Often there is no abdominal pain, distinguishing it from other porphyrias. Pathogenesis In humans, porphyrins are the main precursors of heme, an essential constituent of hemoglobin, myoglobin, catalase, peroxidase, respiratory and P450 liver cytochromes. Heme synthesis—note that some reactions occur in the cytoplasm and some in the mitochondrion (yellow)Deficiency in the enzymes of the porphyrin pathway leads to insufficient production of heme. Heme function plays a central role in cellular metabolism. This is not the main problem in the porphyrias; most heme synthesis enzymes—even dysfunctional enzymes—have enough residual activity to assist in heme biosynthesis. The principal problem in these deficiencies is the accumulation of porphyrins, the heme precursors, which are toxic to tissue in high concentrations. The chemical properties of these intermediates determine the location of accumulation, whether they induce photosensitivity, and whether the intermediate is excreted (in the urine or feces). There are eight enzymes in the heme biosynthetic pathway, four of which—the first one and the last three—are in the mitochondria, while the other four are in the cytosol. Defects in any of these can lead to some form of porphyria. The hepatic porphyrias are characterized by acute neurological attacks (seizures, psychosis, extreme back and abdominal pain and an acute polyneuropathy), while the erythropoietic forms present with skin problems, usually a light-sensitive blistering rash and increased hair growth.Variegate porphyria (also porphyria variegata or mixed porphyria), which results from a partial deficiency in PROTO oxidase, manifests itself with skin lesions similar to those of porphyria cutanea tarda combined with acute neurologic attacks. All other porphyrias are either skin- or nerve-predominant.
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Post by lilsissy on Mar 11, 2010 11:38:15 GMT -5
Everyone checked had florenscent oganisms on their skin , in the nose, ears . which is removed by washing. Not good for the eyes just did a quick peek. www.jbc.org/content/274/30/20847.full
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Post by jeany on Mar 11, 2010 14:40:10 GMT -5
Kam and I just checked, our eyes do not glow. We both have brown eyes though, mine have a lot of green in them. My kids told me, when I get really angry they turn bright green, does that count...?..lol
Jeany
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Post by lilsissy on Mar 11, 2010 14:46:49 GMT -5
I wrote to Becky and we are going to compare the wavelenght's of the instruments .
The fashlight I used compared to what is used in the lab to detect G.F.P.
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Post by lilsissy on Mar 11, 2010 17:57:42 GMT -5
My brother just send me the information on the black lights he purchased 2 for us to use, we also have a James Bare machine coming for Karen. He wants to but a scope with the computer compatible feature. Which is the best one anyone know, Digital Blue? I have to invest in another Eye-clops my Doctor kept mine. Jen here is the flashlight, tinyurl.com/yld27bs395 nM 51 UV Ultraviolet LED flashlight Blacklight 3 AA, 7202UV395 Kam and Jeany , do you know what frequency your black light light is?
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Post by lilsissy on Mar 11, 2010 18:14:00 GMT -5
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Post by lilsissy on Mar 11, 2010 18:36:58 GMT -5
The wavelenght of the Blacklight Flashlight I used was exactly the right wavelength to detect GREEN FLORESCENT PROTEIN. G.F.P. has to major excitability wavelenghts , 395 is one of them and tht is the type of Flashlight we used!! www.gonda.ucla.edu/bri_core/gfp.htmGREEN FLUORESCENT PROTEIN (GFP) GFP (Green Fluorescent Protein) is a protein produced by a jellyfish Aequorea which fluoresces in the lower green portion of the visible spectrum. The gene for GFP has been isolated and has become a useful tool for making expressed proteinsfluorescent by creating chimeric genes composed of those of GFP and its different color variants linked to genes of proteins of interest. One may thus have an in vivo fluorescent protein which may be followed in a living system. There have been several recent developments for the use of GFPand several different color variants One initial problem with the use of GFP was the excitation and emission spectra of the wild type protein for fluorescence microscopy. Wild type GFP has two excitation peaks, a major one at 395 nm (in the long UV range) and a smaller one at 475 nm (blue) and its emission peak at 509 nm (green). For wild type GFP, it has been found that exciting the protein at 395 nm causes fairly rapid quenching of the fluorescence. Also most investigators have used FITC filtersets to observe GFP staining. To alleviate this problem, several mutants of the GFP gene were constructed which have increased fluorescence, but perhaps more important, the major excitation peak has been red-shifted to 490 nm with the emission staying at 509 nm. This is better for use of FITC filtersets as this mutant GFP has the same excitation range as FITC. Furthermore, the main laserline used for FITC excitation is from the argon laser at 488nm. There is no good commonly used laserline near 395 nm in most confocals. One of the mutant GFPs which had a 5-6 times greater amount of fluorescence has a serine to threonine substitution at position 65 in the protein (S65T: See Heim, et al., Nature, 373: 663-664 (1995). Since then, other mutations have given further improvements in the brightness of the emission (See Clontech's website).
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Post by bannanny on Mar 11, 2010 19:57:19 GMT -5
Wow Jen... can anyone take a pic of you with the black light on and upload it here? I'd love to see that... not that I love that it's happening to you. I'm sure it's scary... but don't freak out ok? Morgs love it when we do... which I know you already know. The next time I go into town and visit my firends I'll try it on mine, they have a blacklight. I see now as I read on tho that you used a blacklight flashlight. I'll see if I can pick one up and take a pic with my camera if mine do the same. Of the links you gave us to pics, this is normal of most animals... This however is caused by genetic modifications... Which of the two did your eyes look like the most? I've held my friends blacklight over my head before and many particles show up that fluoresce. It takes a minute, but there were plenty of them in my hair. I also fluoresced at Dr. Hildy's... just never tried it on my eyes before. If I do it, I'll do it quickly as to not harm my eyes. I suppose it's the same as looking into the sun for a long time tho... not worried about it. hugs ~~ bannanny
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Post by lilsissy on Mar 11, 2010 23:16:00 GMT -5
The cat bannanny,
Our retinas is what glows , Everyone out of 8 people I checked tonight had it. Not all where family some where Mexican .
I believe everyone will have this. Now the questions is this normal or not.
The black light flashlight I used had the perfect wavelength to detect this, 395nM.
So is it normal or have we all been G.M.O.ed?
Gonna try to capture it on camera . It disappears quickly in some and stays longer in some.
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Post by lilsissy on Mar 11, 2010 23:17:43 GMT -5
Thank you Tonie
and Kmarie, what is P450?
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Post by lilsissy on Mar 11, 2010 23:56:41 GMT -5
I also found this statement to be true from the above article to be true.
it has been found that exciting the protein at 395 nm causes fairly rapid quenching of the fluorescence.
end cut, The neon green shows up strongest at first and then quickly dissipates in some faster than others.
Jen
If anyone can find an article that explains this please send it to me.
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Post by fritolay66 on Mar 12, 2010 1:35:20 GMT -5
Jen,
Mine also glow green like the cats. It is not a faint glow, but a very significant green glow.
Frito
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