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Post by toni on Jun 16, 2015 17:22:07 GMT -5
I don't know if the doc's know this, hopefully they do, but I've not heard anything about this, regarding the ((( pigments, the colors)))) all that,
except it's a mystery where the colors/pigments are actually coming from. MAYBE this is where or rather HOW they "come about".
I'm just flippin out of my seat because I can't believe what I'm seeing, and YOU CAN TOO with your specimens RIGHT NOW!!!!
I'll be back with pictures so you can see EXACTLY what I'm talking about. OMG!!!!!
*just have to upload them real quick*
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Post by toni on Jun 16, 2015 17:26:14 GMT -5
See these specimens on my slide at 400X magnification? No biggie...just MORGS right?
Be back with the next UNBELIEVABLE picture of what these will do!!!
Oh yeah, they change in a matter of seconds.
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Post by toni on Jun 16, 2015 17:32:56 GMT -5
Here they are folks, YES the SAME SPECIMENS HAVE TURNED ORANGISH RED, AND I CAN MAKE THEM as red as I want, even REDDER!
How???
I'll tell you.
Put a good size (specimen from your skin onto your slide).
Put a drop of water on it...and then:
Hold your slide carefully with tweezers.
You are going to burn UNDERNEATH the glass slide - (DO NOT BURN YOUR SPECIMENS WITH DIRECT FIRE).
Just use a lighter UNDER your slide (*with your specimen on TOP of the glass slide in one drop of water*).
The water will bubble fast as it's heated, and even sizzle out loud! And then, your whitish specimen (looks brown in the pic because of the scopes lighting) so we can see it, but the SPECIMEN WILL TURN colors just from being heated up. And the hotter you get the glass UNDER the slide, the redder your white specimen will become.
Now how interesting is that???
ps the specimens after heating may also "melt-like" together as mine did. But isn't that interesting that "possibly OUR BODY HEAT" is what's making "colors/pigments" within the keratin fibers. The question now is: "why" is that doing that.
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Post by toni on Jun 16, 2015 17:39:22 GMT -5
*TIP*
Heat slowly under your glass slide, (because if you don't do it slowly) by holding the fire several inches below your slide that you're holding with tweezers,
the glass WILL BREAK and it doesn't just crack, it goes flying in pieces across the room, it breaks so hard.
* that trial and error thing* is how I found that part out. sheesh.
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Post by toni on Jun 16, 2015 17:45:13 GMT -5
I'd sure be REAL INTERESTED to know if Dr. Middelveen (since she's a BDD specialist) - that's Bovine Digital Disease,
in that IF or DO the keratin growths above the bovine's hoof (hairy foot they actually nickname it) IF THOSE keratin filaments etc...
*DO they turn different colors upon being heated on a glass slide too*?
I'll write and see.
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Post by toni on Jun 16, 2015 17:49:21 GMT -5
Well, I don't see that I have her email, can someone "ask"? since this really might be important? In bovine digital disease (regarding the hyper-keratinized fibril-like growths) above and around the hoofs, do they turn colors (upon heating) ??
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Post by toni on Jun 16, 2015 19:10:13 GMT -5
This is not blood, and the color is what it is, like a deep hot pink now, I can see it all over my slide with my naked eye! No scope needed for the pigments to be realized just by heating up the glass slide from UNDERNEATH the glass with a drop of water on the "specimens" as to really get the DROP of water boiling and sizzling. The more I heat the bottom of the slide, the more color is expressed from my specimens!!! Does that Pantoea Allglomerans (sp?) express red? I know that bacteria expresses BLUE pigments when it's temperature is changed. (I know I didn't spell that P.A.) name correctly....but it's close. Anyways, it's looking like "whatever this is, possibly like Panotea A. or is, then ((( this bacterium DOES secrete BLUE pigments DEPENDING on the temperature changes))). Wonder what other colors it secretes when heated? Sorry for not explaining the pic. It's just the microscope slide where I've put the heat to it, and the "ick" on the slide has been HEATED many times now, and as you see, the more it's heated, the "hotter the color", as I now have HOT PINK where it was orange, then red, now hot pink. PS, this pic is just "the stuff drying and cracking"....but I HAD to show you the new color it made!
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Post by toni on Jun 16, 2015 19:35:43 GMT -5
Correct spelling of that bacterium that secrets "pigments" upon temperature changes.
It's called ( Pantoea Agglomerans )...was close in the posts, but, this is correct.
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Post by Baraka Obam on Jun 17, 2015 12:00:17 GMT -5
Speaking of color it seems you left one color out, its quite clear where the drying cracks are, there are black growths or would you surmise only bright colors are relevant to the growth of pathogens,
It may be a woman thing after all we have seen females in the wild they will undoubtedly respond to colors, human females respond to things that sparkle, diamond is a good example.
OH, that's right its cracking, that black stuff do not look like cracking to me, but you travel along that dark bleak road to, what I say is answers land!
You have to put the word crack in your color are disease post, to get my attention, you poor lonely soul, it seems a fret that you need me to validate, LOL.
I will go to the beach and see if there is any red tide yet, hope not.
Still the use of heat may spur on growth, it could lay dormant at lower temperature than body temp.
In fact this is what I THINK happens when the black tubes start to grow on the slide, the temperature is reached and it grows or develops.
Who knows?
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