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» LymeNet Flash » Questions and Discussion » Medical Questions » See an animation of what happens when photons enter the cells- link fixed

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Author Topic: See an animation of what happens when photons enter the cells- link fixed
Marnie
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http://neurobio.drexel.edu/SesslerWeb/sessler.php

You may have to use your computer tools to make that bright blue box bigger.

On the left side...the word, "Photon" will appear in white as the animation goes on.

Notice what happens to the Na-Ca channel.

It closes.

I think this maybe how the WFL destroys Bb.

Now...for very serious researchers...

Research this:

Fipronil Mechanism of Action

With relationship to GABA (A), GABA(C)...

AND...

GABA (B).

IF the G protein is transducin...

*COMPLETE* GABA inhibition is very very dangerous!!!

"Without GABA inhibition, neurons would send out action potentials continuously under the influence of glutamate, and would eventually literally fire themselves to death. ... Overactivity of glutamate, and the resulting injury to neurons, actually plays an important role in stroke and other vascular disorders of the brain, as well as in epilepsy and possibly Alzheimer's disease."

I think the COMBINATION of IV MgSO4 (sequential days) and far infrared, 880nM, (short "bursts") might indeed work.

[ 16. November 2008, 09:58 AM: Message edited by: Marnie ]

Posts: 9426 | From Sunshine State | Registered: Mar 2001  |  IP: Logged | Report this post to a Moderator
hiker53
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Can't get the link to work. Is it typed correctly?

--------------------
Hiker53

"God is light. In Him there is no
darkness." 1John 1:5

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n.northernlights
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http://neurobio.drexel.edu/SesslerWeb/sessler.php it was missing a p

It is much easier to watch if one clicks on the size tool in IE, for example 150%. (IE7)

Not exactly on topic, but close:
There are photon clothes made in Italy from this Japanese fiber http://nexus.pedrali.com/eng/index.php they call it vivirex, but here they sell it as vivitex. good reports on cfs forums. Helped patients who were bed-ridden to live almost normal life.

nora

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Marnie
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Thanks Nora...and I fixed it too.

Really neat animation!

Watch closely the white "doors" on the right...they close = Na AND Ca aren't going in.

Probably not a good idea if the doors stay closed...but we do have Na channel blockers...

I think TRPM8 (another channel) is playing a role. This channel is curious from a "cold" standpoint. The *AMOUNT* of certain things (like menthol for example)apparently can activate OR inactivate that channel.

Apparently that channel, TRPM8, is very "active" in certain cancers.

It appears Ca and Na are leaving the cells and then going back in really fast.

Which makes sense IF the cell is infected...as Bb has a gene for Na-ATPase which looks to transport Na OUT of the cell.

AND if Bb's PKC inhibitor is inactivating the channel, TRPM4, our body will "upregulate" calcium because high intracellular calcium levels normally will trigger/activate TRPM4.

It looks like the body is trying hard to figure out a way to reactivate the TRPM4 channel.

Know what I have been wondering about?

Night vision goggles.

I wonder if we could see in the dark as the WFL does...would it help?

We do not have as many rods in our eyes compared to the WFL.

But that lizard is very unique...that blue belly (chromophores) is playing a huge part in the equation too.

I think it is absorbing the red wavelength...and storing up energy.

There has to be a way this lizard protects itself from formic acid (which is in the ants it eats) because that is very very toxic to the mitochondria.

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