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RE: "Hormetic" responses are intrinsic to biology



Jim,

Why do you think this is a hormetic response as opposed to an energy

response?  This is like saying there is a hormetic response in the eye only

at frequencies of 380 to 760 nm, because we cannot see energies that are

higher (UV) or lower (infrared).  If the dose is too low, you cannot see

(night), or if the dose is too high, you are blinded by the light.  In this

case, it sounds like there is a cellular response rather than a neurological

response to the photon radiation.



By the way, I still have not gotten anything on the K-40 depleted potassium

experiments?  Is there ANYTHING in the literature?



-- John 

John Jacobus, MS

Certified Health Physicist 

3050 Traymore Lane

Bowie, MD  20715-2024



E-mail:  jenday1@email.msn.com (H)      



-----Original Message-----

From: Muckerheide [mailto:muckerheide@attbi.com]

Sent: Thursday, October 10, 2002 7:18 AM

To: radsafe@list.vanderbilt.edu

Subject: "Hormetic" responses are intrinsic to biology





Friends,



A current report further to the fact that the biological responses

underlying "hormesis" (taking "hormesis" as limited to the condition of an

enhanced macroscopic endpoint) is intrinsic to biology.

. . .



A soft laser is a low-power laser emitting in the red and near-infrared part

of the spectrum. Studies with cell cultures have shown that radiation from a

soft laser, when used under proper conditions, promotes cell function and

cell proliferation. However, wavelength and dose should be carefully

adjusted to an optimum value: too low a dose does not work and neither does

a high dose. The dose should be adjusted within an interval of about 10%. In

a few animal studies a positive effect on wound healing has been

demonstrated, although other studies did not show such an effect. . . .

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