Someone asked to forward Brooks' comments on LEDs.
Marshall
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I would remind list members that if one is investigating the use of LED bulbs/arrays for
circulation improvement and/or topical pathogen controlwe have found that the red spectrum elements in the 660 to 680
I would remind list members that if one is investigating the use of LED bulbs/arrays for
circulation improvement and/or topical pathogen controlwe have found that the red spectrum elements in the 660 to 680 nanometer range are MUCH superior those in other ranges. They do not cost any
Interesting thread.
I picked up something similar to the flashlight you described at
Murray's auto parts store, about a year ago. It has RED LED's in rows
along the length of the flashlight and can be made to pulse (on/off)
or run in constant mode. It also has powerful magnets on the lamp end
so
Brooks Bradley wrote:
I would remind list members that if one is investigating the use of
LED bulbs/arrays for
circulation improvement and/or topical pathogen controlwe have
found that the red spectrum elements in the 660 to 680 nanometer range
are MUCH superior those in other ranges. They
I have heard blue in the 400-500nm range is effective for acne and other skin
issues. A famous laser company is selling a 405nm laser specifically for acne
treatment. I'm wondering if red is just as good?
Steve
-- Marshall Dudley mdud...@king-cart.com wrote:
Brooks Bradley wrote:
I would
Thanks for the clarification. This makes me think of my grandma using
infrared for her arthritic hands, so she could quilt. I am looking up
the LED s. --Kathryn
On Nov 21, 2007, at 11:28 AM, Brooks Bradley wrote:
I would remind list members that if one is investigating the use of
LED
On Nov 21, 2007, at 2:28 PM, Marshall Dudley wrote:
Brooks Bradley wrote:
I would remind list members that if one is investigating the use of
LED bulbs/arrays for
circulation improvement and/or topical pathogen controlwe have
found that the red spectrum elements in the 660 to 680
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