(a)‌‌ Spectrum for a red LED with nm and FWHM = 14 nm, (b) Terrestrial solar spectrum with blue band (400–500 nm), yellow-band (570–590 nm) and red band (625–750 nm) highlighted.

(a)‌‌ Spectrum for a red LED with nm and FWHM = 14 nm, (b) Terrestrial solar spectrum with blue band (400–500 nm), yellow-band (570–590 nm) and red band (625–750 nm) highlighted.

<p>(a)‌‌ Spectrum for a red LED with nm and FWHM = 14 nm, (b) Terrestrial solar spectrum with blue band (400–500 nm), yellow-band (570–590 nm) and red band (625–750 nm) highlighted.</p>

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Bibliografski detalji
Glavni autor:	David Robert Grimes (10296973) (author)
Izdano:	2025
Teme:	Medicine Cell Biology Pharmacology Biotechnology Immunology Marine Biology Cancer Infectious Diseases Chemical Sciences not elsewhere classified typical solar irradiance total patients ranging seen considerable interest potential dermatological applications plausible biological justifications earth &# 8217 consumer led treatments ascertain potential inhomogeneity 14 – 105 5 %), wound led light photobiomodulation better dose quantification 27 relevant studies including red light xlink "> results reporting </ p healing (, 11 3 %), wrinkle 1 %) conducted light control group achieve fluences reported 3 hours ), led therapy studies yellow light wavelengths conditions (, median 1 %), yellow light red light xlink "> control group blue light studies reported dose validation 35 hours 3 %) reported doses control groups studies report existent studies work establishes wavelengths used wavelengths employed various wavelengths underlying biophysics thriving market three orders specified wavelengths rl ). rendering interpretation patient doses
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