PBM Effects of Lili on Isolated Lung CSCs
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Lung cancer remains a primary threat contributing to high cancer mortality rates and relapse. An attributing factor, metastasis, has been concluded to be due to stem-like cells possessing cancer properties. Cancer stem cells (CSCs) portray characteristics similar to embryonic and adult stem cells in which they are capable of indefinite proliferation, self-renewal and specialize in cell differentiation. Low Intensity Laser Irradiation (LILI) is a light therapy used for treating various disease states and cancer conditions. Having stimulatory effects on irradiated cells and tissues by upregulati...
Lung cancer remains a primary threat contributing to high cancer mortality rates and relapse. An attributing factor, metastasis, has been concluded to be due to stem-like cells possessing cancer properties. Cancer stem cells (CSCs) portray characteristics similar to embryonic and adult stem cells in which they are capable of indefinite proliferation, self-renewal and specialize in cell differentiation. Low Intensity Laser Irradiation (LILI) is a light therapy used for treating various disease states and cancer conditions. Having stimulatory effects on irradiated cells and tissues by upregulating metabolism via proliferation, formation of capillaries and activate adenosine triphosphate (ATP) synthase production. LILI has been shown to stimulate, as well as to inhibit cellular processes at different intensities. The aim of this exploratory study was to investigate the possible outcomes that various laser intensities and wavelengths would have on isolated lung CSCs.
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