Suppressing cancer by damaging cancer cell DNA using LED irradiation

Lipid nanoparticles as efficient verteporfin nanocarriers for photodynamic therapy of cancer

“…A possible explanation for this is that cancer cells can have high susceptibility to visible light exposure, which leads to intracellular metabolic alterations. 20 Furthermore, visible LED irradiation can activate the p53 signaling pathway, thereby suppressing cancer cell proliferation. 20 These facts, however, can be highly dependent on the type of LED source used, wavelength and irradiation parameters chosen.…”

“…20 Furthermore, visible LED irradiation can activate the p53 signaling pathway, thereby suppressing cancer cell proliferation. 20 These facts, however, can be highly dependent on the type of LED source used, wavelength and irradiation parameters chosen. 20…”

“…20 These facts, however, can be highly dependent on the type of LED source used, wavelength and irradiation parameters chosen. 20…”

Application of the Effect of Nonthermal Technologies on the Oxidation of Proteins and Lipids in Pigeon Meat during Chilled Storage

“…As the irradiation dose increased (e.g., in the EB and EC groups), the concentration of ROS in the cells increased. In this case, protein crosslinking also occurred, and autolysis occurred in many muscle cells, which reduced the tightness of the muscle and made the PM more tender [25]. Until the 20th day, the shear force of the samples (LV group) was lower than that of the other groups (p < 0.05), implying that LVEF was able to induce an increase in the tenderness of PM.…”