How imperative is a base coat in enhancing

[sharminakter]

Q: the durability of polish on the nails?
A: Without a base coat, it becomes nearly hopeless to expect the nail polish to stay on for a considerable duration of time. It provides a rough surface for the nail plate to stick to and the polish to stick to that, avoiding any possibility of staining, while also allowing smooth application by filling any ridges. Remember to coat every nail and do so evenly for the best results possible.

Q: With regard to density, why is it emphasized the importance of good nail polish?
A: It is advisable to use nail polish of quality in order to achieve the desired durability on the nail surface. Because tar film adheres better to the nail plate and reduces the chance for chips to form, such a polish will last longer on the target surface.

Q: Does immersion of fingernails or toenails in the water impact the durability so the manicure lasts longer?
A: Certainly, submerging nails in warm water weakens the bond spain telegram data between the polish and the nail plate and results in chipping and peeling, due to the the porosities and extensibility of the skin of the nail. Avoid prolonged exposure to water or shield your hands in gloves when doing dishes.

Reference Sources
1. Damage to DNA and somatic mutations in mammalian cells following the irradiation of a nail polish dryer

Summary: This examination aims to assess the possible cellular damages resulting from the ultraviolet A irradiation from UV nail polish dryers. Mice model and human primary cell cultures were subjected to UVA radiation in a single or chronic manner. They also observed that cells exposed to UVA light displayed increased C:G>A: T transversions when compared to control cells and mutational spectra resembling those due to reactive oxygen species (ROS). The study emphasizes that UVA does not induce C:G>T: A transitions which suggests that these have different molecular biological pathways of DNA destruction than those exposed to UVB irradiation. The study’s authors imply, therefore, that UV nail polish dryers can inflict DNA injury as well as cause mutations in mammalian cells(Zhivagui et al, 2023) .
2. Teaching of green chemistry, sustainability ethics and the theme of toxicity through the use of nail polish removers