Liam Carter
Gel manicures are a popular choice for those seeking long-lasting, chip-free nail polish. However, the process of applying and removing gel nail polish can potentially damage your nail bed. This paragraph will explore the effects of gel polish on nail health and provide tips for minimizing damage.
| Characteristics | Values |
|---|---|
| UV exposure | Increases the risk of skin cancer and premature skin aging |
| Removal | Can damage the nail bed if not done carefully |
| Tools | Can cause damage if not properly sterilized |
| Chemicals | Can cause allergic reactions |
| Cuticles | Should not be cut or pushed to prevent inflammation and infection |
| Nail damage | Nails can become thin, brittle, and weak |
| Nail bed damage | Leaving the gel on for too long can cause tears in the base of the nail |
| Nail care | Nails should be rehydrated with a moisturizing product between polishes |
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What You'll Learn
- UV exposure during curing increases risk of skin cancer and premature ageing
- Gel polish contains acrylate and methacrylate, which can cause allergic reactions
- Removal of gel polish can damage nails if not done carefully
- Gel manicures should not be left on for longer than 2-3 weeks
- Sterilisation of tools is important to prevent fungal or bacterial infections
UV exposure during curing increases risk of skin cancer and premature ageing
While gel manicures can be enticing due to their chip-free and long-lasting nature, it is important to be aware of the potential risks associated with the UV exposure during the curing process. This includes an increased risk of skin cancer and premature ageing.
The UV lamps used to cure gel nail polish emit UV radiation, which has been linked to both skin cancer and premature ageing. Dermatologist Harikiran Chekuri explains that while the risk is lower than from sun exposure, "prolonged and frequent use could potentially increase the risk of skin cancer". Additionally, repeated exposure to UV rays can accelerate skin ageing, leading to wrinkles and age spots.
To put it simply, Dr. Ranasinghe states that "the less UV exposure you give your hands, the better". Studies currently suggest that the carcinogenic risk is low, but it is still a risk. The UV rays damage the DNA in skin cells, causing them to malfunction and divide too frequently. Over time, this damage accumulates and triggers mutations that lead to the formation of malignant tumours.
To minimise the risk of skin cancer and premature ageing, it is recommended to take certain precautions when getting a gel manicure. Applying a broad-spectrum, water-resistant sunscreen with an SPF of 30 or higher to your hands before the procedure can provide protection. Additionally, you can purchase UV-protective fingerless gloves that expose your nail bed while shielding the rest of your hand.
It is also worth noting that the tools used to apply and remove gel nail polish can cause damage if not properly sterilised. Bacterial or fungal infections may occur, and some people may develop allergic reactions to the chemicals in the UV curing process. Therefore, it is important to be proactive and inquire about the sterilisation of tools when visiting a manicurist.
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Gel polish contains acrylate and methacrylate, which can cause allergic reactions
Gel nail polish can cause temporary nail damage, but the cumulative UV exposure is worse. One of the chemicals in gel nail polish, acrylate, can cause allergic reactions. Acrylate is the reason that gel nail polish hardens in seconds. When these tiny chemicals are exposed to UV light, they join together to create acrylate polymers, or larger, bonded collections of molecules. It is the formation of these bonds that harden or "cure" the product.
Because of their smaller size, individual acrylates are easily able to enter the body through the skin and cause irritation. Polymers simply can't fit through those small channels. Hydroxyethyl methacrylate (HEMA) is a type of acrylate that has been called "the most commonly sensitizing methacrylate" by researchers. It is important to bring up HEMA allergies in a medical setting because there can be cross-reactivity between different methacrylates, which are used in other types of medical procedures.
Another chemical used in gel nail polish, methacrylate, is also known to cause allergic reactions. It is a colorless, volatile liquid with an acrid odor. It is flammable, extremely reactive, and considered hazardous due to its ability to cause fires or explosions. Prolonged exposure to methacrylate can even cause liver or kidney damage.
To prevent allergic reactions, it is important to be careful when purchasing gel nail polish products. Some products advertise that they don't contain HEMA, one acrylate believed to prompt allergic reactions more easily than others. There are also a small but growing number of "HEMA-free" gel nail products that don't contain acrylate. When getting a gel manicure, it is also recommended to apply a broad-spectrum, water-resistant sunscreen with an SPF of 30 or higher to your hands to prevent skin cancer and premature skin aging.
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Removal of gel polish can damage nails if not done carefully
Gel nail polishes can cause temporary nail damage and increase the risk of UV-induced skin damage. The removal process, if not done carefully, can also harm your nails.
Gel nail polishes contain acrylate and methacrylate, which are known to cause allergic reactions. The polish also needs to be cured using UV or LED lights, which emit UV radiation and can cause premature skin ageing and increase the risk of skin cancer.
To avoid nail damage during gel polish removal, dermatologists recommend the following:
- Soak your fingertips in acetone. Soak cotton balls in acetone and wrap them around your nails with small pieces of aluminium foil. After about 15 minutes, the nail polish should come off easily.
- Avoid picking or filing off gel nail polish, as this can damage your nails and cause white spots.
- If you choose to remove the gel nail polish yourself, protect your skin by applying petroleum jelly to your cuticles and the surrounding skin. This will create a barrier between your skin and the acetone.
- Never leave gel manicures on for longer than two to three weeks. The extra weight can pull on the edge of your nail, causing tears in the base.
- Space out gel manicures to give your nails a rest and prevent damage.
- If you are removing the polish at a salon, be proactive and ask if their tools are sterilized. Tools that are not properly sterilized can cause fungal or bacterial infections.
- To care for your nails in between gel manicures, apply a moisturizing product, such as petroleum jelly, to your nails and cuticles several times a day. This will minimize brittleness and help prevent your nails from chipping.
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Gel manicures should not be left on for longer than 2-3 weeks
Gel manicures can cause nail damage, and it is recommended that they should not be left on for longer than 2-3 weeks. The longer the gel manicure is left on, the harder it is to remove without damaging nails. The extra weight of the gel polish beyond the three-week mark can cause tears in the base of the nails, lifting and peeling back keratin layers, resulting in mechanical damage.
The curing process of gel manicures involves UV exposure, which increases the risk of skin cancer and premature skin aging. This cumulative UV exposure can lead to skin damage and wrinkles. Additionally, the chemicals in gel nail polish, such as acrylate and methacrylate, can cause allergic reactions like contact dermatitis and hives.
To maintain nail health, it is essential to take breaks between gel manicures and allow nails to rehydrate. Applying cuticle oil and moisturizers can help prevent nails from becoming brittle and chipped. When removing gel polish, it is recommended to visit a professional to avoid nail damage. At-home removal methods include filing down the polish and using cotton balls soaked in acetone, ensuring only the nails are exposed to the acetone.
While gel manicures offer a chip-resistant and durable alternative to traditional nail polish, the potential for nail damage and increased UV exposure warrants caution. Spacing out gel manicures and practicing proper removal techniques can help mitigate these risks and maintain nail health.
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Sterilisation of tools is important to prevent fungal or bacterial infections
Gel nail polish can have negative effects on the nail bed, including temporary nail damage and cumulative UV exposure. The UV or LED lights used to cure gel nail polish emit UV radiation, which has been linked to skin ageing, wrinkles, age spots, and skin cancer. Additionally, the chemicals in gel nail polish can cause allergic reactions, such as rashes and hives. Removing gel polish can also damage nails if not done carefully.
To mitigate these risks, it is important to practice proper sterilisation and disinfection of tools. Dermatologists recommend asking if tools are sterilised and ensuring that manicurists clean and disinfect tools after each client. Clean tools help prevent fungal or bacterial infections, which can occur if the nail plate is damaged or lifted from the nail bed, trapping water underneath.
When removing gel nail polish, it is important to be gentle and avoid picking at the polish. Soaking fingertips in acetone or using cotton balls soaked in acetone wrapped in aluminium foil can effectively remove the polish without damaging the nails. It is also recommended to space out gel manicures to give nails a rest and prevent mechanical damage caused by the extra weight of the gel polish.
In addition to tool sterilisation, protecting the skin from UV radiation is crucial. Applying a broad-spectrum, water-resistant sunscreen with an SPF of 30 or higher to the hands before a gel manicure can help prevent skin damage. Wearing UV-protective fingerless gloves or using mineral sunscreens containing titanium dioxide and zinc oxide can also provide protection during the curing process.
Overall, while gel nail polish can have certain negative effects on the nail bed, proper sterilisation of tools and careful application and removal techniques can help minimise these risks and maintain nail health.
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Frequently asked questions
Yes, gel polish can damage the nail bed. Removing the gel polish can cause temporary nail damage, and the cumulative UV exposure from the curing process can lead to increased UV-induced skin damage and an increased risk of skin cancer.
The weight of gel polish can pull on the edge of the nail, causing tears at the nail's base. Additionally, the chemicals in gel nail polish, such as acrylate and methacrylate, can cause allergic reactions, including rashes and hives.
To prevent damage, it is recommended to remove gel polish with extra care, using products like nail polish remover clips or cotton balls soaked in acetone. It is also important to space out gel manicures and give your nails a break. Applying cuticle oil and moisturizers can help prevent nail dryness and brittleness.
