
Gel manicures are a popular choice for many people as they are long-lasting and require minimal upkeep. However, they can sometimes cause pain and discomfort after removal. This pain may be due to several factors, including the use of corrosive liquids, such as acetone, during the removal process, or improper techniques, such as over-filing or aggressive removal, which can damage the nail plate and cause thinning, brittleness, and hypersensitivity. Additionally, the natural features of the nails themselves, such as their genetic predisposition or the medications an individual may be taking, can also contribute to the pain experienced after gel removal.
| Characteristics | Values |
|---|---|
| Cause of pain | Over-filing or buffing the nail plate, aggressive removal of gel polish, use of corrosive liquids such as acetone, damage to the nail plate, thinning of the nail, use of metal scrapers, cuts, inflammation, natural features of the nails, violation of technology of applying or removing the coating, genetics, medications, menstrual cycle, heat spikes |
| Prevention and treatment | Speak up if in pain, use high-quality products, apply thinner layers, use professional nail lamps with slow curing settings and pulsing lights, cut nails short, keep nails unpolished or use breathable polishes, hydrate and moisturize nails, use natural oils such as jojoba or coconut oil, apply hand cream and cuticle balm, take collagen-rich foods |
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What You'll Learn

Over-filing or improper removal
To avoid over-filing, it is important to soak off gel nails instead of filing them off. When removing gel nails, the gel should be softened with a varnish-softening liquid, and then gently pushed off with an appropriate tool, without applying excessive pressure. If you are removing gel nails at home, it is crucial to be careful not to damage the nail plate and cause cuts.
If you are visiting a nail salon, it is essential to speak up if you are in pain during the nail preparation or removal process. A good nail technician will listen to your concerns and adjust their technique accordingly. If you experience pain during the application of a UV/LED lamp, you should remove your hand from the lamp immediately and inform your technician.
In the case of over-filing or improper removal, it is recommended to cut your nails short and wait for the damaged nail plate to grow out. During this time, it is best to keep your nails unpolished and focus on hydrating and nourishing your nails and cuticles with natural oils, cuticle balms, and hand creams. Additionally, ensuring proper nutrition and supplements, such as collagen-rich foods, can support the growth of healthier nails.
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Use of corrosive liquids
While gel manicures can be aesthetically pleasing, the process of putting on and taking off gel polish can be hard on your nails. This is due to the corrosive liquids used in gel nail removal, which can be harmful to both your nails and skin.
One such corrosive liquid is acetone, which is commonly used to remove gel nail polish at home. Acetone can irritate and damage the skin, so it is important to protect your skin with petroleum jelly before using it. It can also damage surfaces such as sinks, countertops, and furniture, so it is important to protect your work area with plastic wrap and a thick towel.
Another corrosive liquid used in gel nail removal is ethyl acetate, which is found in nail polish, nail polish remover, and fingernail glue. Exposure to ethyl acetate can irritate the eyes, stomach, skin, nose, mouth, and throat, and high levels can cause fainting.
Other chemicals found in nail products that can cause irritation or other health issues include isopropyl acetate, formaldehyde, and methacrylic acid. These chemicals can cause symptoms such as sleepiness, irritated eyes and skin, difficulty breathing, and coughing.
To avoid these issues, it is important to follow safety precautions when using corrosive liquids for gel nail removal. This includes using proper ventilation, wearing protective gloves, and disposing of chemicals properly. Additionally, it is recommended to wait at least two to three weeks between gel manicures to give your nails time to recover.
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Heat spikes
The pain from heat spikes can vary depending on individual factors such as genetics, medications, and even the menstrual cycle. However, it is important to remember that heat spikes should not be ignored, as frequent and prolonged exposure to them can lead to onycholysis, or the separation of the nail plate. If you experience unbearable pain during a manicure, it is crucial to speak up and inform your nail technician.
To prevent and address heat spikes, it is recommended to use professional nail lamps with features like slow curing settings and pulsing lights to minimise heat. Additionally, using high-quality products and applying thinner layers of gel can help reduce the intensity of heat spikes. It is also important to properly care for your nails after a gel manicure to promote healing and strengthen your nails.
After removing gel nails, it is essential to deeply hydrate and nourish your nails. The gel manicure process can dehydrate your nails, making them dry and fragile. Applying moisturiser or natural oils like jojoba or coconut oil to your cuticles and nails can help restore moisture and promote nail growth. It is recommended to keep your nails unpolished for a period to allow for intense hydration.
To strengthen damaged nails, it is suggested to cut them short and allow the healthy nail to grow out. Nails can take up to six months to fully recover, so patience is key. During this time, you can use nail strengtheners and focus on improving your nail health from the inside out by incorporating collagen-rich foods into your diet, such as leafy greens, salmon, nuts, and seeds.
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Nutritional deficiencies
While nail changes due to nutritional deficiencies are usually minor and non-specific, they can still be a mirror of your internal constitution and nutritional status. Nutritional anomalies can affect the nail bed and the nail plate, which is made up of hair type (hard) keratins, epithelial type keratins, and sulphur.
Almost any nutritional deficiency can produce changes in the nail plate. For example, nails may show an increased sodium and calcium concentration and decreased magnesium concentration in cases of kwashiorkor. The iron content of nails may be lower in patients with iron deficiency anaemia. There seems to be a correlation between the body and blood levels of nutrients and their concentrations in the nail plate. In deficiency states, nail concentrations drop, while in excessive intake or toxicity, the nail concentrations rise. Nail copper concentrations are raised in Wilson's disease.
Protein and energy deficiency, as well as malnutrition, can also cause nail changes. Kwashiorkor, a nutritional syndrome due to severe protein malnutrition, can result in soft and thin nails. Marasmus, on the other hand, is a wasting syndrome caused by prolonged starvation, leading to a 40-50% reduction in body weight and fissured nails and impaired nail growth. Another nail change reported in malnutrition is longitudinal melanonychia, which refers to the blackish discolouration of the nail plate due to increased melanin production in the matrix.
While there is no evidence that vitamin supplementation improves the nail health of well-nourished patients, brittle nail syndrome can benefit from supplementation with high-dose biotin or silicon. Adequate intake of vitamins and minerals is essential for maintaining nail health.
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Natural features of nails
Nails are protective plates found at the tips of the fingers and toes of primates, corresponding to the claws in other animals. They are made of a tough, rigid protein called alpha-keratin, which is also found in the claws, hooves, and horns of vertebrates. The nail consists of the nail plate, the nail matrix, and the nail bed below it, with grooves surrounding it.
The nail matrix is the active tissue that generates cells. These cells harden as they move outward from the nail root to the nail plate, which is the hard, translucent surface of the nail. The nail matrix is also referred to as the matrix unguis, keratogenous membrane, or onychostroma. It lies beneath the nail plate and contains nerves, lymph, and blood vessels. The matrix produces cells that become the nail plate, and its size, length, and thickness determine the width and thickness of the nail plate.
The nail bed is the skin beneath the nail plate, and it is the area on which the nail plate rests. The nail bed supplies nourishment to the entire nail unit through the nerves and blood vessels found here. Like all skin, the nail bed is composed of two types of tissues: the dermis and the epidermis. The lunula, or "small moon," is the visible part of the matrix and appears as a whitish crescent-shaped base of the nail. It is most noticeable on the thumb and may not be visible on the little finger.
In terms of natural nail shapes, there are several options to choose from, including oval, square, squoval, almond, stiletto, and more. The choice of shape depends on personal style, preference, and occupation, and it can enhance one's look and make one feel beautiful. To achieve the most natural-looking nail shape, one can follow the cuticles and mirror the shape of the tip of the nails to the shape of the cuticles. This method provides a natural, elongated appearance.
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Frequently asked questions
Your nails may be hurting due to damage to the nail plate. Over-filing or buffing the nail plate, aggressive removal of gel polish, and the use of corrosive liquids such as acetone to remove the coating can all thin the nail, causing pain and sensitivity.
It is important to speak up if you are in pain during the removal process. You can also ask your manicurist whether their UV/LED lamp corresponds to the brand of gel nail polish they are using to minimize potential complications. Additionally, ensure that the coating is removed gently and that only high-quality materials are used.
It is recommended to keep your nails unpolished for a period of time to allow them to heal. You can also try hydrating your nails with moisturizer or natural oils such as jojoba or coconut oil to help nourish and strengthen them.











































