
How Eye Makeup Is Secretly Harming Your Vision: Expert Reveals 8 Hidden Dangers And Safe Practices
Our eyes are among the most delicate and vital organs in the body. While many of us rely on eye makeup to enhance beauty and confidence, few are aware of the hidden risks that these products can pose to our vision and ocular health. Dr Swetha Kudtarkar, Consultant Ophthalmic Surgeon at Dr Agarwals Eye Hospital, sheds light on how common cosmetic practices may be silently damaging your eyes and what precautions you should take.
The Age-Old Allure of Eye Makeup
Women across civilizations have adorned their eyes with makeup—from kohl and kajal to modern mascaras and eyeliners. But as eye cosmetics become more advanced, their effects on the eye's sensitive structures also grow more concerning.
According to Dr Kudtarkar, 'Eye makeup can worsen or trigger dry eye symptoms, as these cosmetics migrate into the tear film and reduce the oily layer, causing faster tear evaporation.' Shockingly, a large number of women (up to 90%) use expired or counterfeit cosmetics, increasing their exposure to serious eye conditions such as blepharitis and chronic infections.
8 Hidden Dangers of Eye Makeup
Dr Swetha has shared 8 hidden dangers of eye makeup and how it impacts eye health:
1. Increased Risk of Infection
Eye makeup products can harbor harmful pathogens like Staphylococcus aureus, Pseudomonas aeruginosa, and Candida albicans, especially after repeated use. Sharing makeup or using products beyond three months drastically increases contamination risks.
2. Risk of Mechanical Trauma
Dr Swetha says mascara wands and eyeliner tips can accidentally scratch the cornea, allowing bacteria direct access to deeper eye tissues, leading to infections and even corneal ulcers.
3. Toxic Ingredients
"Heavy metals like cadmium found in some eyeliners can cause corneal damage and mitochondrial dysfunction. These ingredients can disrupt the natural functions of the eye, leading to long-term harm," says Dr Swetha.
4. Allergic Reactions
Many cosmetics contain allergens like nickel, preservatives, resins, and fragrances. Dr Swetha says these can lead to conditions like dermatitis, particularly along the lash line, or full eyelid swelling and irritation.
5. Pigmentation Changes
Regular use of kajal or soot-based products can result in pigment deposits in the conjunctiva, changing the natural coloration of the eye and surrounding skin.
6. Tear Drainage Blockage
Dr Swetha says heavy mascara use can cause clumps to obstruct the lacrimal drainage system, leading to watery eyes, discomfort, and an increased risk of infection.
7. Disruption of Tear Stability
Makeup removers and eyeliners alter the meibum's viscosity, affecting tear film stability and exacerbating dry eye symptoms.
8. Contact Lens Discomfort
Cosmetics can bind to the surface of contact lenses, irritating the eyes and leading to poor lens performance.
Safe Makeup Practices: Expert Tips from Dr Swetha
To enjoy makeup without compromising eye health, Dr Swetha recommends the following:
1. Apply outside the lash line and avoid roots of lashes to prevent gland blockage.
2. Use eye drops 15–30 minutes before makeup application, not after.
3. Never sleep with makeup on. It clogs oil glands and encourages bacterial growth.
4. Choose oil and paraben-free gel-based products. Avoid mineral oil, sodium lauryl sulfate, and diazolidinyl urea.
5. Clean brushes regularly and avoid sharing makeup products.
6. Use gentle lid scrubs with baby shampoo or approved lid wipes to cleanse the eyelids.
7. Always remove contact lenses before cleaning makeup.
8. Don't apply makeup on irritated or infected eyes.
9. Check expiry dates and avoid counterfeit products.
10. Use ophthalmologist-tested or hypoallergenic products to reduce the risk of reactions.
While makeup is a tool for self-expression and confidence, your eye health should never be compromised for beauty. By adopting safer cosmetic practices and staying informed about product ingredients, you can continue to highlight your eyes without endangering them.
After all, your vision is just as valuable as the way you look—and both deserve equal care.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Hans India
2 days ago
- Hans India
Scientists develop real-time genome sequencing to combat superbug
Australian scientists have made a breakthrough in combating Staphylococcus aureus, commonly known as golden staph - a superbug. The world-first initiative has demonstrated that real-time genome sequencing during severe infections allows doctors to quickly identify resistance mutations, and personalise treatment, Xinhua news agency reported. It will also help curb the spread of antibiotic resistance, said researchers from the Melbourne-based Peter Doherty Institute for Infection and Immunity (Doherty Institute). Collaborating with seven local hospitals, scientists from the Doherty Institute said that traditionally, hospital laboratories identify bacteria using standard tests that reveal only the species type, offering limited insight into antibiotic resistance or genetic changes. In contrast, genome sequencing provides a comprehensive genetic profile, uncovering mutations that can influence how bacteria respond to treatment. Previously, research into bacterial evolution was typically carried out retrospectively, often years after patients had completed treatment. In contrast, this new method enables clinicians to monitor bacterial changes in real-time, providing immediate and actionable insights for patient care, according to the study published in Nature Communications. Comparing golden staph samples from patients at the start of infection and at treatment failure, researchers found that in a third of cases, the bacteria developed mutations making standard antibiotics ineffective, said lead author Stefano Giulieri at the Doherty Institute and the University of Melbourne. 'In one case, after initially controlling a golden staph infection, the patient returned to the hospital two months after stopping antibiotics,' Giulieri said. Giulieri added that resistance increased 80-fold within two months, but genomic insights enabled clinicians to successfully adapt treatment and cure the infection. These findings represent a major step toward targeted therapy for bacterial infections and open the door to future clinical trials that could make this approach standard practice in hospitals worldwide, said the researchers.


Indian Express
22-05-2025
- Indian Express
Can hospital superbugs chew up stents and implants? Here's what a new study says
A dangerous hospital-acquired bacteria can digest and live on plastics present in sutures, stents, wound dressings and implants in your body. Researchers from UK's Brunel University also found that when the bacteria used plastics as its food source, it led to the formation of more biofilms — barriers that can protect the pathogen from attacks by the immune system and antibiotics. The finding means that bacteria, such as the one they studied, could degrade medical implants, lead to infections at the site of the implant and cause infections that are harder to treat. What did the researchers find? There are bacteria in the environment that have developed the capacity to break down different types of plastics. So researchers wanted to see whether bacteria that cause infections in humans could also lead to such degradation within the body. For the study, scientists looked for different pathogens with genes that could potentially produce enzymes similar to the ones that environmental bacteria use to degrade plastics. While they found several hits, they selected a Pseudomonas aeruginosa sample that came from a patient's wound. They isolated an enzyme — which they named Pap1— that could digest a type of bio-degradable plastic frequently used in medical devices called polycaprolactone (PCL) plastic. The researchers found that the enzyme degraded 78 per cent of the plastic sample in just seven days. Importantly, the researchers found that the bacteria were not only degrading the plastic, they were also using it as their carbon source — effectively eating it. 'This means we need to reconsider how pathogens exist in the hospital environment. Plastics, including plastic surfaces, could potentially be food for these bacteria. Pathogens with this ability could survive for longer in hospitals,' Dr Ronan McCarthy, author and professor of biomedical sciences at Brunel University, said in a release. Why is this concerning? This is concerning for several reasons: One, bacteria could live on in hospitals or within a patient even when there aren't any other nutrients present. Two, they could degrade medical devices that use plastics, leading to their failure. This could lead to a rethink of materials that should be used for medical devices. Three, researchers found that the plastic-digesting bacteria could cause more severe infections. The researchers further found that the bacteria were using the broken down plastic molecules to create biofilms (a matrix made of sugars, proteins, fats and DNA) that make pathogens more resistant and difficult to treat. Four, degrading medical devices would also mean that the pathogens would be able to create pits and niches within the human body, where it could be shielded from the immune system and antibiotics, again causing difficult-to-treat infections. Are there other pathogens that could have this ability? Researchers found that other pathogens like Streptococcus pneumoniae, Klebsiella pneumoniae and Acinetobacter baumannii, too, carried genes that could potentially create plastic-digesting enzymes. More studies are needed. Importantly, the researchers found that Pap1 enzyme was structurally similar to known enzymes that can degrade even more hardy plastics such as PET bottles.


Time of India
18-05-2025
- Time of India
Hospital superbug ‘eating' medical plastics, devices & implants: Study
Representative photo NEW DELHI: Pseudomonas aeruginosa , a bacteria known for causing 10%-30% of hospital-acquired infections in India, has been shown to break down plastic used in sutures, stents, wound dressings and implants. The 'world-first discovery' published in the journal Cell Reports challenges the widely held belief that pathogens cannot degrade medical plastics. It also means any medical device or treatment that contains plastic could be susceptible to degradation by bacteria, the study said. Professor Ronan McCarthy, who led the study, said, 'It means we need to reconsider how pathogens exist in the hospital environment.' Plastics, including plastic surfaces, could potentially be food for these bacteria. Pathogens with this ability could survive for longer in the hospital environment, he added. McCarthy and his team isolated the enzyme Pap1 from a strain of pseudomonas aeruginosa that was originally sampled from a patient's wound. Tested in a lab, the enzyme degraded 78% of a plastic sample in just seven days. Crucially, the bacteria could also use plastic as its only carbon source — effectively eating it. Pseudomonas aeruginosa is among a bacteria group responsible for most hospital infections that can resist antibiotics.