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Are you frequently looking at a bright screen after the sun goes down? If yes, you are not the only one; the majority of us spend a lot of time staring at screens. This could be harmful for our eyes. Electronic devices’ blue light has been related to issues like cataracts, macular degeneration, dry eyes, blurred vision, and eyestrain, and some people have trouble sleeping. Blue light: What is it? The visible light spectrum, which the human eye can see, includes blue light. It has the shortest wavelength and most energy and vibrates in the 380–500 nanometer range. Where do you get blue-light exposure? Blue light is thought to make up around one-third of all visible light. Sunlight is the chief source of blue light. There are other sources as well, including: LED light Fluorescent light Flat-screen LED television Compact fluorescent light (CFL) bulbs Smartphones, computer monitors, and tablet screens The amount of blue light exposure you get from screens is less in comparison to what you get from the sun. Yet, due to the close proximity of the screens and the length of time spent staring at them, there is worry about the long-term effects of screen exposure. How risky is blue light exposure? Although blue light is difficult for our eyes to filter, almost all of it enters through the cornea and lens of the eye and travels to the retina, where the cells transform it into images for the brain. Over time, constant exposure to blue light may harm retinal cells and result in vision issues, including age-related macular degeneration. Children are higher at risk than adults because their eyes absorb more blue light from digital devices. Does blue light cause digital eyestrain? Digital eyestrain can result from prolonged or close-up use of digital devices. People tend to blink less frequently when using computers, laptops, and other digital devices than usual. Less blinking may indicate less moisture. When your eyes get tired from staring at a blue-light-generating screen, you might observe: Tired eyes Dry eyes Headaches Tender or irritated eyes Facial muscles are tired from squinting What effect does blue light have on sleep? Blue light exposure before bedtime disturbs your sleep patterns as it affects when our bodies produce melatonin. Type 2 diabetes, cancer, cardiovascular disease, sleep difficulties, and cognitive dysfunctions can all be caused by an interruption of the circadian rhythm. How can you reduce your blue light exposure? You can take the following steps to reduce digital eyestrain: Follow the 20/20/20 strategy: Stop using screens every 20 minutes to focus on an object that is around 20 feet away for 20 seconds. Keep your eyes moist: To avoid your eyes becoming too dry and irritated while using blue-light-emitting devices, you can use eye drops, such as artificial tears, or room humidifiers if needed. Eyeglasses with the right prescription should be used. Adjust the blue light on your screen. Start using blue-blocking glasses, as they are effective in reducing eyestrain. The bottom line from Ojas – Eye Hospital If you’re exposed to blue light, which is released by either your cellphones, computers, or bright lights, it can inhibit your sleep and cause a lot of eyestrain. We would recommend reducing your exposure to blue light if you have a history of sleeping problems or fatigued eyes. You are always welcome at Ojas – Eye Hospital in Mumbai to discuss more with our experienced eye specialists. Tag = #EyehospitalinMumbai, #Beseyehospitalinmumbai, #EyeSpecialistinMumbai https://www.ojaseyehospital.com/

Intralase Lasik – Bladeless Or Blade Free Lasik Intralase is a 100% Blade - free approach using ultra high precision Femtosecond Laser for creating the corneal flap with more safety and accuracy. By eliminating the hand held Microkeratome blade used in traditional LASIK for corneal flap creation, patients enjoy highest level of safety. With Intralase, using a computer controlled laser the surgeon delivers rapid pulses of light to a pre-programmed depth and position within the cornea. Also Intralase is able to treat patients with thin corneas which otherwise would have been turned down for Bladed LASIK. Bladeless lasik cost in Mumbai Is Intralase Safe And Trusted The Intralase Method gives your doctor an extremely high degree of surgical control for exceptional outcome. Millions of procedures have been performed safely and efficiently using the Intra Lase Lasik technique with excellent results. Tag = #LasikTreatmentinMumbai #BestLasikSpecialistMumbai #BladelessLasikinMumbai #EyeSpecialistinMumbai For More Information = https://www.ojaseyehospital.com/blade+free+lasik+bladeless+lasik+mumbai+lasik+treatment+mumbai+best+lasik+specialist+mumbai.html See our Document = https://issuu.com/ojaseye/docs/what_are_the_treatment_options_for_keratoconus_tre

Our eye is a complex visual organ, comprising of the conjunctiva, Iris, Lens, and Retina as major parts. Cataracts are cloudy areas that form in the lens, which is normally transparent. They are the main cause of vision loss in people aged over 50 years. A cataract is formed as a result of protein clumping within the eye lens. As a result, Light does not pass through easily, and vision becomes blurry, like looking through a fogged-up window. The cloudier the lens, the worse the vision will be. The eye lens has multiple layers, having outermost as the capsule. The layer inside the capsule is the cortex, and the innermost layer is the nucleus. Cataracts are named for their location in the lens; It can be a nuclear cataract, cortical cataract, or A posterior subcapsular cataract. In the United States in 2010, there were 20.48 million cases, rising to 24.41 million in 2015. By 2050, nearly 50 million Americans are expected to have cataracts. Fortunately, with advancements in medical technology, cataract surgery is now more effective and safer than ever before. Both traditional and laser-assisted cataract surgeries work to reverse the cataract process by removing the clouded natural lens of the eye and replacing it with an artificial lens, known as an IOL.( Intraocular lens) In this article, we will highlight the major differences between laser-assisted cataract surgery and traditional cataract surgery. Traditional cataract surgery Cataract surgery is one of the most commonly performed procedures in the world and provides excellent results. Surgeons usually operate on one eye at a time, even though cataracts may be present in both eyes. Cataract surgery is an out-patient basis treatment, allowing you to go home after a short stay at hospital. Traditional cataract surgery is also referred to as phacoemulsification and is performed by hand with ultrasonic phaco equipment. During traditional cataract surgery, the eye surgeon will make a small opening on the side of the cornea with the surgical keratome. The opening is so tiny that it usually does not even require sutures, and the eye tissue heals by itself. An ultrasonic probe is then used to break up the cataract in your eye and the pieces are sucked out through the opening. An artificial lens is then inserted into your eye where the cataract was. Thus, it is widely accepted as a popular technique for treating cataracts. The process takes only 5 to 10 minutes. laser-assisted cataract surgery Cataract surgery is aimed for seeing more clearly and new lasers and premium lenses have made it possible to achieve better vision. During laser cataract surgery, the chance of any human error is greatly reduced. In laser cataract surgery, a laser is used to make the incision. Energy from the laser is used to weaken the cataract. After that just like traditional cataract surgery, an ultrasonic probe is then used to bust the lens into smaller pieces which are then suctioned from the eye, and an intraocular lens (IOL) is inserted. It creates a more reliable, repeatable, precise incision than a surgeon can do by hand. Even a very good surgeon can’t make a perfect circle as precisely as a laser can. The laser is useful when a cataract is dense or the opening is difficult to create. Lasers precisely pinpoint the location, depth, and length of the incision required, which makes it more effective and free from infection. Benefits of Laser Cataract Surgery Reasons to choose laser cataract surgery over traditional treatment are numerous. More precise vision correction Laser surgery is more accurate having precise dimensions as a result of 3D imaging/map created by the LenSx laser technology. Lasers are found to be providing safer and easier cataract removal. Less energy consumption Patients undergoing laser-assisted treatment need 45% less ultrasound energy in comparison to conventional cataract treatments. Correct two issues at one time Laser surgery has the ability to correct astigmatism along with the removal of the offending cataracts and correct the shape of your cornea as well. Cellular preservation Endothelial cells once damaged in the eye cannot be regenerated. Laser surgery causes less cell damage and maintains eye health. Faster recovery time As the Laser requires less energy to break up the cataract, it is seen that patients experience reduced, post-operative corneal swelling and that leads to faster vision restoration. Before reaching to any conclusion, schedule an appointment with one of our experts or to know more about our various Laser Eye Treatment options and feel free to contact us at 022 61549999 or visit our clinic at Bandra and Kandivali. https://www.ojaseyehospital.com/blog/laser-assisted-versus-traditional-cataract-surgery/ Tag = #CataracttreatmentinMumbai #CataracttreatmentinIndia #EyehospitalinMumbai #EyeSpecialistinMumbai

Overview Diabetes is considered a metabolic disease. In diabetes, there is an interference in the sugar metabolism. The body may not produce sufficient insulin or cannot use insulin properly. Insulin is a hormone used to break sugar into glucose and provide energy to the body. An insufficient amount of insulin results in an increase of glucose levels in the blood and causes hyperglycemia. Hyperglycemia hurts various parts of the body, including the eyes. If the blood sugar level of the body becomes low, it may lead to dizziness and dim vision. The condition is opposite to hyperglycemia and is known as hypoglycemia. Blurry vision can be the first sign of eye damage due to diabetes. The patient should visit the doctor for an ocular checkup. Diabetes and eye damage Diabetes may cause various eye diseases, such as cataracts, optic nerve disease, glaucoma, and diabetic retinopathy. Cataracts The formation of a cloudy layer occurs within the lens of the eye. You should consult with your ophthalmologist for an eye evaluation. A cataract may lead to blurry vision. People with diabetes are more susceptible to cataracts. Other symptoms of cataract include: Light sensitivity Double vision Blurry vision Glaucoma An increase in fluid pressure within the eyes is responsible for damaging the optic nerve and developing glaucoma. The risk of developing glaucoma is twice in a diabetes patient than a healthy person. Symptom may include: Redness in eyes Pain in eyes Nausea and vomiting Macular oedema The swelling of the centre of the retina (macula) that gives sharp vision is known as macular oedema. Swelling may lead to leakage of fluid and may be due to diabetic retinopathy. Symptoms of macular oedema are change in colour vision and wavy vision. Diabetic retinopathy Diabetic retinopathy is a condition that may be associated with loss of vision and blindness in people with diabetes. It happens due to damage to the light-sensitive layer of the retina. Either people who have type 1 or type 2 both are susceptible to develop diabetic retinopathy. The symptoms of diabetic retinopathy might not appear in the early stage. The appearance of symptoms takes place with the progression of the disease. The symptoms may include: Blurry vision Affected colour vision Loss of vision The appearance of dark spots in vision Fluctuation in vision Factors that may increase the risk of eye diseases are: Longer duration of diabetes High Blood pressure High cholesterol level Uncontrolled sugar levels Pregnancy Regular use of tobacco Diabetic retinopathy can lead to other serious eye problems. Problems associated with diabetic retinopathy are: Diabetic macular oedema (DME) – People with diabetic retinopathy have a high risk of developing DME. It happens due to the swelling of the macula and leakage of fluid. It may lead to blurry vision. Neovascular glaucoma – Diabetic retinopathy can cause the development of abnormal blood vessels from the retina into the angle of anterior chamber of the eye. It blocks the fluid to drain out from the eyes. Retinal detachment – Diabetic retinopathy can cause the formation of scars in the back of the eye. The pulling of the retina from its base is called tractional retinal detachment. How to protect your vision when you have diabetes. There is no perfect method to prevent diabetic retinopathy. However, several measures may help you to reduce the risk of this condition. These are: • Regular physical activity may help in reducing the risk of diabetic retinopathy. • Incorporating healthy eating habits into your routine life • By taking oral medications or insulin injections for diabetes to control blood sugar • Frequently monitoring the blood sugar level. • Control the blood sugar level and cholesterol level • By reducing intake of tobacco or quit smoking • By contacting your doctor when experiencing sudden changes in vision Conclusion The risk of eye disease increases when you are a diabetic patient. A comprehensive examination of the eye at regular intervals is necessary to keep your eyes healthy. Regular eye checkups help in preventing complications related to diabetic eye disease. It also helps in the early diagnosis and management of the disease. In some cases, treatment can prevent you from a progressive damage to the eye. The use of eye drops and other medications also help in the treatment along with laser and retinal and cataract surgeries. Tag = #EyeHospitalinMumbai #BestEyeHospitalinMumbai #EyespecialistinMumbai #BestEyeSurgeoninMumbai https://www.ojaseyehospital.com/blog/preventing-eye-damage-due-to-diabetes/

Introduction Retinal detachment is a displacement of the retina from its normal position. There are various causes of retinal detachment. Book an appointment with the best eye clinic in Mumbai if you experience any problem with your vision. Retinal Detachment The retina is a layer present at the back of the eye. The retina is vital for vision. Any problem in the retina may cause vision problems. One such problem is retinal detachment. Normally the retina is strongly attached to the underlying choroid layer. In retinal detachment, the retinal tissue starts separating from the underlying layer called the choroid. It may lead to vision loss and requires immediate surgical intervention. In the case of retinal detachment, the retina may not be able to get the oxygen and nutrients from the underlying blood vessels. In the absence of nutrients, the retina may not be able to perform its function resulting in vision problems and vision loss. Types Of Retinal Detachment Depending upon the cause of retinal detachment, the retinal detachment can be of the following types: Tractional retinal detachment: The common cause of tractional retinal detachment is diabetes. A high level of sugar in the blood damages the vessels supplying the blood to the retina. This results in scarring and fibrosis in the retina. The scar may cause a pull on the retina and lead to a retinal detachment. Exudative retinal detachment: Exudative retinal detachment occurs when there is a fluid accumulation just behind the retina. This increases the pressure behind the retina, which forces it to separate from its original position. This results in retinal detachment. The conditions that may result in exudative retinal detachment are inflammation, age-related macular degeneration, eye injury, and tumor in the eye. Rhegmatogenous retinal detachment: This occurs due to the natural aging process. Due to aging the jelly liquid known as vitreous, shrinks and collapses resulting in pulling of the retina. This results in a tear in the retina. Because of the tear, the fluid goes into the back of the retina and creates pressure behind and lifts the retina separating it from the underlying layer called the choroid. This may cause the retina to displace from its position resulting in retinal detachment. Risk Factors For Retinal Detachment Although retinal detachment may occur to any person, certain factors increase the risk of retinal detachment: A family history of retinal detachment If you have severe near-sightedness or high myopia If you have underlying eye disease such as uveitis If you are over the age of 50 years If you have an eye injury If you have undergone eye surgery Symptoms Of Retinal Detachment Retinal detachment is an emergency condition. You should immediately consult the eye doctor if you experience the following symptoms: If you experience flashing of lights If there is a sudden increase in floaters in the field of your vision If you experience a veil or cloud in your vision If you have a shadow of blurred vision Prevention Of Blindness From Retinal Detachment You should contact the best eye surgeon in Mumbai if you experience any of the symptoms of retinal detachment. Any change in the vision should be evaluated by the best eye doctor in Mumbai. Any delay in treatment may result in permanent damage to your vision. Conclusion Risk factors for retinal detachment are age above 50 years, medical and family history of retinal detachment, and extreme near-sightedness. Do not delay in getting a consultation with the eye doctor in case of vision problems. Tag = #EyeHospitalinMumbai #BestEyeHospitalinMumbai #EyeSpecialistinMumbai #RetinaTreatmentinMumbai #RetinaTreatmentinIndia #RetinaSpecialistinMumbai https://www.ojaseyehospital.com/blog/retinal-detachment-risk-factors-and-protection/