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Millions of people suffer from eye and vision-related problems. For some, the solution is as simple as wearing prescription eyeglasses or contact lenses. However, others face challenges that aren’t as easy to rectify. That’s where Lumenis comes into play.

As a world leader in minimally invasive clinical solutions for both ophthalmology and aesthetic markets, it’s making a significant difference. Not only does Lumenis develop advanced energy-based technologies, but it also commercializes them.

The company continues to find innovative solutions. However, it’s already provided the fields of ophthalmology and aesthetic with remarkable technologies. OptiLight is just one example.

Eye and Vision-Related Solution

The company invented the first and only technology to treat individuals for dry eye disease caused by MGD. Not only is it approved by the Food and Drug Administration (FDA) but also patented. Optimal Pulse Technology (OPT) makes it easier to successfully manage this particular eye disease. Overall, OptiLight is safe, precise, comfortable, and effective.

Managing Symptoms

According to recent statistics, roughly 22% of the U.S. population suffers from dry eye disease along with MGD. That combination leads to an array of uncomfortable symptoms.

Dry eye occurs when a person’s eyes don’t produce adequate tears to keep them lubricated or when tears don’t work the way they should. MGD is a condition that affects the small glands in the eyelid responsible for making the oil layer for tears.

Having to deal with one of these problems is bad enough. However, living with both can prove debilitating for some people. Thanks to OptiLight, people with the two conditions get much-needed relief. Here are the ways this advanced technology helps:
 

• Reduces inflammatory mediators, which, thereby, prevents inflammation

• Improves tear breakup time that, in response, decreases osmolarity

• Alleviates abnormal blood vessels that commonly cause inflammation

• Restores meibomian glands so they function properly

• Decreases demodex mites that cause infection and the accumulation of bacteria on the eyelids

What Does OptiLight Consist Of?

As part of this revolutionary system, ophthalmologists and optometrists can select different devices based on their needs.
 

Patented OPT Handpiece

Not two people have identical faces. Even among twins, facial contours differ, even if slightly. To ensure excellent results, this handpiece allows ophthalmologists and optometrists to customize treatments to cover every curve.

Ergonomic IPL Handpiece
 

To treat a broader area, Lumenis recommends this option. Patented with SapphireCool technology, it breaks the cycle of inflammation associated with dry eye disease caused by MGD.

Opti-Tip

For maximum energy control, the Opti-Tip focuses light energy on more delicate areas. As with the other Lumenis devices, it’s safe and effective. At the same time, the Opti-Tip is 100% hygienic.

Key Benefits of OptiLight

OptiLight utilizes embedded settings that adhere to strict protocols, making it safe and effective tool.
 

Additionally, they use Optimal Pulse Technology (OPT), which transforms light-based therapy. As a result, ophthalmologists and optometrists can treat the eyes with absolute precision and control. That’s because while this technology provides optimal energy, it never has spike inconsistencies.
 

Doctors can treat a patient in just 15 minutes. Specifically for dry eye disease with MGD, it provides an improvement in just four sessions.
 

The Bottom Line

Lumenis dedicated years to develop OptiLight. Now, eye doctors can incorporate a system into their practice to provide better patient care.

When it comes to maintaining your eye health, regular check-ups and screenings play a crucial role. One such screening method that has revolutionized the field of optometry is retinal imaging testing. This non-invasive procedure allows optometrists to capture detailed images of the retina, providing valuable insights into the overall health of your eyes.

 

The Importance of Retinal Imaging Testing

By examining the retina, which is the thin layer of tissue at the back of your eye responsible for capturing light and transmitting visual signals to the brain, optometrists can gain valuable insights into your eye health. Retinal imaging testing allows for the early detection of various eye conditions even before noticeable symptoms occur. This early detection is crucial as it enables prompt treatment and intervention, potentially preventing irreversible vision loss.
 

Advanced Retinal Imaging Technology

Retinal imaging testing has been made possible by the advancements in technology, specifically Optical Coherence Tomography (OCT) and Optos imaging. OCT is a non-invasive imaging technique that uses light waves to capture high-resolution cross-sectional images of the retina. It provides detailed information about the layers of the retina, helping eye doctors identify and monitor various eye conditions.
 

Optos imaging utilizes ultra-widefield retinal technology to capture a panoramic image of the retina. This technology allows for a more comprehensive view of the retina, including the periphery. Dilating drops are not necessary with Optos, making the process more convenient for patients.

Contact lenses have become a popular choice for individuals who want to correct their vision without the hassle of wearing glasses. Traditional contact lenses have been around for decades, offering a convenient alternative to eyeglasses. However, advancements in technology have given rise to a new type of contact lens – hybrid contacts.
 

What Are Hybrid Contacts?

Hybrid contacts are a revolutionary type of contact lens that combine the best features of both soft and rigid gas permeable (RGP) lenses. The rigid center corrects vision by providing precise clarity, while the soft skirt offers comfort and stability. This unique combination allows for the benefits of both types of lenses to be experienced simultaneously.
 

The central RGP lens of a hybrid contact is made from a rigid material that allows oxygen to pass through to the cornea, ensuring ample oxygen supply to the eyes. This ensures the overall health of the eyes, preventing dryness and reducing the risk of complications associated with limited oxygen flow

Colored contacts have become increasingly popular over the years as a way to enhance your look and experiment with different eye colors. Whether you want to change your eye color for a special occasion or simply for everyday wear, colored contacts offer a fun and versatile option.
 

Different Types of Colored Contacts

When it comes to colored contacts, there are various types to choose from, depending on your preferences and needs. The three main categories are cosmetic, enhancement, and opaque lenses.
 

Cosmetic lenses are designed to completely change the color of your eyes. These lenses come in a wide range of shades, from natural hues such as blue, green, and brown, to more vibrant colors like purple, gray, and even red. Cosmetic lenses can create a dramatic transformation and give you the eye color you desire.
 

Enhancement lenses, on the other hand, are designed to enhance your natural eye color rather than change it completely. They add depth and intensity to your eyes, making them appear brighter and more vibrant. Enhancement lenses are ideal if you want a subtle change that enhances your natural beauty.
 

Opaque lenses are specifically designed to cover dark-colored eyes. They are ideal for individuals with naturally dark eyes who want to achieve a lighter or more vibrant eye color. Opaque lenses are often used in theatrical or costume applications as they can create a striking and captivating look.

Myopia is a common vision problem affecting a large number of individuals worldwide. It occurs when the eye is unable to focus properly on distant objects, resulting in blurred vision. Myopia can develop during childhood and progress into adulthood if left unmanaged.
 

What Causes Myopia to Develop?

Myopia can be caused by a combination of genetic and environmental factors. If one or both parents have myopia, there is a higher chance that their children will develop the condition. Additionally, excessive screen time, lack of outdoor activities, and prolonged near-work activities such as reading or using electronic devices can contribute to the development of myopia. These lifestyle factors can lead to the elongation of the eyeball, resulting in the inability to focus on distant objects.
 

The Importance of Myopia Management

Managing myopia is crucial to prevent its progression and associated complications. High levels of myopia can increase the risk of developing eye conditions such as glaucoma, cataracts, and retinal detachment.
 

Additionally, severe myopia can lead to vision loss and significantly impact the quality of life. Early intervention and proper management of myopia can help slow down its progression and reduce the risk of these complications.

If you find it difficult to tell colors apart, you may be color blind. Color blindness, or color deficiency, is estimated to affect around 8% of men and about 1% of women, but for those affected, it can significantly impact the quality of their day-to-day life. Contrary to popular belief, being color blind doesn’t mean that you can’t see any color at all. Instead, patients simply struggle to differentiate between certain colors. The vast majority of people who are color blind find it impossible to tell the difference between varying shades of red and green. You may hear this referred to as red-green color deficiency. However, this doesn’t only mean that they mix up red and green. They can also mix up colors that have some green or red light as part of their whole colors, for example purple and blue. This is because they are unable to see the red light that forms part of the color purple. 

As you can probably imagine, this type of visual impairment can be a problem for things like traffic lights, taking medications and even looking at signs and directions. For example, someone who is color blind may find that the green on a traffic light may appear white or even blue.
 

EnChroma lens technology is specifically designed to counteract red-green color deficiency and enable patients to better identify the difference in these colors or shades. They do this by selectively filtering out the red and green wavelengths of light at the exact point where the color sensitivities overlap before hitting the retina, creating far greater contrast between the colors so that the patient can distinguish between them successfully. Most cases of color blindness respond well to EnChroma’s innovative spectral lens technology, giving patients the ability to experience life in bright, vibrant technicolor.

EnChroma lenses are made from leading edge, Trivex material, and this helps to give them the best possible quality and clarity of vision. These lenses are also extremely light, strong and offer patients 100% protection against UV light, helping to keep your eyes healthy as well as improving your vision.

If you or someone you know is color blind or color deficient and could benefit from EnChroma lenses, contact us today to learn more about how they can help!

Medical eye exams are comprehensive evaluations of the health and function of the eyes, essential for maintaining optimal vision and preventing potential eye conditions. Regular medical eye exams are fundamental for proactive eye health management and ensuring ongoing visual wellness.
 

What is a Medical Eye Exam?

A medical eye exam is a comprehensive examination of your eyes conducted by an optometrist. This examination goes beyond a routine vision test and delves into the overall health of your eyes. During a medical eye exam, various tests will be performed to assess your visual acuity, peripheral vision, eye movement, and the health of your eye structures.
 

Medical eye exams can detect early signs of eye conditions that may not present noticeable symptoms in their initial stages. By diagnosing these conditions early, you have a greater chance of successful treatment and preventing further deterioration of your vision.
 

Medical eye exams can also identify underlying health conditions that may manifest in your eyes, providing an opportunity for early intervention and management.
 

Common Conditions Detected During a Medical Eye Exam

During a medical eye exam, several common eye conditions can be detected, even before noticeable symptoms occur. One such condition is age-related macular degeneration (AMD), which affects the central part of the retina responsible for sharp, central vision. By examining the retina, your optometrist can identify early signs of AMD and recommend appropriate treatment to slow its progression.
 

Another condition that can be detected during a medical eye exam is cataracts. Cataracts occur when the lens of your eye becomes cloudy, leading to blurred vision. Through a comprehensive examination, your eye doctor can assess the severity of your cataracts and recommend the most suitable treatment option, which may include surgery to remove the cloudy lens.
 

Hypertension is a common health condition that can have serious consequences if left untreated. The health of your eyes can provide valuable insights into your cardiovascular health. During a medical eye exam, an optometrist can observe changes in the blood vessels of your retina, such as narrowing or leaking. These changes can indicate underlying hypertension.

A tonometer refers to the equipment that is used in tonometry – a test that measures the pressure inside your eyes, also known as intraocular pressure or IOP for short. Tonometry is rarely performed at your average comprehensive eye exam unless you are at high risk of or have been already diagnosed with glaucoma. Fortunately, tonometry can be used to detect changes in eye pressure before they cause any symptoms, enabling prompt action to be taken before your vision is affected.

About Glaucoma

Glaucoma is a common eye condition that occurs when the optic nerve, which connects the eye to the brain, becomes damaged. It’s normally caused by fluid building up in the front part of the eye, which causes the pressure inside the eyes to build. As the pressure increases, the optic nerve becomes increasingly damaged, and this prevents messages from being transmitted between your eyes and brain effectively. As a result, the patient’s vision becomes compromised. Without treatment, the level of vision loss will continue to increase. Unfortunately, any vision that has been lost as a result of glaucoma cannot be restored.
 

Most of the time, glaucoma develops very slowly which means that many people don’t realize that they are affected until some damage to their vision has already occurred. However, occasionally glaucoma can develop quickly, and symptoms do occur.

These can include:

• Red eyes

• Intense headaches

• Tenderness around the eyes

• Eye pain

• Seeing rings/halos around lights

• Blurred vision

• Nausea and vomiting

If you notice any of these symptoms, it’s important that you make an appointment with your eye doctor right away so that you can be assessed. You are likely to have a tonometry test as part of this assessment.
 

What to expect from tonometry testing

There are various methods of tonometry testing, but many eye doctors use either Goldmann tonometry, which is the conventional technique to measure eye pressure, or electronic tonometry.
 

Goldmann tonometry testing is carried out using the Goldmann applanation tonometer, which is attached to a slit lamp microscope. This requires anesthetic eye drops to be used which numb your eyes, before a small probe is pressed gently against the eye, indenting the cornea. The pressure that the cornea pushes back onto the tonometer is what is measured to give your IOP reading. Electronic tonometry is where a handheld, mobile device is gently and quickly applied to the cornea to check the pressure, providing an accurate reading. Some eye doctors also offer non-contact tonometry which is where a puff of air is used to flatten the cornea, although this is reported to be less accurate than the Goldmann technique.
 

If you would like to find out more about Tonometry testing, please call our office to speak with our dedicated eyecare professionals.

Thanks to the advancement of lens technology, glasses lenses are no longer a single, one size fits all solution. There are a variety of different lens types that can be used in glasses, giving patients greater flexibility and control over their vision than ever before.
 

Single Vision Lenses

Also known as monovision lenses, these lenses are designed to correct the wearer’s vision at just one distance, and have a single prescription covering the entire surface of the lens. They are most often recommended for people who are either nearsighted (myopia) or farsighted (hyperopia) and who need glasses for a specific activity, such as driving or reading.
 

Progressive Lenses

Progressive lenses are multifocal lenses that can correct a patient’s vision at different working distances, ranging from far distance to reading distance. However, rather than designating different areas on the lenses for different distances with visible lines separating them, progressive lenses have a gradual change so that the wearer can smoothly transition from one lens power to another.
 

Bifocal and Trifocal Lenses

As you may have guessed from the name, bifocal and trifocal lenses have either two or three lens powers depending on which type you choose. Bifocal lenses support distance vision in the top half of the lens, and near vision in the lower half. Trifocal lenses support distance vision in the top third of the lens, intermediate vision in the middle segment and near vision in the bottom third. Whichever variety you choose, you will see visible lines separating each segment.

Bifocal and trifocal lenses are recommended for patients who are near or farsighted, and those who develop presbyopia, which is the natural hardening of the eye lens, that occurs as we get older. Presbyopia makes it harder for the lens of the eye to adapt to focus at different distances.
 

Multifocal Lenses

Multifocal lenses are the alternative name given to bifocal, trifocal and progressive lenses.
 

Computer Lenses

Computer lenses are prescription lenses that are specifically designed to be worn when doing computer work. This is because they place the optimum lens power for viewing your computer screen exactly where you need it – which is closer than intermediate vision, but further away than reading material is usually held. Wearing computer lenses can significantly reduce the negative effects caused by the high visual demands of computer work, including blurred vision, redness, dry eyes, double vision and dizziness.
 

Transition Lenses

Also known as photochromic lenses, transition lenses are a special type of lens that darken when in the sunlight and lighten when in softer light or the dark. This versatility gives the wearer the convenience of being able to move between different environments without needing to change their glasses. This makes them extremely cost effective and prevent the wearer from needing to take multiple pairs of glasses out with them. Transition lenses also filter out many of the harmful UV rays that are emitted from the sun, helping to keep eyes healthy too. They are ideal for people who spend a lot of time going between inside and outside, or who work outside in varying weather conditions.
 

Blue Light Lenses

Blue light lenses are specially crafted lenses that contain filters that block out much of the artificial blue light that is produced by digital devices like computers, smartphones and tablets. Natural blue light is actually good for balancing our sleep-wake cycle, boosting our mood and enhancing our cognitive abilities so that we can function better day to day. However, too much blue light, especially from artificial sources, can have the opposite effect. Many people who fail to use blue light lenses can go on to develop digital eye strain, which produces symptoms like eye fatigue, dry eyes, blurred vision, headaches and more. Blue light lenses are recommended for anyone who spends a lot of time working on a digital device.
 

Polarized Lenses

Polarized lenses are used to reduce eyestrain and improve the quality of vision in patients on especially sunny days, making them ideal for anyone who spends a lot of time outdoors. They can do this because they have a special filter that blocks some of the light from passing through the lens. Vertical light is allowed to pass through, while horizontal light, such as that which bounces off of water and can be blinding, is blocked. Polarized lenses are most often used in sunglasses since they are worn outdoors, and the wearer also needs to protect their eyes from UV damage.

Still have questions about which lens is right for you? Contact us to schedule an eye exam or an appointment to evaluate your individual needs.

In the realm of eye care, surgical co-management has emerged as a collaborative approach that aims to provide patients with comprehensive and seamless treatment. This concept involves the joint efforts of optometrists and ophthalmologists, each bringing their unique expertise to the table. By working together, these eye care professionals strive to enhance patient outcomes and deliver exceptional care.
 

The Role of Optometrist and Ophthalmologist in Surgical Co-Management

Surgical co-management is built upon the unique skill sets and areas of expertise of optometrists and ophthalmologists. By understanding their respective roles, you can appreciate the synergy that this collaborative approach fosters.

Optometrists are primary eye care professionals who specialize in the examination, diagnosis, and non-surgical treatment of vision disorders. Their responsibilities in surgical co-management include:

• Performing comprehensive eye examinations and evaluations

• Monitoring and managing pre-existing eye conditions

• Providing pre-operative and post-operative care

• Educating patients on surgical procedures and aftercare

• Collaborating with ophthalmologists to ensure continuity of care
   

Ophthalmologists are medical doctors who specialize in the diagnosis, treatment, and surgical management of eye diseases and disorders. Their role in surgical co-management encompasses:

• Evaluating patients' candidacy for surgical interventions

• Performing complex surgical procedures

• Providing specialized medical and surgical care

• Collaborating with optometrists to ensure seamless patient care

• Monitoring and managing post-operative complications

• By combining the expertise of optometrists and ophthalmologists, surgical co-management ensures that patients receive comprehensive and coordinated care throughout their treatment journey.

How Surgical Co-Management Works

Surgical co-management is a well-orchestrated process that involves several key steps. Understanding how it works can help you navigate this collaborative approach with confidence.

• Initial Evaluation: The process typically begins with an optometrist conducting a comprehensive eye examination. During this evaluation, the optometrist assesses the patient's visual needs, identifies any potential issues, and determines if a surgical intervention is necessary.

• Referral and Consultation: If surgery is recommended, the optometrist refers the patient to an ophthalmologist for further evaluation and consultation. This step ensures that the patient receives specialized medical advice and a thorough assessment of their suitability for the proposed surgical procedure.

• Pre-operative Care: The optometrist plays a crucial role in providing pre-operative care, which may include managing any existing eye conditions, ensuring the patient understands the surgical process, and addressing any concerns or questions they may have.

• Surgical Procedure: The ophthalmologist performs the necessary surgical intervention, leveraging their specialized training and expertise in surgical techniques.

• Post-operative Care: After the surgery, the patient's care transitions back to the optometrist, who closely monitors the recovery process and provides post-operative care and management. This may involve follow-up appointments, monitoring for any complications, and ensuring the patient adheres to the prescribed treatment plan.

• Ongoing Collaboration: Throughout the entire process, the optometrist and ophthalmologist maintain open communication and collaborate closely. This ensures that the patient's care is seamless, and any concerns or issues are promptly addressed by the appropriate healthcare professional.