At Kaşkaloğlu Eye Hospital, we pride ourselves on offering cutting-edge treatments to enhance your vision and quality of life. One such innovation is the SMILE (Small Incision Lenticule Extraction) procedure. If you’re looking for a minimally invasive, effective, and fast recovery option to correct refractive errors, SMILE might be the solution for you. What is SMILE? SMILE is a laser eye surgery designed to correct myopia (nearsightedness) and astigmatism. Unlike traditional LASIK, SMILE uses a femtosecond laser to create a thin, lens-shaped piece of tissue (lenticule) within the cornea, which is then removed through a small incision. This reshapes the cornea, improving how light focuses on the retina and providing clearer vision. Who is a Candidate for SMILE? You may be a good candidate for SMILE if you: Are over 18 years old and have a stable prescription for at least a year. Have mild to moderate myopia (up to -10.00 diopters) with or without astigmatism (up to -5.00 diopters). Have a cornea that is thick enough to undergo the procedure. Are not suitable for LASIK due to dry eye issues or other factors. How is SMILE Different from LASIK and PRK? Minimally Invasive: SMILE requires a single, small incision of less than 4 mm, whereas LASIK involves creating a larger corneal flap. Faster Recovery: With no flap involved, SMILE patients typically experience quicker healing and reduced dry eye symptoms. Greater Corneal Integrity: SMILE preserves more of the cornea’s structural strength, making it a better option for certain patients. Suitability for Active Lifestyles: The absence of a flap makes SMILE ideal for individuals engaged in contact sports or other high-impact activities. The SMILE Procedure Step-by-Step Pre-Surgery Evaluation: Before the procedure, a thorough eye examination determines if you’re a good candidate. Advanced imaging technologies assess the corneal shape, thickness, and refractive error. Laser Creation of the Lenticule: During the procedure, a femtosecond laser creates the lenticule and a small incision in the cornea. Lenticule Removal: The surgeon removes the lenticule through the incision, reshaping the cornea. Vision Improvement: Most patients notice clearer vision within hours, with continued improvement over the following days. Benefits of SMILE High Success Rate: SMILE has proven results, with over 90% of patients achieving 20/20 vision or better. Comfortable Experience: The procedure is virtually painless and completed in less than 10 minutes for both eyes. Quick Recovery: Many patients return to normal activities, including work and driving, within 24-48 hours. Reduced Risk of Complications: The small incision reduces the chance of infections or dry eye issues compared to LASIK. Are There Any Risks? As with any surgical procedure, SMILE carries some risks, such as mild discomfort, halos, or under/over-correction. However, these are rare and can often be managed effectively with follow-up care. Why Choose Kaşkaloğlu Eye Hospital for Your SMILE Procedure? At Kaşkaloğlu Eye Hospital, we are committed to excellence in patient care and outcomes. Our experienced surgeons use state-of-the-art technology to ensure the best results for your vision correction. From your initial consultation to post-operative care, we are with you every step of the way. Frequently Asked Questions about SMILE How soon will I see results? Most patients experience improved vision within hours, with optimal results achieved within a few weeks. Is SMILE permanent? Yes, the results of SMILE are permanent, although natural age-related changes in vision, such as presbyopia, may still occur later in life. Can SMILE correct hyperopia (farsightedness)? Currently, SMILE is approved for myopia and astigmatism, but advancements in technology may expand its use in the future. Ready to See the World Clearly? If you’re tired of relying on glasses or contact lenses, SMILE could be the life-changing solution you’ve been waiting for. Contact Kaşkaloğlu Eye Hospital today to schedule your consultation and take the first step toward clearer, sharper vision.      

When researching eye color change surgeries online, you may come across a variety of information and techniques. However, many of these are outdated and no longer in use today. This article provides details about the latest methods and important points to consider. What Is Eye Color Change? Eye color change surgeries involve placing pigment into the corneal layer of the eye for aesthetic or therapeutic purposes. One of the most reliable and widely used modern techniques is FLAAK (Femto Laser-Assisted Anterior Keratopigmentation). Beware of Outdated Methods! Many online articles about eye color change discuss old and obsolete techniques, such as: Colored iris implants Laser iris pigmentation reduction These methods are neither reliable nor provide permanent results, and they are rarely used today. Permanent Eye Color Change: The FLAAK Method The FLAAK method is currently the most effective and modern technique for permanent eye color change. The procedure involves: Creating a channel in the cornea using femto laser technology. Placing the desired pigment into this channel. The FLAAK method is primarily performed for aesthetic purposes but can occasionally be used therapeutically, such as correcting a mismatch in eye colors caused by an accident. Important Points About the FLAAK Method It Is Permanent: Eye color change surgery is irreversible. Therefore, it is crucial to think carefully and finalize your decision before the procedure. Color Selection: Simulations can help you choose a color in a digital environment. However, the actual post-procedure color may differ slightly from the simulation. Color Changes Over Time: Pigments may fade or slightly change in tone over time. Who Is Suitable for Eye Color Change Surgery? This surgery is typically suitable for individuals who: Have healthy eyes, Have not undergone LASIK or SMILE surgeries, Do not have other eye diseases. The Importance of Choosing the Right Specialist Since eye color change is a permanent procedure, selecting an experienced specialist is essential. Before proceeding, thoroughly research your doctor and the method being used. For more information about eye color change surgeries or to schedule a detailed consultation, feel free to contact us.

Can people who have undergone LASIK or SMILE surgery have eye color change surgery? Current techniques do not recommend eye color change surgery (keratopigmentation) for individuals who have previously undergone LASIK or SMILE surgery. Can people who have had eye color change surgery undergo vision correction surgery? Those who have undergone eye color change surgery are not suitable for LASIK or SMILE procedures. However, PRK and No-touch surgeries are possible. Is the color permanent after eye color change surgery? Yes, this procedure is permanent. However, slight changes or fading in the color tone may occur over time. Can eye color change surgery be reversed? No, this procedure is irreversible. Therefore, it is advised to carefully evaluate your decision before proceeding with the surgery. Can the color be changed after eye color change surgery? Theoretically, it is possible, but this is generally not recommended. You should be certain about the desired color before the surgery. What happens if the color fades after eye color change surgery? If the color fades, the procedure can be repeated by adding more pigment. Can cataract surgery be performed after eye color change surgery? Yes, it can. During this procedure, a 5 mm opening is left in the center of the cornea, which is sufficient for future cataract or other eye surgeries. Does eye color change surgery cause glaucoma? No, this surgery is performed within the corneal layers and does not affect intraocular pressure. It neither increases nor decreases the risk of glaucoma. Are there risks associated with eye color change surgery? Like any surgery, this aesthetic procedure carries some risks. Since it is not a medical necessity, you should discuss potential risks and complications with your doctor before deciding.

Information About Eye Color Changing Surgeries When searching for information about eye color changing surgeries online, you will come across numerous web pages with titles such as: Eye color changing Is it possible to change eye color? Attention for those who want to change their eye color! Eye color changing surgeries have become popular recently Laser eye color changing What is eye color changing surgery? Most of these pages discuss outdated techniques that are no longer used today. Therefore, when reviewing such pages, you should pay attention to the following: Check the Publication Date: Ensure the content is up-to-date. Research the Author: Investigate whether the author has expertise in this field, is aware of current techniques, and whether they perform such surgeries. With a detailed review, you will see that many of these pages are written by individuals with limited knowledge about this subject. Most commonly, they refer to colored iris implants or laser iris depigmentation, which are now rarely used. How Is Permanent Eye Color Changing Performed Today? Nowadays, permanent eye color changing surgeries are performed using a technique called FLAAK (Femto Laser-Assisted Anterior Keratopigmentation). This method involves creating a channel in the cornea using a femto laser and placing pigments of the desired color into this channel. Whether you are a suitable candidate for FLAAK can only be determined through a detailed examination. This procedure is rarely used for therapeutic purposes. For instance, it can be applied to improve the aesthetic appearance of someone whose eyes are different colors due to an accident. However, in most cases, FLAAK is an aesthetic procedure performed upon request. FLAAK Technique and Points to Consider Various methods have been tried in the past for eye color changing, such as: Colored iris implants Laser iris depigmentation None of these methods provided permanent or satisfactory results. Today, FLAAK is the most effective method for permanent eye color changing. However, there are some important considerations: Results Are Permanent: This is an irreversible procedure, so you should carefully consider and finalize your decision before undergoing surgery. Color Selection: Colors can be selected using computer simulations. However, the post-surgery color may not perfectly match the simulated one. Long-Term Changes: Over time, slight fading or changes in pigment color may occur. If you are considering permanent eye color changing surgery, the FLAAK method should be your choice. However, you must thoroughly research and carefully select the specialist who will perform the procedure. In conclusion, the FLAAK technique offers an innovative and effective solution for aesthetic eye color changes. However, since the results are permanent, it is a procedure that requires careful evaluation.

Valeda® Light Delivery System, a breakthrough in treating dry age-related macular degeneration (AMD), has recently received FDA approval, marking a significant advancement in options for AMD patients. Valeda biomodulation therapy is a non-invasive treatment designed to improve retinal function through low-level light therapy (LLLT). By delivering specific wavelengths of light to targeted retinal areas, Valeda enhances cellular function and increases blood flow, potentially slowing AMD progression and improving visual outcomes. What is Valeda Biomodulation Therapy? Valeda uses photobiomodulation, a form of low-intensity light therapy, that stimulates the cells in the retina. The therapy works by enhancing the mitochondrial activity within the retinal cells, which can improve energy production, reduce oxidative stress, and enhance overall cell function. These effects are particularly beneficial for patients with dry AMD, where retinal cells progressively deteriorate. What Patients Should Expect Valeda biomodulation treatment is painless and non-surgical. Patients receive a series of light therapy sessions over a prescribed period. Each session is short, lasting only a few minutes, and requires no downtime. Studies have shown that many patients experience stabilized or improved vision following the treatment, though individual results can vary. This FDA approval represents a milestone in AMD treatment, providing new hope for those seeking to manage this progressive condition.

Eye shrinkage, or the physical reduction in the size of the eyeball, is typically referred to as “phthisis bulbi” or “microphthalmia” and can arise from a range of causes. These conditions may be congenital or develop as a result of external factors like trauma or disease. Treatment Options: The treatment for eye shrinkage depends on the underlying causes. If there is functional loss in the eye, cosmetic solutions such as an ocular prosthesis or artificial eye can be considered. In children with congenital microphthalmia, special implants can be placed in the eye socket to support normal orbital development. Eye shrinkage, whitening, or retraction of the eye socket after injuries, surgeries, or infections can be cosmetically addressed through certain procedures. These procedures are performed at Kaşkaloğlu Eye Hospital. For instance, fillers can be placed behind the eye to give it a more forward appearance, and if a scar  is present, keratopigmentation or corneal tattooing can provide a more aesthetic look. Main Causes of Eye Shrinkage: Congenital Microphthalmia: Microphthalmia is a congenital condition where the eye is abnormally small. Genetic disorders, maternal infections during pregnancy (e.g., rubella or toxoplasmosis), or environmental factors affecting eye development can lead to microphthalmia. Eye Injuries (Trauma): Severe eye injuries can cause significant damage to the eye tissue, resulting in shrinkage. Scar tissue can develop within the eye during the healing process after trauma, leading to a reduction in eye size. Eye Infections and Inflammation: Serious eye infections or inflammatory conditions, particularly during childhood, can impact eye development. Inflammation or scarring of intraocular tissues due to infection may cause eye shrinkage. Eye Tumors: Certain eye tumors, such as retinoblastoma commonly found in children, can lead to structural abnormalities in the eye. Surgical treatments or radiotherapy for these tumors can result in eye shrinkage.

Iris coloboma is a congenital eye anomaly. It occurs when the iris tissue does not fully develop, leading to a gap or deficiency in the iris. This condition presents as a “keyhole” or “slit” appearance, typically at the lower part of the iris. Coloboma results from structural defects during the embryonic development of the eye. While iris coloboma often causes only an aesthetic difference, it can sometimes also affect vision. What are the Symptoms? Individuals with iris coloboma may experience the following symptoms: Vision Problems: In some cases, visual issues such as sensitivity to light or difficulty focusing may arise. Light Sensitivity: Due to the gap in the iris tissue, excess light can enter the eye, causing sensitivity to light. Aesthetic Appearance: The slit-like gap on the iris is visible and can be noticeable, especially in dark-colored eyes. Visual Field Defects: Iris coloboma is often associated with retinal coloboma, which can create some deficiencies in the visual field. What is the Treatment? The treatment for iris coloboma generally depends on the symptoms and the patient’s visual needs: Colored Contact Lenses: Colored contact lenses can be used for aesthetic purposes or to reduce light sensitivity. These lenses help cover the iris coloboma. Surgical Intervention: It is possible to correct iris coloboma with advanced surgical techniques. A procedure called iris reconstruction can partially close the gap in the iris tissue. However, this treatment is usually done for aesthetic reasons and may not be suitable for every case. Keratopigmentation (Corneal Tattoo): By tattooing the cornea to match the missing area of the iris, both aesthetic and functional improvements can be achieved. Individuals with iris coloboma should maintain eye health through regular eye examinations and consult an eye doctor if noticeable symptoms occur. At Kaşkaloğlu Eye Hospital, surgical procedures and corneal tattooing are performed for iris coloboma. 4o

FLAAK (Femto Laser Assisted Anterior Keratopigmentation) surgery is a procedure that can be applied to individuals who wish to change their eye color. In this procedure, a pigment is placed on the corneal layer on the front surface of the eye to provide a color change. This method is one of the keratopigmentation procedures applied to the cornea, aiming to create an unnatural but aesthetically pleasing color change in the eye. At Kaşkaloğlu Eye Hospital, FLAAK eye color-changing surgeries are performed for therapeutic and aesthetic purposes. The FLAAK surgery is performed with the following steps: Planning and Pigment Selection: The most suitable color for the patient is selected, considering the patient’s natural eye color, desired eye color, and eye health. Corneal Preparation with Femto Laser: Using femto laser technology, a pocket or channel is created in the corneal layer where the pigment will be placed. This laser performs highly precise procedures on corneal tissue, preserving the patient’s eye health and allowing for a very fine incision. Pigment Application: The pigment is placed in the pocket created by the laser. These pigments are specially produced to be biocompatible, enabling a long-lasting color change. Recovery Process: After the surgery, the patient is discharged after a short period of rest. The recovery period is generally quick, though careful eye care is necessary. Although FLAAK surgery is generally considered safe, like any surgical procedure, it carries some risks. Side effects such as infection, corneal issues, or gradual color change of the pigment may occur. Therefore, a thorough eye examination before the procedure and performing it by a specialized doctor is essential. Image by AI

FLAAK (Femtosecond Laser-Assisted Artificial Keratopigmentation) is a modern surgical technique used for changing eye color. It involves the use of a femtosecond laser to create precise incisions in the cornea, into which colored pigment is injected. This method is considered safer and more predictable compared to earlier techniques because the laser allows for high precision, minimizing damage to the surrounding tissue. Here’s how FLAAK works: Laser Incision: A femtosecond laser creates microchannels in the corneal stroma (the middle layer of the cornea). These channels are made with extreme precision, reducing risks. Pigment Injection: Biocompatible pigments are then injected into these channels to change the apparent color of the eye. The pigment remains trapped within the corneal layers, providing a semi-permanent color change. Customization: The technique allows for customization of the eye color based on patient preferences and can be used to correct congenital or acquired conditions like corneal opacities, as well as for cosmetic reasons. FLAAK has been praised for being minimally invasive, with a relatively quick recovery period. However, as with any surgical procedure, there are risks, including infection, inflammation, or issues related to the long-term stability of the pigment. It is considered an alternative to other techniques like traditional keratopigmentation, which involves manually creating incisions or depigmentation techniques that use lasers to remove natural pigment. Keratopigmentation for therapeutic and eye color change (FLAAK) operations are performed in our hospital. Son Güncelleme 30 October 2024 Saat 15:21 pm

Allotex is a biomaterial used in the treatment of presbyopia and aims to correct presbyopia by being placed inside the cornea. Presbyopia is the age-related decline in the ability to see up close. Allotex is a corneal graft material made from natural human tissue, known for its biocompatible properties. In this treatment method, the Allotex tissue is precisely processed with a laser and then placed on the front part of the cornea. This helps to enhance the eye’s near vision capacity. The treatment is generally a minimally invasive procedure and offers an alternative solution for patients who prefer not to use contact lenses or glasses. The use of Allotex in presbyopia treatment, especially due to its use of natural tissue, represents an innovation that promises long-term biocompatibility and successful outcomes. (This text is written by ChatGPT) Not available at our hospital. Son Güncelleme 30 October 2024 Saat 15:21 pm