If you or someone close to you has been diagnosed with glaucoma, it is natural to feel overwhelmed by treatment choices. Many patients are told that glaucoma can be managed with laser treatment or surgery, but the difference between the two is not always clearly explained. At Eye Clinic London, we believe understanding why a treatment is chosen is just as important as knowing what the treatment is.Glaucoma is a lifelong condition, and protecting vision requires careful, long-term planning. There

If you are considering LASIK surgery, it is completely normal to wonder how reshaping the cornea might affect the long-term strength of your eye. Many people focus on how well LASIK corrects vision, but fewer understand what happens to the cornea itself after treatment. Corneal biomechanics refers to how strong, flexible, and stable the cornea remains after surgery. We believe understanding this topic helps you make a more confident and informed decision. LASIK has been performed safely for decades, and

Minimally invasive glaucoma surgery, commonly known as MIGS, has changed how glaucoma is treated. If you are living with glaucoma, you may have heard this term mentioned as a safer alternative to traditional surgery. Understanding what MIGS involves can help you make informed decisions. Glaucoma treatment focuses on lowering eye pressure to protect the optic nerve. For many years, treatment options were limited to drops, laser therapy, or major surgery. MIGS now fills an important gap between these approaches. In

Selective Laser Trabeculoplasty, commonly known as SLT, has become an important treatment option for glaucoma. If you have been diagnosed with glaucoma, you may be offered SLT either as a first treatment or alongside eye drops. Understanding how it works can help you feel more confident about your options. Glaucoma management focuses on lowering eye pressure to protect the optic nerve. Traditionally, this has been done with daily eye drops, but laser treatment now plays a larger role. SLT offers

LASIK surgery is often seen as a modern medical achievement, but its development spans several decades. If you are considering laser vision correction, understanding how the procedure evolved can provide reassurance. Today’s safety and accuracy are the result of continuous refinement rather than sudden invention. Early refractive surgery was experimental and limited by technology. Surgeons and scientists worked through trial, error, and research to understand how lasers interact with the eye. Each advancement built on lessons from earlier techniques. In

LASIK surgery is often described as a quick procedure, but the science behind it is highly complex. If you are considering laser vision correction, understanding how the laser interacts with your eye can be reassuring. Clear explanations help replace uncertainty with confidence. At its core, LASIK works by reshaping the cornea so that light focuses correctly on the retina. This process relies on precise laser–tissue interaction at a microscopic level. Modern technology allows this reshaping to be extremely accurate and

If you are considering LASIK surgery, you are probably looking for clear facts rather than promotional claims. Many patients want to understand real success rates, realistic risks, and how vision holds up years after treatment. Reliable statistics help you make confident, informed decisions. LASIK has evolved significantly over the past two decades. Modern techniques, improved screening, and advanced lasers have changed both safety and outcomes. Comparing today’s data with earlier methods provides important context. In this article, we bring together

Children with autism spectrum disorder may experience eye and vision problems that are not always easy to recognise. If you are a parent or caregiver, you may notice behaviours that suggest visual difficulty, but routine eye checks may not give clear answers. This can make it challenging to understand whether vision is contributing to learning or behavioural differences. Autism affects how children process sensory information, including visual input. Even subtle vision problems can feel overwhelming or confusing for a child

Autism affects how children process sensory information, including visual input. Even subtle vision problems can feel overwhelming or confusing for a child who already experiences sensory sensitivity. When visual issues go unnoticed, they may affect communication, focus, and daily functioning. In this article, we explain common eye problems seen in children with autism and why they are sometimes missed. We also explore challenges during eye examinations and when specialist paediatric assessment is beneficial. This understanding helps you seek the right

Ptosis can be present from birth or develop later in childhood. The severity varies from mild drooping to significant eyelid obstruction that partially covers the pupil. Understanding the cause is key in deciding whether observation or treatment is needed. In this article, you’ll learn what causes ptosis in children, how it’s assessed, and when monitoring is appropriate. We’ll also cover situations where surgical correction might be recommended to protect your child’s vision. With this knowledge, you can make informed decisions