Laser eye surgery or lens replacement? Under 45, laser usually wins. Over 50, lens replacement is often better. A consultant surgeon in Essex explains why. Laser Eye Surgery or Lens Replacement? How to Choose The short answer: under 45, laser vision correction is usually the right first option. Over 50, lens replacement is frequently better. Between those ages it depends on the prescription, the cornea and how much reading difficulty has already developed. Most people looking into life without glasses start by searching for laser eye surgery, because it is the best known option. It is an excellent operation in the right eye. But it is not the only one, and for a large group of patients, particularly those over 50 and those with strong prescriptions, it is not the best one. This page explains the difference between the two operations, who each one suits, and what an assessment looks for. Book a Consultation On this page What the operation involves Age and timing The benefits Who is less suitable Alternatives Risks Prices The essential difference The eye focuses light using two lenses, one behind the other. The cornea is the clear window at the front. It does about two thirds of the focusing and its shape never changes much after childhood. The natural lens sits just behind the pupil. It does the remaining third, and crucially it is the part that changes focus between distance and near. From the mid-forties it stiffens, which is why reading glasses become necessary, and in later life it clouds, which is a cataract. Laser eye surgery reshapes the cornea. It leaves the natural lens untouched. Lens replacement surgery removes the natural lens and replaces it with a permanent artificial one. That single distinction explains almost everything about which operation suits whom. If the problem is the shape of the cornea, reshape the cornea. If the problem is the ageing lens, replace the lens. Why age matters more than anything else At 30, a short-sighted eye has a perfectly good natural lens doing its job. Removing it would throw away useful focusing ability for no reason. Laser is the obvious choice. At 55, the same eye has a lens that has stopped changing focus, has begun to scatter light, and will need removing as a cataract within fifteen or twenty years. Reshaping the cornea in front of it deals with only part of the problem, and leaves the rest to come. At 60, laser will correct the distance vision but the patient will still need reading glasses, will still need cataract surgery later, and the cataract surgery will be less accurate than it would have been because the cornea has been reshaped. This is why the recommendation flips somewhere around the age of 50. What the operation involves Comparison at a glance When laser eye surgery is the better option • Age under 45. The natural lens still focuses usefully and should be left alone. This is the single clearest indication. • Low to moderate short-sightedness with a healthy cornea. Straightforward, safe and durable. • Late forties with good distance vision and only reading difficulty. Laser blended vision, which sets the two eyes slightly differently to extend the range of focus, is usually preferable here. It avoids surgery inside the eye and leaves all future options open. • Where any surgery inside the eye is best avoided, for example in a very long, highly short-sighted eye with a raised baseline risk of retinal detachment. • A strong preference to avoid surgery inside the eye, where the patient understands and accepts that reading glasses and later cataract surgery will still be needed. When lens replacement is the better option • Age over 50, and particularly over 55. The natural lens has largely stopped contributing, so there is little to lose by replacing it, and by 55 the jelly inside the eye has usually separated from the retina, which reduces the risk of retinal detachment afterwards. • One operation instead of two. Lens replacement removes the need for cataract surgery later, because an artificial lens cannot become cloudy. • Distance and reading together. A full-range or extended-range implant addresses both. Standard laser addresses only distance. • Prescriptions too strong for laser. There is effectively no upper limit on the prescription that a lens implant can correct. • Corneas too thin, too irregular or too dry for laser. A substantial proportion of patients turned down at laser assessment are good candidates for lens replacement. • Any early clouding of the natural lens. Once this has begun, laser treats the wrong structure. • Avoiding a known problem later. Calculating the correct implant power for cataract surgery is significantly less accurate in an eye that has previously had corneal laser treatment, and those patients more often need glasses afterwards. Having the lens surgery first avoids the difficulty altogether. More detail on the operation itself, including risks and fees: refractive lens exchange in Essex. Where implantable contact lenses fit There is a third option that suits a particular group: a thin lens placed inside the eye alongside the natural one, without removing anything. This is usually the best choice for younger patients, typically under 45, with prescriptions too strong or corneas too thin for laser. It preserves the natural focusing ability, and it can be removed if necessary. It does not correct reading vision, and cataract surgery will still be needed in later life. What about reading glasses? Presbyopia, the gradual loss of close focus from the mid-forties, is the reason many people start looking into surgery in the first place. Three approaches exist. Laser blended vision sets one eye slightly for distance and the other slightly for near, and adjusts the optics of both so the brain merges them. It works well and suits patients in their late forties and early fifties whose distance vision is otherwise good. Because the natural lens continues to age, the effect is not permanent and may need revisiting. Extended-range or full-range implants correct distance and near in one operation and do not fade, because the ageing lens has been removed. More appropriate from 50 onwards. Reading glasses. Still a perfectly reasonable answer, and the right one for many people. Short-sightedness (myopia): what usually suits which age Parents looking for treatment to slow the progression of short-sightedness in a child should search for myopia management or myopia control. That is a separate service, usually provided by specialist optometrists. What an assessment measures A full assessment records: • Your prescription and whether it is stable. Please bring copies of letters from your optician with your glasses prescriptions over the past two to three years. • The thickness and shape of the cornea, which determines whether laser is safe • The length of the eye, which determines the risk profile of lens surgery • The clarity of the natural lens • The health of the retina and optic nerve • The quality of the tear film, since dry eye affects both the measurements and the result • How the eyes are actually used: screen distance, night driving, hobbies, occupation Where laser or an implantable contact lens would suit better than lens replacement, that is said plainly at the consultation and an onward referral to an appropriate specialist is arranged. When lens replacement is the better option • Age over 50, and particularly over 55. The natural lens has largely stopped contributing, so there is little to lose by replacing it, and by 55 the jelly inside the eye has usually separated from the retina, which reduces the risk of retinal detachment afterwards. • One operation instead of two. Lens replacement removes the need for cataract surgery later, because an artificial lens cannot become cloudy. • Distance and reading together. A full-range or extended-range implant addresses both. Standard laser addresses only distance. • Prescriptions too strong for laser. There is effectively no upper limit on the prescription that a lens implant can correct. • Corneas too thin, too irregular or too dry for laser. A substantial proportion of patients turned down at laser assessment are good candidates for lens replacement. • Any early clouding of the natural lens. Once this has begun, laser treats the wrong structure. • Avoiding a known problem later. Calculating the correct implant power for cataract surgery is significantly less accurate in an eye that has previously had corneal laser treatment, and those patients more often need glasses afterwards. Having the lens surgery first avoids the difficulty altogether. More detail on the operation itself, including risks and fees: refractive lens exchange in Essex. Where implantable contact lenses fit There is a third option that suits a particular group: a thin lens placed inside the eye alongside the natural one, without removing anything. This is usually the best choice for younger patients, typically under 45, with prescriptions too strong or corneas too thin for laser. It preserves the natural focusing ability, and it can be removed if necessary. It does not correct reading vision, and cataract surgery will still be needed in later life.

Consultant-led refractive lens exchange in Southend and Brentwood. Reduce dependence on glasses and avoid future cataract surgery. Honest assessment of suitability. Refractive Lens Exchange (Lens Replacement Surgery) in Essex Reducing dependence on glasses, using the same technique as modern cataract surgery. Refractive lens exchange replaces the natural lens inside the eye with a permanent artificial lens, chosen to reduce or remove the need for glasses. It is the same operation as cataract surgery, performed to the same standards, but carried out before a cataract has developed. Consultations are available in Southend and Brentwood, serving patients across Essex and East London. It is a permanent procedure and it is not suitable for everyone. This page explains who benefits most, who does not, what the alternatives are, and what can go wrong. On this page What the operation involves Age and timing The benefits Who is less suitable Alternatives Risks Prices What the operation involves The natural lens sits just behind the pupil. From the mid-forties onwards it gradually loses its flexibility, which is why close work becomes harder. This is called presbyopia, and it happens to everybody. During refractive lens exchange the natural lens is removed through an opening in the front of the eye about 2 mm across, and an artificial lens is placed inside the same capsule that held it. The opening is small enough to seal itself without stitches. Each eye takes around fifteen to twenty minutes. Patients are awake, but the eye is fully numbed, so the sensation is of pressure and bright light rather than pain. Surgery is a day case. Because an artificial lens does not become cloudy in the way a natural lens does, a cataract can never develop in that eye afterwards. The thin natural membrane that holds the implant in place can still turn cloudy, which is common and easily treated with laser capsulotomy treatment. This is explained under Risks below. Age and timing Refractive lens exchange is usually considered from the age of 50, and is most suited to patients aged 55 and over. By 55 the natural lens has generally stopped contributing any useful focusing ability, so little is lost by replacing it, and the natural jelly inside the eye has usually separated from the retina, which lowers the risk of retinal detachment afterwards. Between 50 and 55 the operation can be appropriate, but the balance of benefit and risk needs careful individual assessment. In rare cases the operation is performed for patients as young as 45. This is normally where there is a strong additional reason, such as a degree of long sight that laser treatment cannot correct safely, an unusually shallow eye at risk of raised pressure, or early clouding of the natural lens. It is not offered simply because a patient in their forties would prefer not to wear reading glasses. Below 45 the natural lens is still doing useful work and other options are almost always better. Looking After Your Eyes Stop smoking – the single most important step you can take. Eat a healthy diet – plenty of leafy greens (spinach, kale), colourful fruit, and oily fish (salmon, mackerel). Exercise regularly and keep blood pressure and cholesterol under control. Protect your eyes from sunlight with UV-blocking sunglasses. The benefits Substantially less dependence on glasses for most patients, with the degree depending on the type of lens implanted. A permanent result. The implant is designed to last a lifetime and does not need replacing. No future cataract surgery. The operation being performed now is the one that would otherwise have been needed decades later. A stable result. Unlike laser treatment of the cornea, the outcome is not gradually undone by continued ageing of the natural lens, because that lens has been removed. Quick recovery. Most patients return to desk work within two to three days, and to driving within about a week once the legal vision standard is met. Who benefits most The operation works best when it solves more than one problem at once. The strongest candidates are: Patients aged 55 and over The natural lens has usually ceased to be useful, and the eye is more forgiving of the surgery. Long-sighted (hypermetropic) patients Long-sighted eyes tend to be shorter, which makes this operation safer, and strong long sight is one of the hardest prescriptions for laser to correct durably. This group is consistently among the most satisfied. Highly short-sighted (myopic) patients aged over 55 For patients who have worn strong glasses or contact lenses for decades, lens replacement can be transformative. Very high prescriptions are often beyond the safe range of laser treatment, contact lens tolerance tends to decline with age, and the natural lens in a very short-sighted eye frequently begins to cloud earlier than average. However, not every highly short-sighted eye carries the same risk. Two factors matter: Eye length. Very long eyes, generally those above about 26 mm, have a thinner and more fragile retina and a significantly higher lifetime risk of retinal detachment after lens surgery. Whether the jelly inside the eye has separated. With age, the gel that fills the eye (the vitreous) normally peels away from the retina, a change called posterior vitreous detachment or PVD. This is harmless and happens to everyone eventually, and once it has happened the risk of retinal detachment after lens surgery falls considerably. In an eye where it has not yet occurred, the risk is meaningfully higher. A highly short-sighted patient with a very long eye and no posterior vitreous detachment may be advised against the operation, or advised that the risk is several times that of an average eye. Both the length of the eye and the state of the vitreous are checked at assessment, and risks are discussed before any decision is made. Retinal detachment can lead to loss of vision, so this risk is not taken lightly. Patients already showing early lens changes Where the natural lens has begun to lose clarity, replacing it treats a genuine problem rather than a preference. Patients unsuitable for laser Where prescription, corneal shape or eye anatomy rule out laser vision correction, lens replacement may be the only route to reduced glasses dependence. Patients with realistic expectations Those who understand they are trading some glasses use for some visual side effects do well. Those expecting perfection do not. Who is less suitable A significant proportion of people who request this operation are advised against it. Replacing a healthy natural lens is irreversible, and it should only be done where the benefit clearly outweighs the risk. Every lens replacement surgery carries a small risk of worse vision and the need for further surgery. The operation is usually not advised for: Patients under 45, whose natural lens still focuses usefully. Patients in their late forties with good distance vision. Where only reading glasses are needed, there is a great deal to lose and comparatively little to gain. Laser blended vision is usually the better option. Very long, highly short-sighted eyes where the vitreous has not yet separated, because of the raised risk of retinal detachment described above. Patients with other eye conditions. Glaucoma with visual field loss, macular disease, previous retinal detachment, corneal conditions such as keratoconus, or a history of inflammation inside the eye all shift the balance, and some rule the operation out. Patients whose prescription is still changing, or who have untreated significant dry eye. Patients who could not accept wearing glasses for any task. No implant gives perfect vision at every distance in every light. Where the assessment shows the operation is not advisable, this is explained at the consultation along with the recommended alternative. Alternatives Lens replacement is not the only way to reduce dependence on glasses. Laser vision correction, implantable contact lenses, monovision contact lenses, varifocals and simply waiting are all reasonable options depending on age, prescription and the health of the eye. For most patients under 50, laser is the better starting point. A full comparison is set out here: laser eye surgery or lens replacement . The lens options, in plain terms There is no single best lens. The right choice depends on the health and measurements of the eye, on daily visual demands, and on what a patient is willing to trade. Full-range lenses (trifocals) offer the best prospect of managing without glasses for distance, screen and reading. In exchange, almost everyone notices rings or starbursts around lights at night, especially in the first few months. For most these fade into the background; for a minority they remain a nuisance. These lenses require very healthy eyes and a regular corneal surface. Detailed measurements at assessment determine whether an eye is suitable. Extended-range (EDOF) lenses give sharp distance and good arm’s-length vision with fewer night-time effects, but glasses are usually still wanted for small print or reading in poor light. Single-focus lenses , sometimes with a small deliberate difference between the two eyes, give the best quality of vision, particularly at night. Reading glasses will be needed. This may be the recommended option where other eye conditions are present. The measurements taken at assessment sometimes rule out the lens a patient had hoped for. Where that is the case it is explained clearly, with the reason. One eye at a time, or both on the same day Both approaches are offered, and the choice is discussed at the consultation. Sequential surgery, with the eyes operated on separately, usually about a month apart. The interval allows the first eye to settle completely and allows the result of the first eye to inform the lens power chosen for the second. Same-day surgery on both eyes , known as immediate sequential bilateral surgery. Each eye is treated as a completely separate operation, with fresh instruments, fresh fluids, fresh gloves and a fresh set of implants, so that nothing passes between them. The advantages are a single visit, a single recovery period, one course of time away from work, and a faster return to balanced vision without a period of one eye being corrected and the other not. The trade-offs are that the second eye’s lens power cannot be refined using the first eye’s result, that both eyes are blurred for the first day or two so more help is needed at home, and that in the very rare event of a complication both eyes could be affected at once. Same-day surgery suits patients with straightforward, well-matched eyes, no other eye disease, and practical reasons to minimise time away from work or travel. Risks Every operation carries risk. The following are the ones that matter. Not reaching the target prescription Published studies of lens surgery report that around 85 per cent of eyes finish within half a dioptre of the planned result, which usually means good unaided vision without glasses. For the small minority of patients who are unhappy with their post-operative refractive outcome, there is the option of adjustment using refractive laser surgery. This may require an additional fee. Achieving the correct lens power or refractive outcome is more challenging in patients who have had previous laser refractive surgery. These patients are therefore more likely to need glasses following surgery. Night-time visual effects Halos, glare and starbursts around lights, most noticeable when driving after dark are common with premium lenses, especially trifocals. They usually improve over three to six months as the brain adapts. In a small minority, roughly one in ten to one in twenty, they remain troublesome. Very rarely, around one in a hundred, the implant is exchanged for a different type. Clouding of the membrane behind the implant A cataract cannot come back. The thin natural membrane that holds the implant in place, however, frequently turns cloudy in the months or years afterwards, which blurs the vision again. It is corrected in a couple of minutes with a painless laser in clinic, and once treated it does not return. There is an additional charge for this treatment. It is needed more often, and sooner, after premium lenses, because even slight clouding affects them more than it affects a single-focus (monofocal) lens. Published figures put the rate at around one in twenty for single-focus lenses within the first few years, and around one in five for premium lenses within the first year. Younger patients are more likely to need it than older ones. Retinal detachment The most serious of the common risks, because it threatens sight and can occur years after surgery. In an average-length eye the lifetime risk is low, (under one in a hundred). In a long, highly short-sighted eye, particularly where the vitreous has not separated, it can be significantly higher. Any sudden shower of floaters, flashing lights, or a shadow moving across the vision requires same-day assessment, however long after surgery it occurs. Infection inside the eye This is a rare, but potentially sight-threatening complication. It occurs in approximately one in one thousand to one in three thousand and is treated as an emergency. Swelling at the back of the eye Fluid (cystoid macular oedema) can cause blurring some weeks after surgery and usually settles with drops. Permanent loss of focusing ability Once the natural lens is removed it cannot be replaced. Any remaining ability to change focus is lost. This is the point that most warrants careful thought in patients under 55. Dry eye Common in the first few months and usually manageable with drops. The process Assessment. A full examination with the pupils dilated, detailed scans of the front and back of both eyes, and precise measurement of the length and shape of each eye. These determine whether surgery is advisable, which lens is suitable, and what the individual risk of retinal detachment is. Patients should not drive themselves home. Contact lens wearers should leave soft lenses out for two weeks and rigid lenses for four weeks beforehand, as they alter the shape of the cornea and would make the measurements inaccurate. Please bring copies of your glasses prescriptions from the past two to three years, so that stability can be confirmed. Deciding. There is no pressure to decide on the day. Surgery is arranged only once you are certain. The day of surgery. Allow around two hours for one eye, and longer where both eyes are treated on the same day. A responsible adult must take the patient home, and should remain with them overnight after same-day bilateral surgery. Afterwards. Vision is usually usable the following day and improves over two to four weeks. Drops are used for four weeks. Swimming and eye rubbing should be avoided for two weeks. Review takes place one to four weeks after surgery, and often again once the eye has settled. Fees Self-pay fees start around £3,500-4000 per eye for a single-focus lens, and from £4500-5000 per eye for a premium lens. This includes the surgery and post-operative follow-up. The initial consultation is charged separately at £250. But to see pricing section of the website for up to date prices. Refractive lens exchange is an elective procedure and is not usually covered by private medical insurance, unlike cataract surgery. About your surgeon Mr Alex Baneke is a Consultant Ophthalmic Surgeon at Mid and South Essex NHS Foundation Trust, specialising in cataract, lens replacement and glaucoma surgery, with private clinics in Southend and Brentwood. He holds a fellowship from Moorfields Eye Hospital. GMC number 7169631. Every assessment and every operation is carried out by Mr Baneke personally. Arranging a consultation The first step is a full assessment to establish whether lens replacement is appropriate and, if so, which lens suits the eye. Where it is not appropriate, this is explained along with the recommended alternative. Age and timing What the operation involves The benefits Who is less suitable Alternatives Risks Prices Book a Consultation

Expert private cataract surgery and glaucoma treatment in Southend and Brentwood, Essex. Consultant ophthalmologist Mr Alex Baneke offers fast access, premium lenses, and advanced glaucoma care. Book a consultation today. Mr Alex Baneke MA (Oxon) MBBS FRCOphth Consultant ophthalmologist specialising in cataract surgery and glaucoma treatment NHS & Private Care Southend University Hospital, Southend Private Hospital, Spire Hartswood & Orsett Hospital Cataract surgery Glaucoma treatment BOOK NOW World-Class Cataract and Glaucoma Care in Essex Regain clear vision with rapid access to expert private eye surgery. Under Mr Alex Baneke - a leading Consultant Ophthalmic Surgeon trained at the world-renowned Moorfields Eye Hospital - we deliver exceptional, patient-focused care across our clinics serving Southend-on-Sea, Brentwood and Chelmsford. Whether you need advanced cataract surgery or specialist glaucoma management, we provide fast, reassuring, and effective treatment. Explore our Patient Information Library for clear, expert guidance on your condition, or contact us today to secure your consultation. PATIENT INFORMATION Expert care Mr Baneke trained at the world-leading Moorfields Eye Hospital. He now runs fellowships to train other eye surgeons in the management of glaucoma and cataract surgery. His research into glaucoma and other conditions has been published internationally. Specialist in complex surgery Mr Baneke is a specialist in managing complex glaucoma and is often referred patients in whom previous surgery has failed. He uses tried and tested surgical techniques with the strongest evidence base behind them. More about Mr Baneke Private cataract surgery During your consultation Mr Baneke will carefully assess your visual requirements to ensure your surgery is perfectly tailored to your individual needs. If you would like to improve your vision and reduce or eliminate your depenence on glasses there are a number of cutting edge solutions available. Mr Baneke offers premium lenses including: multifocal lenses to free you from glasses completely extended depth of focus lenses to give you crystal clear vision accross most of your visual range toric lenses to correct astigmatism For patients with glaucoma, Mr Baneke offers advanced cataract and minimally invasive glaucoma surgery, to provide greater freedom from daily eye drops. What are cataracts? Lens replacement surgery for freedom from glasses An alternative to laser eye surgery Mr Baneke offers Refractive Lens Exchange (RLE), also known as lens replacement surgery, for patients seeking freedom from glasses. RLE uses the same well-established surgical technique as cataract surgery, replacing the eye's natural lens with a precision-engineered implant tailored to your visual needs. The procedure is particularly well suited to two groups of patients. The first is patients over 50 who are reliant on reading glasses, or who wear varifocals and would prefer to see clearly at multiple distances without them. The second is patients aged over 50 with high myopia (severe short-sightedness) who are not suitable candidates for laser eye surgery, either because their prescription is too high, or because laser cannot address the reading vision changes that come with age. Depending on your prescription and lifestyle, Mr Baneke offers a range of lens options, including multifocal lenses for freedom from glasses at all distances, extended depth of focus (EDOF) lenses for clear vision across most of your visual range with fewer side effects, and toric lenses for patients with astigmatism. During your consultation Mr Baneke will discuss which option best fits your eyes and your visual goals. Being honest about risks RLE is an elective operation performed on an otherwise healthy eye, and it is important to weigh the benefits against the risks. As with any intraocular surgery, there is a small risk of complications, including infection, inflammation, and the need for further surgery. The most significant risk to consider is retinal detachment, which is higher in patients with high myopia and in younger patients. At your consultation, Mr Baneke will assess your individual risk profile and will only recommend RLE if he believes the benefits justify the risks for you personally. For some patients, particularly younger patients with very high myopia, deferring surgery until cataracts develop may be the more appropriate choice, and Mr Baneke will tell you honestly if RLE is not right for you. Private glaucoma care Mr Baneke is a leading glaucoma surgeon renowned for his precision, expertise, and commitment to patient-centred excellence. Understanding that glaucoma is a lifelong condition, he takes the time to build a trusted partnership with every patient, offering care that is both highly personalised and guided by the latest scientific insight. Whether you have been managing glaucoma for many years or are seeking clarity on a recent diagnosis, Mr Baneke will guide you through a bespoke treatment plan designed to safeguard your vision for the long term. Mr Baneke offers: State-of-the-art diagnostic technology to identify even the most subtle changes in your eye health Advanced laser therapies proven to reduce, or completely remove the need for daily eye drops World-leading surgical techniques delivering precision, safety, and lasting visual outcomes Comprehensive medical management, including the most effective and well-tolerated eye drop treatments available What is Glaucoma?

Read verified Google and Doctify reviews from patients of Mr Alex Baneke, consultant ophthalmologist. Private cataract surgery and glaucoma treatment in Southend and Brentwood, Essex. Patient Reviews Mr Alex Baneke's patients leave reviews on two independent platforms: Google and Doctify, the UK's verified review service for healthcare professionals. Every review shown below is published directly from those platforms. If you have been treated by Mr Baneke, we would be grateful if you would leave a review. Verified Doctify Reviews Google Reviews Book a Consultation

Transparent pricing for private cataract surgery and glaucoma treatment in Essex. Self-pay and insurance options available. Mr Alex Baneke, consultant ophthalmologist. Appointments New £250 Included: full clinical examination, pressure checks, gonioscopy and a formal report to your GP/Optometrist. Excluded: specialized scans (OCT/VF) may incur a separate hospital fee. Follow-up £200 Cataract surgery Monofocal lens One eye: from £3388 Both eyes: from £6776 Premium lens One eye: from £4470 Both eyes: from £8940 Glaucoma surgery Trabeculectomy surgery from £5800* Preserflo surgery from £5800* Paul Tube from £5800* *prices inclusive of 3 months' follow-up visits Laser surgical procedures Selective Laser Trabeculoplasty (SLT) One eye: from £900 Both eyes: from £1400 Yag Laser Periperal Iridotomy (Yag PI) One eye: from £700 Both eyes: from £1000 Mr Baneke is fee-assured and a recognised provider for all major insurers including BUPA/Aviva/Vitality in Southend and Brentwood Fee queries? Contact us

Private cataract surgery in Essex with consultant ophthalmologist Mr Alex Baneke. Premium lens options including multifocal and toric lenses. Clinics in Southend and Brentwood. No GP referral needed. Treatment for cataract What are cataracts? Contact Us Cataract surgery is one of the most common and safest procedures performed in the UK, with millions of successful surgeries worldwide each year. It’s a quick, effective way to restore clear vision and significantly improve your quality of life. Most patients still rely on glasses for near vision following cataract surgery. Premium lenses, including multifocal and extendend depth of focus (EDOF) lenses, can be used to remove or significantly reduce glasses dependence. Unfortunately most of these lenses are not available on the NHS. Mr Baneke offers a comprehensive array of treatments for patients with cataracts. These are described in more detail below. Cataract surgery Read More Multifocal lenses Read More Laser after cataract surgery Read More Cataract Surgery Scroll Down Clear Vision Ahead: Understanding Cataract Surgery If your vision has become cloudy or blurry, you might be dealing with a cataract. The good news? Cataract surgery is a highly effective procedure that can restore your sight, helping you see the world clearly again. How is Cataract Surgery Performed? Cataract surgery is usually a straightforward procedure that involves removing a cloudy lens and replacing it with a clear artificial lens. The most common technique used today is called “phacoemulsification". First your eye is made numb using drops or an anaesthetic injection. During the surgery, tiny incisions are made in the eye, and a small probe is used to break up the cloudy lens into smaller pieces. These pieces are then gently removed, and the eye is irrigated with water to keep it clean and comfortable. For most patients the operation takes 15 to 30 minutes. Once the cloudy lens is removed, it is replaced with a clear plastic lens that is carefully chosen to focus light correctly onto your retina, restoring clear vision. For most people, the new lens is selected to give good distance vision, which means you might still need glasses for close-up tasks like reading or using a computer. However, there are more advanced lenses available, such as toric lenses for correcting astigmatism, multifocal lenses, and extended depth of focus (EDOF) lenses, which can reduce or eliminate the need for glasses altogether. Unfortunately, most of these premium lenses are not available on the NHS. Cataract surgery results in excellent outcomes for the vast majority of patients. However, as with any operation, there are risks involved. A small minority of patients end up with worse vision after surgery, or need a second operation to improve the vision. Posterior capsular opacification can cause blurring following surgery: this can be fixed with a simple laser procedure (see below for further details). Some patients need a stronger glasses correction than expected. The risk of vision loss from a complication such as a severe infection or bleed is around 1 in 1000 cases. Read More about Lenses What to Expect After Cataract Surgery Cataract surgery is one of the most common and successful surgical procedures performed in the UK today, with the vast majority of patients experiencing significantly improved vision afterwards. Approximately 1 in 10 patients develop posterior capsule opacification (PCO) following cataract surgery, which can be treated with a simple laser procedure in clinic. Rare complications include a deterioration in your vision or a need for further surgery. Recovery is usually quick, and most people are able to return to their normal activities within a few days. In more complex cataract surgery it can take a few weeks for the vision to improve. Patients should avoid excessive bending and heavy lifting for the first month. Patient information videos Posterior Capsule Opacification During cataract surgery, your eye's natural lens is replaced with a clear artificial lens. The lens is held in place by a natural bag, which is left intact during the procedure. Sometimes the back of this bag can become cloudy over time. This common complication of cataract surgery is called posterior capsule opacification (PCO). Around 1 in 10 people experience it after cataract surgery and symptoms include blurred vision, streaks, and halos around lights. These symptoms can gradually worsen if left untreated. The good news is laser treatment is simple, straightforward and very effective. Read More about Laser after Cataract Surgery Patient Information Videos Multifocal Lenses Scroll Down Choosing the Right Lens for Your Vision: A Guide to Premium Lens Options If you're considering cataract surgery and want to reduce or even eliminate your need for glasses, premium lenses like Multifocal, Extended Depth of Focus (EDOF), and Toric lenses could be the perfect choice. These lenses offer fantastic results, but they may not be suitable for everyone. Let's explore what each option has to offer, so you can make the best decision for your vision. The Standard Option: Monofocal Lenses In standard cataract surgery, a monofocal lens is used. This type of lens focuses light at a single distance, most commonly for distance vision. With this choice, you'll likely need glasses for near tasks like reading or intermediate tasks like using a computer. Monofocal lenses are reliable and work well for many patients, but if you're looking to be less dependent on glasses, you might want to consider a premium lens. Multifocal Lenses Multifocal lenses are designed to focus light from a range of distances, potentially freeing you from the need for glasses altogether. These lenses are a great option if you prefer not to wear glasses, have a strong glasses prescription, and don’t have other eye conditions like glaucoma. However, there are some trade-offs: multifocal lenses can cause increased glare, halos, reduced night vision, and lower contrast sensitivity. They might not be the best choice if you do a lot of night driving or have high visual demands. Additionally, these lenses aren't always suitable for patients with astigmatism. It's also common to need a Yag laser capsulotomy after surgery with multifocal lenses, which is a simple procedure but might not be included in the initial surgery cost. Extended Depth of Focus (EDOF) Lenses EDOF lenses provide an extended depth of focus, offering clearer vision at multiple distances and reducing your reliance on glasses. These lenses are an excellent choice if you want to be independent of glasses for most tasks but don't mind using reading glasses occasionally for small print. EDOF lenses tend to cause fewer issues with glare, halos, and reduced night vision compared to multifocal lenses, though these effects can still occur to a lesser degree. Like multifocal lenses, EDOF lenses are not recommended for patients with advanced glaucoma, and you may need a Yag laser capsulotomy after surgery. Toric Lenses If you have astigmatism, Toric lenses could be a great option. They correct the uneven curvature of your cornea, which is shaped more like a rugby ball than a football. Toric lenses can significantly reduce your dependence on distance glasses if you have two or more dioptres of corneal astigmatism (your ophthalmologist can determine this for you). While these lenses increase your chances of achieving glasses independence for distance vision, it's important to note that in a small number of cases, the lens can rotate after surgery, requiring a follow-up procedure to reposition it correctly. Monovision Monovision is another strategy to reduce your dependence on glasses using standard monofocal lenses. This approach involves setting one eye for distance vision and the other for near or intermediate vision. While this can reduce your need for glasses, it does come with some downsides, such as a reduction in depth perception. Some people may find it difficult to adjust to the difference in prescription between their eyes. If you’re considering monovision, it's a good idea to test it out with contact lenses first, with one eye corrected for distance and the other for near vision. Even with monovision, you’ll likely still need glasses for tasks like reading small print. Restoring Your Vision After Cataract Surgery: Yag Laser Posterior Capsulotomy If you've had cataract surgery and your vision has started to blur again, you might be experiencing a common issue that can develop after the procedure, called "posterior capsular opacification". The good news is that a quick and painless laser treatment called Yag laser posterior capsulotomy can restore your clear vision in just a few minutes. Yag Laser: Why Do I Need This Treatment? During cataract surgery, your eye's natural lens is replaced with a clear artificial lens. The lens is held in place by a natural bag, which is left intact during the procedure. However, sometimes the back of this bag can become cloudy over time, leading to blurred vision, streaks, or halos around lights. These symptoms can gradually worsen if left untreated. What Does the Yag Laser Do? In the past, treating this cloudy bag required another trip to the operating theatre. Thankfully, modern technology allows us to quickly and safely remove the cloudy part with a Yag laser right in the clinic. The procedure is straightforward and usually painless. Here’s what to expect: Anaesthetic Drops: Before the treatment begins, numbing drops are applied to your eye to keep you comfortable. Laser Treatment: A special lens may be placed against your eye, and the Yag laser is used to create a small opening in the cloudy bag. This allows light to pass through clearly again, restoring your vision. Quick and Easy: The entire process takes just a few minutes, and most patients find it completely painless. After the treatment, you might be given a short course of steroid drops to help your eye heal. Your vision should improve rapidly, and you can return to your normal activities right away. Are There Any Risks? Yag laser posterior capsulotomy is a very safe procedure, but as with any surgery, there are some risks to be aware of. You might notice new floaters or spots in your vision afterwards. In rare cases, the lens could be damaged, leading to "pitting," or you might experience a more serious complication like retinal detachment or fluid buildup in the retina (cystoid macular oedema), which could affect your vision. There’s also a chance your eye pressure could rise temporarily. While these risks are rare, it’s important to discuss any concerns with your eye specialist, who will ensure you’re fully informed and prepared for the procedure.

Contact Essex Eye Surgery to book a private consultation with Mr Alex Baneke. Clinics in Southend and Brentwood, Essex. Call 07398 997 592 or email info@essexeyesurgery.co.uk. Contact Us Contact us to arrange a private consultation: 07398 997 592 / 01702 667 819 info@essexeyesurgery.co.uk BOOK ONLINE: SOUTHEND Paige Meader, Private secretary BOOK ONLINE: BRENTWOOD NHS referrals via your GP or optician Consulting rooms: Southend Private Hospital 15-17 Fairfax Drive Westcliff-on-Sea, Essex SS0 9AG 01702 667 819 Spire Hartswood Hospital Eagle Way, Brentwood CM13 3LE 01277 232525 Southend University Hospital Southend-on-Sea, SS0 0RY 01702 435 555 Orsett Hospital Rowley Road, Orsett, Grays RM16 3EU 01268 524 900

Private glaucoma treatment in Essex from specialist consultant Mr Alex Baneke. SLT laser, trabeculectomy, tube surgery, MIGS, and Preserflo. Clinics in Southend and Brentwood, serving Chelmsford, Hornchurch, and East London. Glaucoma Treatment What is glaucoma? Contact us If you've been diagnosed with glaucoma it's important to know that the most effective treatments focus on reducing eye pressure, which is key to slowing the progression of the condition. There are several ways to lower eye pressure including medications, laser treatments and surgical options. With the right treatment plan we can help protect your vision and manage your glaucoma effectively. Scroll to learn more Eye drops and tablets for Glaucoma Eye drops Tablets Surgical Treatments for Glaucoma Trabeculectomy Tube Surgery Preserflo MIGS Laser Treatments for Glaucoma SLT Cyclodiode Yag PI

Mr Alex Baneke is a consultant ophthalmic surgeon in Essex specialising in cataract surgery and glaucoma. Trained at Moorfields Eye Hospital. Clinics at Southend Private Hospital and Spire Hartswood, Brentwood. Mr Alex Baneke Mr Baneke is an experienced consultant ophthalmic surgeon, specialising in cataract and glaucoma surgery. He completed his medical studies at Oxford University and University College London, followed by extensive ophthalmic specialty training, with the majority of his 7-year program at the prestigious Moorfields Eye Hospital. During his 18-month fellowship in surgical glaucoma at Moorfields, Mr Baneke honed his skills in managing both routine and complex cases of glaucoma and cataracts. With a strong background in research, including a fellowship in glaucoma at Guy's and St Thomas' Hospital, Mr Baneke has contributed to internationally recognised publications. He is committed to advancing the field, running fellowships at Southend and Orsett hospitals, where he trains the next generation of eye surgeons in cataract and glaucoma surgery. Outside of his professional life, Mr Baneke enjoys spending time with his wife and two young children. To relax, he enjoys a good book and bike rides through the scenic Essex countryside. Mr Alex Baneke's world-class experience underpins the compassionate service he offers to his patients. Jump to Understanding Glaucoma What is Glaucoma? Understanding Intraocular Pressure Glaucoma risk factors "why me?" The different types of Glaucoma Living with Glaucoma Glaucoma Treatment Guide Eye drops and tablets A guide to surgical treatments Laser treatments Cataracts What are cataracts? A guide to cataract surgery A guide to lenses Laser after cataract surgery Other topics Dry eyes and blepharitis Services in Essex

Private Eye Surgery in Southend-on-Sea Leading Consultant eye surgeon, Mr Alex Baneke, offers private cataract surgery and glaucoma treatment at Southend Private Hospital , 15–17 Fairfax Drive, Southend-on-Sea, Essex, SS0 9AG. The clinic serves patients from Southend, Leigh-on-Sea, Westcliff, Shoeburyness, Rochford, Rayleigh and Chelmsford. No GP referral is needed for a private appointment. BOOK NOW Getting here By car: Free patient parking is available on site. On the rare occasion where no spaces are available, overflow parking is available on Prittlewell Chase (street parking), or a 5-minute walk away at Southend United Football Club. If parking at the Football Club, please ask reception at Southend Private Hospital for a parking ticket. From Southend Central Railway Station: 8 minutes by taxi, or 17 minutes by bus (routes 7, 9, 20 or 25 from Travel Centre stop J). From Prittlewell Railway Station (best for Rochford and Rayleigh): 4 minutes by taxi or a 12-minute walk. From Chelmsford: A 29-minute drive via the A130 and A127, or take the X30 bus from Chelmsford Bus Station (45 minutes to Earls Hall Avenue, followed by a 7-minute walk). What to expect at your consultation During your first visit, Mr Baneke will carry out a thorough examination of your eyes, discuss your symptoms and explain your treatment options. Most new consultations last around 30 minutes. Mr Baneke holds private clinics at Southend Private Hospital twice weekly, offering flexible appointment availability. Before your appointment You can drive to most routine follow-up appointments. However, some appointments (including your initial consultation, your first post-operative consultation, and any consultation where your symptoms have changed) may involve dilating eye drops, which blur your vision for around 3 hours. You should not drive during this time. To book a private consultation, use the "Book Online" link on our website (available for Southend Private Hospital and Spire Hartswood only), call Paige on 07398 997 592 , or email info@essexeyesurgery.co.uk . BOOK NOW

Practical advice on lifestyle changes for patients living with glaucoma, from managing eye drops to driving and diet. Written by glaucoma specialist Mr Alex Baneke in Essex. Living with Glaucoma For most people, glaucoma is a slowly progressing condition, and with the right treatment, many won’t notice a significant change in their vision. While glaucoma can cause some challenges, the good news is that most patients will not go blind. However, it’s important to be aware of how glaucoma can affect your daily life, especially as it progresses. In this guide, we’ll explain what it’s like to live with glaucoma, the impact on driving, and the support services available to help you. On this page Visual Field Loss Driving and Glaucoma Support Services and Charities Living with Glaucoma- daily activities Sleep and glaucoma Can lifestyle changes affect glaucoma? Help available for those with sight impairment Visual Field Loss Glaucoma primarily affects your peripheral vision, but in the early stages, many people won’t notice any changes. This is because the visual field loss often happens gradually, and one eye can compensate for the other. Additionally, the brain has an amazing ability to “fill in” gaps in your vision, meaning you might not realise you have any problems until the disease has advanced. Driving and Glaucoma Driving with glaucoma depends on how your visual field is affected. If you have glaucoma in one eye but normal vision in the other, you don’t need to inform the DVLA for personal car or motorbike licences. However, if both eyes are affected, or if one eye has glaucoma and the other is affected by a different condition, you must inform the DVLA and take a special visual field test for driving called the Esterman test. This test is done with both eyes open, and most people find it easier than the routine visual field tests performed in clinics. Patients who drive professionally (taxi, minibus or HGV drivers), are legally obliged to inform the DVLA even if their glaucoma only affects one eye. Fortunately, about 9 out of 10 people pass the Esterman test. If you don’t inform the DVLA and are involved in an accident, you could be fined or prosecuted. For those with a bus, coach, or lorry licence, you must inform the DVLA even if only one eye is affected by glaucoma. Medical professionals are required by law to inform the DVLA if a patient with glaucoma refuses to do so themselves. Patients can inform the DVLA of their condition online at https://www.gov.uk/eye-conditions-and-driving . Support Services and Charities If you’re living with glaucoma, there are many support services and charities that can help. Glaucoma UK and the Royal National Institute for the Blind (RNIB) provide advice, information, and courses on living with sight loss. They offer guidance on financial help, technology, employment rights, and caring for someone with sight loss. They also have helplines and websites for more information. Eye Clinic Liaison Officers (ECLOs) are available at most hospitals to provide direct support for patients experiencing vision loss. Ask your eye doctor for a referral to your local ECLO for help with accessing services and advice. Low Visual Aid Clinics offer tools and devices to help you manage day-to-day activities. If you are registered as sight-impaired or severely sight-impaired, you will also receive a needs assessment to help identify useful adaptations for your home. For more details on local services, the RNIB’s Sightline Directory offers links to resources for blind and partially sighted individuals. Living with Glaucoma: Daily Activities Research has shown that people with glaucoma in both eyes may find certain daily activities more challenging than those without the condition. For example, patients with visual field loss in both eyes may experience more difficulty with tasks like walking or reading. They may also walk more slowly and have an increased risk of tripping or falling, particularly if the lower part of their visual field is affected, which can make it harder to see steps or obstacles. Patients with glaucoma in only one eye tend to manage well with most day-to-day activities, as their vision in the unaffected eye compensates. However, as glaucoma progresses and affects both eyes, you may notice more difficulty navigating spaces or reading, and certain medications, like beta-blockers, may lower blood pressure and increase the risk of falls. Sleep and glaucoma Cells in the retina that detect light and help regulate your sleep-wake cycle, or your circadian rhythm, are damaged in glaucoma. There is evidence to suggest that this can make it harder for patients with advanced glaucoma to get a good night's sleep. Additionally, patients with sleep apnoea may be at higher risk of developing glaucoma. Lifestyle changes that may help patients with glaucoma to get a better night's sleep include increasing exposure to bright natural light during the day, and reducing exposure to bright lights in the evening. This will allow the remaining light-sensitive retinal cells to have as much impact as possible on the sleep-wake cycle. Taking melatonin supplements before bed may also help. Furthermore, some evidence suggests melatonin can reduce your intra-ocular pressure. Further helpful advice on sleep can be found at https://www.nhs.uk/every-mind-matters/mental-health-issues/sleep/ . Can lifestyle changes affect glaucoma? Leading a healthy lifestyle is important for patients with glaucoma. The two most important risk factors for glaucoma are intraocular pressure and age. Therefore activities that reduce intraocular pressure or the affect of aging on the body may slow the progression of glaucoma. Activities that can increase intraocular pressure and should therefore be performed in moderation for glaucoma patients, especially following glaucoma surgery, include the following: Yoga employing positions where the head is below the heart Heavy weight lifting Playing brass instruments, such as the trumpet High caffeine intake; moderate intake is probably fine, as caffeine is high in antioxidants, which may be protective against glaucoma Drinking large volumes of fluid over a short period of time Positive lifestyle changes that may slow the progression of glaucoma include: Regular exercise A healthy diet high in antioxidants, found in green leafy vegetables (kale and spinach), tomatoes, berries, nuts, dark chocolate, coffee (in moderation) and green tea Evidence from the Rotterdam Study suggests diets high in vitamin B3 (niacin) and B12 (cobalamin) are associated with a lower risk of glaucoma. B12 supplements are safe for most people, but B3 supplements can cause liver damage, cardiovascular disease and diabetes if taken at high doses, so speak to your doctor before taking vitamin B3 (niacin) tablets. Stopping smoking and reducing alcohol intake Meditation and activities that reduce stress Sleeping with the head slightly elevated on a pillow Driving and Glaucoma Daily activities Support Services and charities Sleep and glaucoma Lifestyle changes and glaucoma Help available for those with Sight Impairment If you are registered as sight impaired (SI) you may be entitled to these benefits and concessions: Free postage Free NHS eye examination Disabled person’s railcard Reduced/free bus fares Free directory enquiries Cinema pass for a carer Protection under Equality Act Assessment by Social Services Those registered as severely sight impaired (SSI) are additionally entitled to: Blind person’s tax allowance TV licence fee reduction Blue badge (car parking) You may also be eligible for additional benefits, including Personal Independence Payment (PIP), Attendance Allowance, Carer’s Allowance, and Universal Credit. Living with glaucoma doesn’t mean you have to stop doing the things you enjoy, but it’s important to be aware of how the condition might affect your vision, particularly as it progresses. Regular check-ups, following your treatment plan, and taking advantage of the support services available can help you manage your condition and maintain a good quality of life. For further information, don’t hesitate to reach out to charities like Glaucoma UK or the RNIB , or speak to your local Eye Clinic Liaison Officer for personalised advice and support.

Private glaucoma treatment in Essex from specialist consultant Mr Alex Baneke. SLT laser, trabeculectomy, tube surgery, MIGS, and Preserflo. Clinics in Southend and Brentwood, serving Chelmsford, Hornchurch, and East London. Glaucoma Treatment What is glaucoma? Contact us If you've been diagnosed with glaucoma it's important to know that the most effective treatments focus on reducing eye pressure, which is key to slowing the progression of the condition. There are several ways to lower eye pressure including medications, laser treatments and surgical options. With the right treatment plan we can help protect your vision and manage your glaucoma effectively. Scroll to learn more Eye drops and tablets for Glaucoma Eye drops Tablets Surgical Treatments for Glaucoma Trabeculectomy Tube Surgery Preserflo MIGS Laser Treatments for Glaucoma Selective Laser Trabeculoplasty (SLT) Cyclodiode Yag peripheral iridotomy (PI) EYE DROPS AND TABLETS Scroll Down Understanding Your Glaucoma Medications: Eye drops On this page... Latanoprost (Xalatan™), Travoprost (Travatan™), Bimatoprost (Lumigan™) Timolol (Timoptol™, Tiopex™), Betaxolol (Betoptic™) Pilocarpine Dorzolamide (Trusopt™), Brinzolamide (Azopt™) Brimonidine (Alphagan™), Apraclonidine (Iopidine™) Latanoprostene bunod (Vyzultar™), Netarsudil (Rhokiinsa™), Latanoprost and Netarsudil (Roclanda™) When it comes to managing glaucoma, reducing eye pressure is key to slowing the progression of the condition. There are several treatment options available, including eye drops, tablets, and even some newer treatments. Here's a guide to help you understand the different medications used in glaucoma treatment and what to expect from each. An expert guide: How to Apply Eye Drops Step 1: Shake the bottle well. Step 2: Tilt your head back, pull down your lower eyelid with one hand, and hold the bottle with your other hand resting on your forehead or nose. Step 3: Place a drop into your eye. Step 4: If you're not sure the drop went in, it's okay to try again. Step 5: After applying the drop, close your eyes and press gently between your lower eyelid and nose for 1-2 minutes. This helps prevent the medication from draining into your nose and throat, which can reduce side effects. Step 6: Wait 5 minutes between applying different drops. Some people struggle to administer their own eye drops. Dispensers like the one below can sometimes help. Opticare Eye-Drop Dispenser Eye Drops: Your First Line of Defence Most patients with glaucoma will be treated with eye drops. With many different types available, it can be a bit confusing to know which one is right for you. Each type of drop works to lower eye pressure, but the effectiveness and side effects can vary from person to person. Some drops are also available in preservative-free formulations, which may be helpful if you have dry eyes or wear contact lenses. Prostaglandin Analogues Prostaglandin analogues such as Latanoprost (Xalatan™), Travoprost (Travatan™), and Bimatoprost (Lumigan™), are highly effective at reducing eye pressure, often by around 30%. These drops are frequently the first line of treatment. They work by increasing fluid outflow from the eye. Common side effects include mild stinging, eye redness, and increased eyelash growth. In some cases, they can cause changes in eye colour and fat loss around the eyes. Bimatoprost may be slightly more effective at reducing your eye pressure but comes with a higher chance of side effects. Beta-blockers Beta-blockers like Timolol (Timoptol™/Tiopex™) and Betaxolol (Betoptic™) reduce fluid production in the eye and can also increase fluid outflow. They are slightly less effective than prostaglandin analogues but have fewer aesthetic side effects. Cholinergic agonists Cholinergic agonists, like Pilocarpine, help by constricting the pupil and increasing fluid outflow. They’re usually used in emergencies and can cause headaches and reduced night vision. Carbonic anhydrase inhibitors Carbonic anhydrase inhibitors include drops like Dorzolamide (Trusopt™) and Brinzolamide (Azopt™). These medications reduce fluid production in the eye and can lower pressure by around 20%. Side effects may include stinging, redness, and a metallic taste. In rare cases, they can affect your blood cells. Alpha-agonists Alpha-agonists, such as Brimonidine (Alphagan™) and Apraclonidine (Iopidine™), lower fluid production and increase fluid outflow. They can cause redness, itching, and dry mouth. Some patients may develop conjunctivitis (a bright red, itchy, watery eye), which means the drops need to be stopped. It's also important to avoid using these if you're on certain antidepressants like amitriptyline. New options Newer options include nitric oxide donating prostaglandins such as Latanoprostene bunod (Vyzultar™), which are similar to prostaglandin analogues but also increase fluid outflow through the eye's internal drainage system. Rho-kinase/ norepinephrine transport inhibitors, like Netarsudil (Rhokiinsa™) or the combination of Latanoprost and Netarsudil (Roclanda™), are new drugs that work by several mechanisms to reduce eye pressure. Roclanda became available in the UK in 2024. These newer drugs may cause side effects like eye redness and increased watering. Prostaglandin analogues Beta blockers Pilocarpine Carbonic anhydrase alpha agonists New meds Anchor 1 Understanding your Glaucoma Medications: Tablets If you’re considering any tablet-based treatments, it’s crucial to have a detailed discussion with your eye specialist to ensure it’s the best option for your specific situation and health conditions. Acetazolamide Tablets (Diamox™) Acetazolamide (Diamox™) is a carbonic anhydrase inhibitor, similar to certain eye drops used in glaucoma treatment. It's very effective at reducing eye pressure, but because of its potential side effects, it’s typically used only for short periods, such as when your eye pressure is particularly high or while you're waiting for surgery. Acetazolamide is available in both regular and slow-release (SR) formulations, and there's little difference in their effectiveness, so either can be used depending on your needs. Side Effects of Acetazolamide While Acetazolamide is effective, it can cause some side effects. Commonly, you might experience dizziness, tiredness, tingling in the fingers, and increased urination. In rare cases, it may lead to changes in your blood cells or worsen kidney stones. It’s particularly important to avoid or use a lower dose of Acetazolamide if you have sickle cell anaemia, kidney stones, or severe kidney or liver disease. The medication can also reduce potassium levels, so you might be advised to consume high-potassium foods or drinks, such as a banana, a serving of spinach, or a glass of tomato juice, with each tablet. In some cases, your doctor may prescribe Sando-K potassium supplement tablets to take alongside Acetazolamide. Nicotinamide There is ongoing research investigating whether oral nicotinamide tablets - at a dose of 1.5g daily for 6 weeks followed by 1.5g twice daily - may slow glaucoma progression. Nicotinamide does not reduce eye pressure but may slow glaucoma progression via a different mechanism: improving mitochondrial function. Rarely, nicotinamide may cause serious liver damage, so patients must check their liver function blood tests regularly while treatment continues. As trials on nicotinamide are ongoing, it is not currently recommended as a treatment by most glaucoma specialists. Side Effects of Nicotinamide Nicotinamide may not be suitable for everyone. It is contraindicated if you have impaired liver function, are pregnant, have a history of cancer, or are taking certain medications such as doxycycline, isoniazid, pyrazinamide, or carbamazepine. Nicotinamide can rarely cause life-threatening liver damage. It’s important to consult your doctor before considering nicotinamide as part of your treatment plan. SURGICAL TREATMENT Scroll Down Surgical Treatment for Glaucoma: What You Need to Know If you’ve been diagnosed with glaucoma, and other treatments haven't sufficiently controlled your eye pressure, your doctor may recommend surgery. One of the most common surgical procedures for glaucoma is a trabeculectomy. This surgery aims to lower the pressure inside your eye to prevent further damage to your optic nerve and preserve your vision. It’s important to know that while trabeculectomy can help stop or slow down vision loss, it won’t improve your vision from its current level, and your vision might temporarily worsen before it stabilises. Trabeculectomy surgery is a highly effective option for reducing eye pressure and slowing the progression of glaucoma for most patients. While it won’t improve your current vision, it can help prevent further vision loss and reduce your need for eye drops. As with any surgery, there are risks involved, but with careful monitoring and follow-up, most patients achieve good outcomes. Trabeculectomy Surgery Trabeculectomy surgery works by creating a new pathway for fluid to drain out of the front part of your eye (the anterior chamber). During the procedure, your surgeon creates a small “trap door” in the wall of your eye (the sclera). This allows fluid to flow into a tiny reservoir called a “bleb,” which is located under the conjunctiva—the thin, clear tissue that covers the white of your eye. After the operation, you might notice a small blister-like bump on the top of your eye when you look in the mirror. The trap door is carefully closed with stitches that can be adjusted after surgery to control the flow of fluid and the pressure inside your eye. The conjunctiva is also stitched, and these stitches are usually removed about a month after the operation. To help prevent the trap door from scarring and closing, an anti-scarring agent called mitomycin C is applied during the surgery. How Successful is Trabeculectomy? Trabeculectomy is successful in about 7 to 8 out of 10 patients. However, about 1 in 20 patients may need to return to the operating theatre for an adjustment in the months following the initial surgery. Vision can reduce immediately after surgery before stabilising. The risk of a sight-threatening complication is around 1 in 200 patients. Serious complications include infection, bleeding, or very low eye pressure. A serious infection called blebitis can occur at any time after surgery, so it’s crucial to seek immediate medical attention if your eye becomes increasingly red, sticky, or painful. After trabeculectomy surgery, approximately 1 in 3 patients develop a cataract within two years, and your glasses prescription could change. You should wait three months after surgery before getting a new prescription from your optician and avoid using contact lenses during this time. Additionally, 1 in 20 patients may develop a droopy eyelid as a result of the surgery. In very rare cases, the eye can become persistently uncomfortable, which may require further surgery to correct. What to Expect on the Day of Surgery On the day of your trabeculectomy, plan to spend several hours in the hospital. After checking in, you’ll be taken to the operating theatre, where a sterile blue drape will be placed over your face, and your eye will be cleaned with iodine. An oxygen tube will provide oxygen under the drape. You’ll receive a local anaesthetic, which involves an injection around the eye. If you’re having a local anaesthetic, you can eat and drink as normal on the day of surgery. Some patients find it helpful to take a mild sedative, such as diazepam, to relax during the procedure. If you do opt for sedation, it’s important to have a friend or relative accompany you home. The operation itself takes about an hour, and you should not feel any pain. However, if you start to feel uncomfortable, let your surgeon know so that more anaesthetic can be administered. After Surgery: Recovery and Care Most patients go home the same day after surgery. It’s a good idea to have someone accompany you home, especially if you’ve had general anaesthetic, sedation, or have poor vision in your other eye. You’ll need to clean your eye when you remove the dressing the next morning—simply wash your hands and use cooled boiled water on a clean cotton pad to do this. For the first month after surgery, avoid swimming, bending, and heavy lifting. You can wash your hair a few days after surgery, but take care to avoid getting water in your eye. If you have help at home, consider washing your hair backwards over a sink. You’ll be given an eye shield to wear at night for the first 2 to 4 weeks. Most patients need 2 to 3 weeks off work, and it’s important to avoid contact sports. In the future, always wear protective goggles when playing ball sports. Your eye may be red, uncomfortable, and slightly swollen after surgery, and your eyelid might droop. In most cases, these symptoms will improve over time. However, if you experience increasing redness, pain that doesn’t improve with paracetamol, significant blurred vision, or a sudden very watery eye, seek urgent care at an eye casualty. Surgical Treatment for Glaucoma: Understanding Tube Surgery If you're dealing with glaucoma and other treatments haven't effectively managed your eye pressure, tube surgery might be recommended. This procedure is designed to lower the pressure inside your eye, helping to slow down or stop the progression of vision loss. While tube surgery won’t improve your current vision, it can be an important step in preserving the vision you still have. Here’s what you need to know about this surgical option. Tube surgery is a highly effective option for reducing eye pressure and slowing the progression of glaucoma. It is especially suitable for patients who have complex glaucoma or who have had previous surgery. While it won’t improve your current vision, it can help prevent further vision loss and may reduce your need for eye drops. As with any surgery, there are risks involved, but with careful monitoring and follow-up, most patients achieve good outcomes. For more information, please click here to access a presentation, including a video of a Paul™ tube surgery being performed (please note that this is a video of surgery on a real patient, which some individuals might find challenging to watch). Tube Surgery Tube surgery involves inserting a small tube, usually about half a millimetre in diameter, into the front chamber of your eye. This tube is attached to a soft plastic or silicone plate, which is positioned about 1 centimetre behind the cornea (the clear front part of the eye). The plate sits between or under the muscles that move your eye, and the tube drains fluid from the eye into a small reservoir known as a “bleb.” The bleb, which lies over the tube plate, helps to reduce scarring. This makes tube surgery particularly useful for eyes that are more prone to scarring, such as those that have already undergone multiple operations. The tube is covered with a patch made from donor tissue, typically from the pericardium (the sac surrounding the heart). Because donor tissue is used, you won’t be able to donate blood following tube surgery. There is a very small theoretical risk of infections that cannot be screened for, although this risk is extremely low. After the operation, you may notice a small raised area under your eyelid and a whitish patch next to the cornea when looking in the mirror. These changes usually become less noticeable over time. Types of Tubes There are different types of tubes used in this surgery, including Paul™, Baerveldt™, and Ahmed™ tubes. They all work in a similar way, but there are some differences in how they manage fluid flow. For example, the Ahmed™ tube has a built-in valve that controls the flow of fluid, so stitches aren’t needed to regulate pressure. However, some studies suggest that the Baerveldt™ tube might be slightly more effective at reducing eye pressure than the Ahmed™ tube. In Paul™ and Baerveldt™ tubes, stitches are often used to control fluid flow initially and are usually removed about 2-3 months after surgery. Success Rates and Risks Tube surgery is successful in about 7 out of 10 patients. However, about 1 in 20 patients may need to return to the operating theatre for an adjustment within a few months of the initial operation. The risk of a complication that could permanently damage your vision is about 1 in 200. Potential serious complications include tube exposure, infection, bleeding, corneal failure (which may require a corneal transplant), and problems with either high or low eye pressure. A serious infection called blebitis can occur at any time after surgery, so it’s crucial to seek immediate medical attention if your eye becomes red, sticky, or painful. You might develop a cataract after tube surgery, and your glasses prescription could change. It’s best to wait about three months after the operation before getting a new prescription from your optician. You should also avoid using contact lenses during this time. Approximately 1 in 20 patients may experience a droopy eyelid after surgery, and because the tube plate is placed near or under the eye muscles, some patients may experience double vision. In most cases, this double vision resolves within 3-6 months. What to Expect on the Day of Surgery On the day of your operation, you can expect to spend several hours in the hospital. After arriving on the ward, your details will be checked, and you’ll be taken to the operating theatre. A sterile blue drape will be placed over your face, and your eye will be cleaned with iodine. You’ll receive a local anaesthetic, which involves an injection around the eye. If you’re having local anaesthetic, you can eat and drink as normal on the day of surgery. A mild sedative, such as diazepam, may also be given, as the operation can take some time. Some surgeons prefer to perform tube surgery under general anaesthetic or with stronger sedatives administered through a vein. If this is the case, your anaesthetist may ask you not to eat on the day of the operation and to only drink clear fluids until two hours before the surgery. The operation itself typically takes about one to one and a half hours. You shouldn’t feel any pain during the procedure, but if you start to feel uncomfortable, let your surgeon know so they can administer more anaesthetic. After Surgery: Recovery and Care Most patients go home the same day after surgery. It’s important to have someone accompany you home. The morning after surgery, you may need to clean your eye. Wash your hands and use cooled boiled water on a clean cotton pad to do this. For the first month, avoid swimming, bending, and heavy lifting. You can wash your hair a few days after surgery, but take care to avoid getting water in your eye. If you have help at home, you can wash your hair backwards over a sink. You’ll need to wear an eye shield at night for the first 2 to 4 weeks after surgery. Most patients need 2-3 weeks off work. It’s important to avoid contact sports and to wear protective goggles when playing any ball sports in the future. Your eye will be more vulnerable after the operation. Initially, it may be red, uncomfortable, and slightly swollen, and your eyelid might droop. In most patients, the appearance of the eye returns to normal in the months following surgery. However, if you notice increasing redness, pain that doesn’t improve with paracetamol, or significant blurred vision, seek urgent care at an eye casualty. Understanding Preserflo™ Surgery for Glaucoma If you’re living with glaucoma, you know how important it is to manage the pressure inside your eye to protect your vision. Preserflo™ surgery is one option that may help reduce this pressure, slowing down or even stopping further damage to your visual field. While Preserflo™ won’t improve your current vision, it can be a crucial step in preserving what you have. Here’s everything you need to know about this procedure. Preserflo™ surgery is a promising option for reducing eye pressure and slowing the progression of glaucoma. While it won’t improve your current vision, it can help preserve what you have and may reduce your need for regular eye drops. Although there’s less evidence supporting Preserflo™ compared to trabeculectomy, many surgeons now prefer it due to its similar success rate, fewer variables, shorter procedure time, and potentially lower risk of serious complications. For more information, you can explore the following resources: EyeWiki: Preserflo™ Ab-Externo MicroShunt Video: Preserflo™ Surgery in a Real Patient (Please note this is a surgical video which some individuals may find challenging to watch) Preserflo™ Surgery Preserflo™ surgery involves inserting a small tube, known as the Preserflo™, into the front chamber of your eye. This tube drains fluid into a reservoir, called a “bleb,” which forms under the conjunctiva—the delicate skin covering the white part of your eye. After the operation, you might notice a shallow blister at the top of your eye when you look in the mirror. The bleb created during Preserflo™ surgery is usually positioned further back and is shallower than the one formed during trabeculectomy surgery. This positioning often makes it less visible, making Preserflo™ a good option for patients who wear contact lenses. Unlike traditional tube surgeries, the Preserflo™ tube is smaller (about 1/3 of a millimetre in diameter) and does not require a plate or stitches to control fluid flow. This can make the procedure quicker and potentially more comfortable during recovery. Success Rates and Risks Preserflo™ surgery is relatively new, and while there’s less long-term evidence compared to other procedures like trabeculectomy, early results are promising. Success rates from studies suggest that Preserflo™ is effective in 5 to 8 out of 10 patients. A minority of patients experience low eye pressure after surgery, which might require injections of a gel into the front chamber of the eye, or a follow-up procedure to place a stitch in the Preserflo™ to increase the pressure. Serious complications are rare but can include infection, bleeding, corneal failure (which might require a corneal transplant), and high or low eye pressure. The risk of a complication that could permanently damage your vision is around 1 in 250. A serious infection called blebitis can occur at any time after surgery, so it’s important to seek immediate medical attention if your eye becomes increasingly red, sticky, or painful. You may develop a cataract after surgery, and your glasses prescription could change. It’s best to wait three months before getting a new prescription from your optician. If you’re a contact lens wearer, discuss this with your surgeon as some patients may be advised not to wear them post-surgery. About 1 in 20 patients develop a droopy eyelid, and in rare cases, the eye can become persistently uncomfortable, which may require further surgery to correct. What to Expect During and After Surgery On the day of your surgery, you’ll spend several hours in the hospital. After arriving on the ward, your details will be checked, and you’ll be taken to the operating theatre. A sterile blue drape will be placed over your face, and your eye will be cleaned with iodine. You’ll receive a local anaesthetic, which involves an injection around the eye. If you’re having local anaesthetic, you can eat and drink as normal on the day of surgery. Some patients also opt for a mild sedative, such as diazepam, to help them relax during the procedure. If you choose sedation, a friend or relative should accompany you home. The operation itself takes about 45 minutes. You shouldn’t feel any pain, but if you do start to feel uncomfortable, let your surgeon know so they can top up your anaesthetic. After surgery, most patients go home the same day. It’s important to have someone accompany you, especially if you’ve had general anaesthetic, sedation, or have poor vision in your other eye. The morning after surgery, you may need to clean your eye—simply wash your hands and use cooled boiled water on a clean cotton pad. For the first month, avoid swimming, bending, and heavy lifting. You can wash your hair a few days after surgery, but take care to avoid getting water in your eye. If you have help at home, you can wash your hair backwards over a sink. You’ll need to wear an eye shield at night for the first 2 to 4 weeks after surgery. Most patients need 2 to 3 weeks off work. It’s also important to avoid contact sports and wear protective goggles when playing any ball sports in the future. Exploring Minimally Invasive Glaucoma Surgery (MIGS) If you’re managing glaucoma, there are several surgical options available to help lower the pressure in your eye and protect your vision. Minimally Invasive Glaucoma Surgery (MIGS) is a newer category of procedures that have gained popularity in recent years due to their lower complication rates and the fact that they can often be performed quickly, often alongside cataract surgery. However, it’s important to know that while MIGS can be effective, the evidence supporting these procedures isn’t as strong as that for more established surgeries like trabeculectomy or tube surgery. MIGS offers a less invasive approach to managing glaucoma, with the potential for lower complication rates and quicker recovery times. However, the evidence supporting these procedures is still evolving, and they may not be suitable for everyone. Discussing your options with your eye specialist will help you determine if MIGS is the right choice for you. For more detailed information, you can explore the following resources (please note they are designed for use by health professionals): Hydrus™ Overview Miniject™ Information Cochrane Reviews on MIGS Minimally Invasive Glaucoma Surgery (MIGS) MIGS, or Minimally Invasive Glaucoma Surgery, refers to a range of procedures that aim to lower eye pressure using various methods, typically without creating a reservoir (or “bleb”) under the conjunctiva, as is done in more traditional glaucoma surgeries. The procedures can be grouped into three main categories: Trabecular Bypass Devices: These devices, such as iStent™ and Hydrus™, bypass the eye’s natural drainage system (the trabecular meshwork) to improve fluid flow into the second part of the drain, known as Schlemm’s canal. Trabecular Meshwork Excision Devices: Devices like the Kahook™ Dual Blade, Trabectome and Omni, remove or cut the trabecular meshwork to enhance fluid drainage into Schlemm’s canal. Suprachoroidal Drainage Devices: These devices, including Miniject™, drain fluid from the front chamber of the eye into the deeper tissues of the eye (the suprachoroidal space). Another device, Cypass™, was previously used for this purpose but has been withdrawn from the market due to safety concerns. What Do We Know About the Effectiveness of MIGS? The effectiveness of MIGS varies depending on the specific device used, and the overall evidence supporting these procedures is still developing. Most specialists recommend that these procedures should not be used for patients with advanced glaucoma. The aim of MIGS is usually to reduce the number of eye drops needed to control early or mild disease. Almost all evidence on these devices relates to patients with Primary Open Angle Glaucoma (POAG), not other types of glaucoma. Here’s a summary of what we know: Hydrus™: There is limited evidence suggesting that combining cataract surgery with a Hydrus™ implant may reduce the need for intraocular pressure-lowering medication and further reduce eye pressure compared to cataract surgery alone, especially in patients with mild to moderate open-angle glaucoma. Hydrus™ may be more effective than iStent™ in these cases. iStent™: The evidence for iStent™ is less robust than for Hydrus, with lower-quality studies suggesting it may help some patients achieve better control of their eye pressure and reduce their reliance on eye drops. However, there is variability in the reported complications, and more high-quality research is needed. Trabectome and Omni: Some single arm studies have shown promising results, but currently there is no strong evidence supporting the effectiveness of Trabectome or Omni in treating open-angle glaucoma. Cypass™: While early trials showed that Cypass™ could help patients achieve medication-free control of glaucoma, long-term concerns about damage to the cornea led to its withdrawal from the market. Miniject™: The Miniject™ device is designed to work similarly to Cypass™ but without the associated risks of corneal damage. Early trials are promising, and suggest Miniject™ may reduce eye pressure by 35-40% and eliminate the need for eye drops in about half of patients. However, these trials were funded by the manufacturer and did not have a control group. Further independent research is needed to confirm these results and to ascertain the risks involved in surgery. What to Expect During and After MIGS These operations are usually performed alongside cataract surgery. The surgery typically takes less time than more invasive glaucoma surgeries, and most patients can go home the same day. After surgery, you’ll need to follow specific care instructions to help your eye heal properly. This includes using prescribed eye drops, avoiding heavy lifting, and wearing an eye shield at night for a few weeks. You’ll have follow-up appointments to monitor your recovery and make any necessary adjustments. Fewer follow up appointments are usually needed compared with traditional glaucoma surgery. As with any surgery, there are risks involved, which can include worse or even loss of vision, so it’s important to report any unusual symptoms to your doctor right away. LASER TREATMENT Scroll Down SLT Yag PI Laser Treatments for Glaucoma: Your Guide If you’re living with glaucoma, you know how crucial it is to manage the pressure in your eye to prevent further damage to your vision. Laser treatments offer effective ways to reduce eye pressure, often as a complement or alternative to eye drops and surgery. Here’s a guide to understanding the different laser options available for treating glaucoma. Laser treatments for glaucoma, including SLT, Yag PI, and Cyclodiode, offer valuable options for reducing eye pressure and protecting your vision. While each procedure has its benefits and risks, they are generally safe and can be highly effective in managing glaucoma. Your eye specialist will help you determine the best treatment option based on your individual needs and the stage of your glaucoma. For more information on Yag PI, please see the animated video explaining the procedure: Yag PI Laser Treatment Video . Selective Laser Trabeculoplasty (SLT) Selective Laser Trabeculoplasty (SLT) is a relatively straightforward laser treatment that can help reduce eye pressure. It’s often used as an alternative to, or in addition to, eye drops. SLT works for around 7 out of 10 patients and can keep eye pressure lower for up to 5 years. It tends to work best in patients with high pressures who have not already been treated with multiple eye drops. For this reason, it is often recommended as an initial treatment. If needed, it can be repeated. SLT uses short pulses of low-energy light to target melanin-containing cells in the trabecular meshwork, which is the part of your eye responsible for fluid drainage. This laser treatment activates cells called macrophages, which help remodel the trabecular meshwork and improve fluid outflow. On the day of your SLT treatment, your eyes will be numbed with anaesthetic drops, which may cause temporary blurring and a mild headache. The laser procedure is quick, taking about 5-10 minutes per eye, and is performed on a machine similar to the one used in routine eye exams. After the procedure, you might need to wait for an hour to have your eye pressure re-checked, and you’ll be given drops to use for up to a week. The laser may take up to 6 weeks to fully take effect, so you’ll have a follow-up appointment around that time to check your eye pressure. Although SLT is generally safe, it’s still surgery, so there’s a small risk of complications such as temporary blurred vision, mild headaches, or a slight rise in eye pressure. In rare cases, inflammation or persistent blurred vision may occur, but these are usually manageable. Yag Laser Peripheral Iridotomy (PI) Yag Laser Peripheral Iridotomy (PI) is a laser treatment primarily used for patients with angle-closure glaucoma or those at risk of developing it due to a narrow drainage angle in the eye. This procedure involves creating a tiny hole in the iris (the coloured part of the eye) to open up the drainage angle and reduce the risk of pupil block, which can lead to increased eye pressure. Yag PI helps lower the risk of developing or worsening angle-closure glaucoma, though it doesn’t eliminate the risk entirely. In some cases, cataract surgery may be a better option, particularly for patients over 50, as it provides more space for fluid to drain and can be more effective than Yag PI. However, younger patients might want to avoid cataract surgery due to the loss of near-focus ability and higher complication risks compared to Yag PI. The procedure itself is quick and usually requires one or two visits to the laser room. You’ll receive anaesthetic drops and a contact lens will be placed on your eye to help focus the laser. Some patients might feel slight pressure or mild pain during the procedure, and temporary blurring is common afterwards, usually clearing by the next day. Yag PI is a very safe procedure, but like any surgery, there are potential risks. These include a temporary rise in eye pressure, slight blurring or ghosting of images, and very rarely, inflammation, bleeding, or damage to the retina. Your doctor will discuss whether Yag PI is right for you based on your specific risk factors. Cyclodiode Laser Treatment Cyclodiode is a laser treatment used primarily for reducing eye pressure in advanced or end-stage glaucoma, particularly when other treatments haven’t been successful. It’s performed in an operating theatre, and a strong local anaesthetic injection is given around the eye before the laser is applied over the sclera (the white part of the eye). Cyclodiode works by damaging the ciliary body, the part of the eye that produces aqueous fluid. By reducing fluid production, this treatment lowers eye pressure. Traditionally, Cyclodiode was reserved for end-stage glaucoma because of the potential for severe damage to the ciliary body and the eye itself. However, newer techniques, using lower doses or micropulse diode, have made it possible to use Cyclodiode earlier in the disease process with a lower risk of complications. While Cyclodiode can be an effective treatment, it’s still primarily used for patients with significant vision loss or those whose glaucoma hasn’t responded to other surgeries. Cyclodiode