Cataract Treatment

Warsaw · Krakow · Vienna · Zurich

Cataracts, despite being one of the most common causes of vision loss worldwide, are no longer an irreversible condition in modern times. Thanks to advanced surgical methods, millions of patients regain visual acuity, and thus independence and quality of life, each year. At the SwissLaser Clinic in Warsaw and Krakow, under the leadership of Dr. Victor Derhartunian, we offer advanced cataract treatment methods using the latest technologies and materials, providing patients not only with the removal of the clouded lens but also the opportunity for a significant improvement in vision quality.

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Basic Information about Cataracts

What are Cataracts and How Do They Manifest?

Cataracts (cataracta) are an ophthalmic condition involving the clouding of the eye’s natural lens, which is transparent in a healthy state. Light passes through this lens and then focuses on the retina, allowing us to see clearly. When the lens becomes cloudy, light cannot pass through it freely, leading to a gradual deterioration of vision.

According to the World Health Organization (WHO), cataracts remain the leading cause of blindness globally, accounting for approximately 51% of vision loss cases. It is estimated that in Poland alone, this problem affects over 800,000 people over the age of 60.

“Cataracts are a natural consequence of the body’s aging process, similar to graying hair,” explains Dr. Victor Derhartunian, head of the SwissLaser Clinic. “While we cannot completely stop this process, modern medicine offers safe and effective methods to restore good vision by replacing the clouded lens with a modern implant.”

Structure and Function of the Eye Lens

To better understand the nature of cataracts, it is worth knowing the structure and function of the eye’s natural lens. The lens is a transparent, biconvex structure suspended behind the iris and pupil. Its main tasks are:

Allowing light to enter the eye
Focusing light rays on the retina
Enabling accommodation (the eye’s ability to see objects clearly at different distances)

A healthy lens consists of 65% water and 35% proteins, which are arranged to allow light to pass through. It is surrounded by an elastic capsule and held in position by suspensory ligaments called the ciliary zonule.

The eye’s lens can be compared to a camera lens – when it is clean, the image is clear, but when it becomes dirty or scratched, the image quality significantly decreases.

Natural Age-Related Lens Changes

With age, natural aging processes occur in the eye’s lens, which can lead to the development of cataracts. The most important changes include:

Changes in protein structure – lens proteins begin to denature and form larger aggregates that scatter light
Yellowing of the lens – the natural accumulation of pigments causes the lens to become yellowish, and later brownish
Hardening of the lens – the elasticity of the lens decreases, limiting the ability to accommodate
Increased density – the lens becomes thicker and less permeable to light

These changes are a natural age-related process, although they can be accelerated by genetic, environmental factors, or coexisting diseases. The initial stage of cataracts can last for years before the patient notices the first symptoms of vision deterioration.

Symptoms and Development of Cataracts

Most Common Symptoms of Cataracts

Cataracts usually develop slowly and painlessly, and their initial symptoms can be easily overlooked or attributed to natural aging or eye fatigue. The most common symptoms of cataracts include:

Gradual, painless deterioration of visual acuity
Increased sensitivity to light and glare (especially when driving at night)
Seeing images as if through a fog or veil
Need for more frequent changes in glasses prescription
Difficulty reading fine print
Worsening night vision
Changes in color perception (often more yellowish or brownish)
Seeing double contours (monocular diplopia)
Difficulty recognizing faces

Clinical studies show that over 90% of cataract patients report a gradual deterioration of vision as the first noticeable symptom. It is worth noting that the speed of symptom development can vary significantly – in some individuals, vision deteriorates within a few months, while in others, this process takes years. The image quality significantly decreases.

Age Groups at Risk of Cataracts

Although cataracts are most often associated with the aging process, they can occur in various age groups:

Secondary cataracts – develop as a complication of other eye diseases, long-term use of certain medications (e.g., steroids), or as a consequence of systemic diseases. Genetic, environmental factors, or coexisting diseases. The initial stage of cataracts can last for years before the patient notices the first symptoms of vision deterioration.
Senile cataracts – the most common form, primarily affecting individuals over 60 years of age. Statistics show that it occurs in approximately 50% of people aged 65-74 and over 70% of people over 75.
Presenile cataracts – develop in individuals aged 45-60, often associated with genetic predispositions or environmental factors.
Congenital cataracts – present at birth or developing in the first months of life. It is relatively rare (1-6 cases per 10,000 births) but requires rapid intervention to prevent the development of amblyopia.
Traumatic cataracts – can occur at any age as a result of mechanical eye injury.

Factors Contributing to Cataract Development

In addition to the natural aging process, various factors can influence the development of cataracts, which are worth knowing for potential prevention:

Genetic factors – familial occurrence of early cataract development. While in others, this process takes years. The image quality significantly decreases.
Exposure to UV radiation – prolonged exposure to sunlight without adequate protection accelerates the aging processes of the lens.
Systemic diseases – especially diabetes, which significantly increases the risk of earlier cataract development (2-5 times compared to the general population).
Smoking – epidemiological studies show that smokers have approximately 3 times higher risk of developing cataracts than non-smokers.
Long-term use of certain medications – especially oral or inhaled corticosteroids.
Excessive alcohol consumption – regular, high alcohol intake is associated with accelerated development of lens opacification.
Eye injuries – both mechanical and chemical can lead to lens opacification.
Chronic eye diseases – such as chronic uveitis or glaucoma.
Previous ophthalmic surgeries – some procedures may increase the risk of cataract development.

Cataract Diagnosis

Slit Lamp Examination

The primary diagnostic tool used to detect and assess the advancement of cataracts is the slit lamp. This is a specialized microscope that allows the ophthalmologist to thoroughly examine the anterior segment of the eye, including the cornea, anterior chamber, iris, and lens.

During a slit lamp examination, the doctor can:

Assess lens transparency
Determine the type and location of opacities
Examine other eye structures for any coexisting diseases
Assess the stage of cataract advancement

The examination is completely painless and non-invasive. The patient sits in front of the device, rests their chin on a special support, and the doctor illuminates the eye with a narrow, intense beam of light, observing it simultaneously through the microscope.

Diagnosis of Lens Opacification

In addition to the slit lamp examination, comprehensive cataract diagnostics at SwissLaser Clinic include a range of additional tests that allow for precise assessment of the eye’s condition and planning the most effective treatment:

Visual acuity test – for both distance and near vision, with and without correction
Intraocular pressure measurement – to rule out coexisting glaucoma
Examination of the anterior and posterior segments of the eye – assessment of the condition of the retina, optic nerve, and vitreous body
Contrast sensitivity test – often impaired in cataracts
OCT (Optical Coherence Tomography) – non-invasive imaging of the retina and optic nerve
Ocular biometry – measurement of the eyeball length and corneal curvature, essential for selecting the appropriate power of the intraocular lens
Corneal topography examination – assessment of the shape of the anterior surface of the eye

Cataracts

Cataract Treatment Methods

Limitations of Pharmacological Treatment

Many people wonder if it is possible to treat cataracts without surgery, using medications or dietary supplements. Unfortunately, current scientific research does not confirm the effectiveness of any pharmacological methods in treating existing cataracts.

Preparations are available on the market that, according to manufacturers, can slow down the development of cataracts, but their effectiveness has not been confirmed in randomized clinical trials. They usually contain antioxidants (vitamins C, E, A), lutein, zeaxanthin, or omega-3 acids, which may play a role in prevention but do not treat existing lens opacities.

Some studies suggest that certain substances (e.g., lanosterol) may potentially prevent protein aggregation in the lens, but these are still early stages of research, and their clinical application remains a distant prospect.

In light of current medical knowledge, the only effective method of treating cataracts is surgical removal of the clouded lens and its replacement with an artificial implant.

Surgical Cataract Removal as an Effective Treatment Method

Cataract surgery is one of the most frequently performed surgical procedures worldwide. According to WHO data, approximately 20 million such procedures are performed annually. In developed countries, such as Poland, cataract surgery is characterized by an exceptionally high success rate – over 95% of patients experience significant improvement in vision.

The procedure involves:

Removal of the clouded natural lens
Implantation of a transparent artificial lens (intraocular implant) in its place

Modern methods of cataract surgery differ significantly from those used just a few decades ago. Today’s microsurgical techniques allow the procedure to be performed through a micro-incision only 1.8-2.2 mm wide, which minimizes eye trauma, accelerates healing, and reduces the risk of complications.

Advantages of Modern Outpatient Procedures

Modern cataract surgery is an outpatient procedure, meaning the patient comes to the clinic in the morning and can return home the same day after the procedure and a short observation period. This change in the approach to cataract treatment has brought numerous benefits to patients:

Short procedure time – a typical surgery lasts only 15-20 minutes
Minimal discomfort – the procedure is performed under local anesthesia (drops)
Quick return to daily activities – most patients can return to normal functioning within a few days
Low risk of complications – modern techniques have significantly reduced the incidence of postoperative complications
Predictability of results – advanced diagnostic methods allow for precise planning of the procedure and prediction of its effects
Possibility of vision correction – modern intraocular lenses can simultaneously correct astigmatism, myopia, or hyperopia

At SwissLaser Clinic, all cataract surgeries are performed on an outpatient basis, in comfortable conditions, using the latest technologies. Each patient receives an individualized pre- and postoperative care plan, as well as detailed instructions regarding recovery.

Phacoemulsification – A Modern Method of Cataract Treatment

Phacoemulsification is currently the gold standard in surgical cataract treatment. This technique uses ultrasonic energy to break up (emulsify) the clouded lens, allowing it to be removed through a very small incision.

The phacoemulsification procedure proceeds in the following stages:

Eye preparation

Local anesthetic drops, disinfection of the surgical field

Making a micro-incision

The surgeon makes an incision 1.8-2.2 mm wide in the cornea or corneoscleral limbus

Capsulorhexis

Creating a circular opening in the anterior lens capsule, through which the subsequent procedure will be performed

Hydrodissection

Separating the lens from its capsule using fluid

Phacoemulsification

Fragmenting the lens nucleus using an ultrasonic probe and simultaneously aspirating the fragments

Aspiration of cortical masses

Removing lens remnants from the capsule

Intraocular lens implantation

Inserting the folded lens through the same micro-incision and unfolding it in the lens capsule

Checking incision integrity

In most cases, the wound is self-sealing and does not require sutures

Type of Anesthesia and Duration of the Procedure

Modern cataract surgery is usually performed under local anesthesia, which is a great advantage for patients, especially older ones and those with coexisting diseases. The anesthesia procedure includes:

Anesthetic drops – applied several times before the procedure
Possibly additional intraoperative anesthesia – if necessary

In some cases, e.g., in very anxious patients or those with psychiatric disorders, the procedure can be performed under intravenous sedation (analgesia-sedation) or general anesthesia.

A typical phacoemulsification procedure lasts about 15-20 minutes, although the actual stage of lens removal and artificial implant implantation usually takes less than 10 minutes. The total stay at the clinic, including preparation and short post-procedure observation, takes about 2-3 hours for the patient.

“Thanks to modern anesthesia techniques, most patients do not feel any pain during the procedure,” explains Dr. Derhartunian. “The patient remains conscious, which allows for basic cooperation with the surgeon, while the surgery proceeds comfortably and stress-free.”

Advantages of the Ultrasonic Method

Phacoemulsification using ultrasonic energy offers numerous benefits compared to traditional surgical techniques used in the past:

Possibility of operating on both eyes in a short interval – usually 1-2 weeks between procedures
Minimal invasiveness – a small incision (1.8-2.2 mm) reduces trauma to eye tissues
Faster healing – less trauma means shorter recovery time
Less postoperative astigmatism – the micro-incision practically does not change the shape of the cornea
Lower risk of complications – reduced risk of bleeding, infection, and other complications
Faster visual rehabilitation – patients often notice improved vision within the first few days after the procedure
Possibility of implanting advanced foldable lenses – modern implants can be inserted through a small incision
Outpatient procedure – the patient returns home the same day

Latest Phacoemulsification Devices

Offer additional advanced features, including:

Optimized ultrasound profiles, reducing energy consumption
Intelligent fluid management systems
Active tip cooling, reducing the risk of tissue burns
Integration with intraoperative navigation systems

These technological advancements make modern cataract surgery one of the safest surgical procedures in medicine.

Intraocular Lenses

Importance of Choosing the Right Lens

Choosing an intraocular lens (IOL) is one of the most important decisions made before cataract surgery. Modern implants not only restore the transparency of the eye’s optical media but can also correct existing refractive errors such as myopia, hyperopia, or astigmatism.

The proper selection of the lens depends on many factors, including:

Individual visual needs of the patient
Lifestyle and activities performed
General eye condition (e.g., coexisting diseases)
Expectations regarding vision quality after the procedure
Financial capabilities

At SwissLaser Clinic, each patient undergoes detailed preoperative diagnostics to determine the optimal implant parameters. Our specialists also dedicate time to thoroughly discuss all available options, explain the differences between individual lens types, and help in making the best decision.

Types of Monofocal Lenses

Monofocal lenses are the basic type of implants used in cataract surgery. They provide sharp vision at a single distance – most often for distance, although it is also possible to set the focus for intermediate or near vision.

Main features of monofocal lenses:

High image quality – provide very good, sharp vision at one selected distance
Low cost – they are the cheapest type of implants, often fully reimbursed by the National Health Fund (NFZ)
Need for additional correction – usually requires wearing glasses for reading or distance (depending on the lens setting)
High contrast – provide very good contrast vision
Minimal side effects – extremely rarely cause adaptation problems

In the case of monofocal lens implantation, some patients opt for so-called monovision – a technique where one lens is set for distance vision and the other for near vision. This method can reduce dependence on glasses, although it requires adaptation and is not suitable for everyone.

Bifocal Lenses and Their Application

Bifocal lenses represent the next step in the evolution of intraocular implants. They have two focal points, typically for distance and near vision, allowing for both distant objects and reading without the need for glasses.

Characteristics of bifocal lenses:

Two focal points – typically 0 diopters (distance) and +3.0 to +4.0 diopters (near)
Reduced dependence on glasses – in most situations, the patient does not need additional correction
Potential difficulties with intermediate vision – problems with clear vision of objects at intermediate distance (e.g., computer screen) may occur
Possible optical effects – some patients may notice halos around light sources, especially at night
Adaptation period – the brain needs time (usually several weeks) to learn to use the two focal points

Bifocal lenses are a good compromise for patients who want to reduce their dependence on glasses but do not require perfect vision at all distances or have budget limitations that preclude the choice of multifocal lenses.

Multifocal and EDoF Lenses – Full Vision Correction

The most advanced option are multifocal (multi-focal) lenses and Extended Depth of Focus (EDoF) lenses. These premium implants provide clear vision at various distances, offering patients the greatest independence from glasses.

Multifocal lenses:

Have several focal points (typically for distance, intermediate, and near)
Provide clear vision at various distances
Significantly reduce or eliminate the need for glasses
May cause optical effects, such as halos around lights
They require a longer period of adaptation and ‘re-learning’ by the brain.

EDoF lenses:

Provide smooth, continuous vision from distance to intermediate range
Cause fewer optical effects than traditional multifocal lenses
May require reading glasses for fine print or working in low light
Offer better night vision quality than standard multifocal lenses
Are a good compromise between vision quality and depth of focus

“Multifocal and EDoF lenses are a technological breakthrough in cataract surgery,” comments Dr. Derhartunian. “At SwissLaser Clinic, we offer the most modern premium implants that not only remove cataracts but often allow patients to completely free themselves from glasses. Each patient undergoes detailed qualification to choose a solution perfectly tailored to their individual needs and eye anatomy.”

Cataract Surgery Step-by-Step

Preparation before the day of the procedure:

Performing comprehensive ophthalmic and general examinations to assess the patient’s health
Detailed ocular biometry and calculation of intraocular lens power
Consultation with an anesthesiologist (if necessary)
Discussion of the procedure, choice of lens type, and signing of informed consent
Receiving detailed instructions for preparing for the procedure

On the day preceding the procedure:

The patient begins using prescribed antibiotic drops
Thorough washing of the face and hair is recommended
It is very important to arrange transportation on the day of the procedure (driving is not permitted)
We recommend a light meal before the procedure (the patient does not need to fast)

On the day of the procedure:

All regularly taken medications should be taken (unless otherwise advised by the doctor)
At the clinic, the patient changes into a disposable gown and shoe covers
Pupils are dilated with drops (if necessary)
Anesthetic drops are applied
The area around the eye is thoroughly disinfected

The entire preparation process is conducted by experienced medical staff who answer all questions and ensure maximum patient comfort.

Performing the Procedure

A typical cataract surgery at SwissLaser Clinic using the phacoemulsification method proceeds as follows:

Patient positioning – the patient lies on their back on the operating table, the head is stabilized, and the face is uncovered except for the operated eye
Draping with sterile drapes – isolation of the surgical field to maintain sterility
Insertion of a lid speculum – a delicate device preventing involuntary eyelid closure
Making a micro-incision – the surgeon makes a main incision approximately 2.2 mm wide and an additional auxiliary puncture (approximately 1 mm)
Introduction of viscoelastic substance – a special gel protects delicate eye structures and maintains space in the anterior chamber
Opening the lens capsule – precise creation of a circular opening in the anterior part of the lens capsule (capsulorhexis)
Hydrodissection – separation of the lens nucleus from the capsule using fluid
Phacoemulsification – fragmentation of the lens nucleus using ultrasound and aspiration of fragments
Removal of cortical remnants – thorough cleaning of the lens capsule
Intraocular lens implantation – insertion of the folded lens through the micro-incision and its unfolding in the capsule
Removal of viscoelastic substance – thorough flushing of the gel substance from the anterior chamber of the eye
Wound integrity check – in most cases, the wound is self-sealing and does not require sutures
Antibiotic administration – an antibiotic is often administered at the end of the procedure (into the anterior chamber or subconjunctivally)

During the entire procedure, the patient remains conscious, though relaxed. The surgeon informs about the subsequent stages of the procedure, and the patient can communicate any concerns or discomfort.

Immediate Post-Procedure Care

After cataract surgery, the patient undergoes a short observation period at the clinic:

A sterile protective dressing is applied to the operated eye
Medical staff monitor vital signs
The patient receives detailed instructions on how to proceed in the first hours and days after the procedure
After approximately 30-60 minutes, the patient can leave the clinic accompanied by another person

The patient receives a set of medications to use after the procedure, typically including:

Antibiotic drops – to prevent infection
Steroid drops – to reduce inflammation
Non-steroidal anti-inflammatory drops – to relieve pain and reduce the risk of macular edema
Sometimes moisturizing drops – for improved comfort

The first follow-up visit usually takes place the day after the procedure. During this visit, the surgeon removes the dressing, assesses the condition of the eye, and modifies postoperative recommendations if necessary.

Eye Care in the First Days After Surgery

Proper postoperative care is crucial for quick and problem-free healing. In the first days after the procedure, patients should follow these recommendations:

Using prescribed drops – exactly according to the schedule, maintaining proper application technique
Eye protection – wearing a protective shield, especially during sleep, for about a week
Avoiding rubbing or pressing the eye – even if itching or slight discomfort occurs
Maintaining hygiene – gently washing the area around the eye with clean water, avoiding soap contact with the eye
Avoiding water in the eye – for about 2 weeks, avoid getting water into the operated eye
Monitoring symptoms – observing for redness, pain, worsening vision, and immediately reporting any alarming symptoms

“The first few days after cataract surgery are crucial for proper healing,” emphasizes Dr. Derhartunian. “At SwissLaser Clinic, we remain in constant contact with our patients, providing telephone support and urgent consultations in case of any alarming symptoms.”

Patients also receive a special information card with a 24-hour contact number for questions or concerns.

after the procedure

Recommended Activities and Restrictions

Modern cataract surgery techniques allow for a quick return to daily activities, but certain restrictions are necessary to ensure optimal healing:

What you can do soon after the procedure:

Watch TV and use a computer (with breaks to avoid eye strain)
Read (in moderation)
Walk and perform light household chores
Go outside with sunglasses

What to avoid for about 2 weeks:

Lifting heavy objects (over 5 kg)
Intense physical exertion
Bending over with your head below waist level
Swimming and bathing in a pool/jacuzzi
Being in dusty or smoky rooms
Eye makeup

What to avoid for about 4 weeks:

Contact sports
Extreme sports
Sauna and steam baths

Each patient receives individual recommendations tailored to their health condition, the type of implanted lens, and the specifics of the procedure.

Return to Full Recovery

Most patients notice a significant improvement in vision within the first few days after surgery, but full vision stabilization and adaptation to the new lens can take several weeks.

A typical schedule for returning to full recovery is as follows:

1-3 days after the procedure – resolution of basic discomfort, initial vision improvement
1 week – ability to perform most daily activities, gradual improvement in vision quality
2-4 weeks – refractive stabilization, possibility of selecting glasses (if necessary)
1-3 months – full adaptation to the new lens, achievement of optimal vision quality

For multifocal or EDoF lenses, the adaptation period may be longer, as the brain needs to learn a new way of seeing. Patients with such implants may experience gradual improvement in vision quality for 3-6 months after the procedure.

Regular follow-up visits allow monitoring the healing progress and making necessary modifications to the treatment. A typical schedule of visits includes check-ups:

The day after the procedure
After one week
After one month
After three months
After one year (and then periodically)

Possible Complications and Their Treatment

Secondary Cataract (Posterior Capsule Opacification)

The most common late complication after cataract surgery is a secondary cataract, also known as Posterior Capsule Opacification (PCO). This is not a recurrence of the original cataract, but rather the clouding of the posterior part of the lens capsule where the implant is placed.

Causes: Lens epithelial cells, which normally remain at the periphery of the capsule, can migrate and proliferate on its posterior surface, causing opacification.

Incidence: According to clinical studies, secondary cataracts develop in approximately 20-40% of patients within 2-5 years after the procedure. The risk is lower with modern lenses with sharp edges.

Symptoms:

Gradual deterioration of visual acuity
Increased sensitivity to glare
Blurred vision
Reduced contrast vision

Risk factors:

Younger patient age
Systemic diseases (e.g., diabetes)
Intraoperative complications
Eye inflammation
Certain types of implants

Secondary cataracts do not pose a threat to eye health and can be effectively treated with a short laser procedure.

YAG Laser Treatment for Secondary Cataracts

YAG laser capsulotomy is a safe and effective method for treating secondary cataracts. The procedure involves creating an opening in the clouded posterior capsule using an Nd:YAG (neodymium-doped yttrium aluminum garnet) laser, which restores the transparency of the visual axis.

Procedure course:

Lasts only a few minutes
Is painless, performed on an outpatient basis
Requires only local anesthesia in drops
Does not require incisions

Effects:

Immediate improvement in visual acuity
Permanent resolution of the problem (opacification does not recur)
High success rate (over 95%)

Safety: Although the procedure is generally very safe, rare complications may occur, such as:

Transient increase in intraocular pressure
Damage to the intraocular lens (extremely rare)
Displacement of the implant (very rare)
Macular edema (rare)

At SwissLaser Clinic, we have the most modern YAG laser, which allows for precise execution of the procedure with minimal risk of complications. Patients are thoroughly informed about the possibility of secondary cataracts even before the primary cataract removal procedure, which helps them understand that its occurrence is not a failure of the surgery, but a natural process that can be easily corrected.

Costs and Treatment Options

Factors Affecting the Cost of the Procedure

The cost of cataract surgery depends on many factors that should be considered when planning treatment:

Main elements affecting the price:

Clinic location (regional price differences)
Type of implanted lens:
- Monofocal lenses (cheapest, often reimbursed)
- Toric lenses correcting astigmatism (mid-price range)
- Bifocal lenses (higher price range)
- Multifocal and EDoF lenses (highest price range)
Technology used during the procedure:
- Standard phacoemulsification
- Femtosecond laser-assisted procedures
- Intraoperative navigation systems
Surgeon’s experience and clinic’s reputation
Perioperative and postoperative care package:
- Scope of diagnostic tests
- Number of follow-up visits
- Additional services (e.g., transportation)

Please contact SwissLaser Clinic to schedule a qualification consultation or obtain additional information

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Frequently Asked Questions (FAQ)
about Allotex TransForm™ treatment

W jakim wieku można poddać się operacji zaćmy?

There is no upper age limit for cataract surgery. The procedure is safe and effective even in very elderly patients. The decision to perform surgery is primarily based on the impact of cataracts on the patient’s quality of life and daily functioning.

Czy operacja zaćmy jest bolesna?

Modern cataract surgery is performed under local anesthesia (drops) and is practically painless. Patients may experience slight discomfort, a feeling of pressure, or photophobia, but not pain. After the procedure, there may be a slight burning sensation or a feeling of sand under the eyelid, which quickly subsides.

Jak długo trwa poprawa widzenia po operacji?

Most patients notice a significant improvement in vision the day after the procedure, but full vision stabilization can take from a few days to several weeks. For multifocal lenses, the adaptation period may be longer, as the brain needs to learn a new way of seeing.

Czy po operacji zaćmy będę potrzebować okularów?

This depends on the type of intraocular lens implanted. With standard monofocal lenses, most patients require glasses for reading or distance vision (depending on the lens setting). Advanced lenses (multifocal, EDoF) can significantly reduce or eliminate the need for glasses, although they do not guarantee complete independence from them in every situation.

Czy zabieg można przeprowadzić na obu oczach jednocześnie?

For safety reasons, standard practice is to operate on the eyes at least several days apart, typically 1-2 weeks. This allows for evaluation of the first procedure’s outcome and implementation of any modifications during the second eye’s surgery, while also minimizing the risk of bilateral complications.

Czy zaćma może wrócić po operacji?

The actual cataract cannot return after surgery because the natural lens is completely removed and replaced with an artificial implant that does not cloud. However, approximately 20-40% of patients may develop secondary cataract (posterior capsule opacification), which is easily corrected with a brief laser procedure.

Jakie są przeciwwskazania do operacji zaćmy?

There are few absolute contraindications. Relative contraindications include: active eye infections, uncontrolled glaucoma, advanced retinal diseases limiting visual potential, and certain systemic diseases in acute phase. Each case is individually evaluated by a specialist.

Czy można operować zaćmę u pacjenta z jaskrą?

Yes, patients with glaucoma can safely undergo cataract surgery. In some cases, it is even possible to combine cataract surgery with glaucoma treatment, allowing simultaneous management of both conditions. Proper qualification and surgeon experience are crucial.

Jak długo trwa rekonwalescencja i kiedy można wrócić do pracy?

Most patients can return to office work after 2-3 days. For physical labor or work in dusty environments, a break of 1 to 2 weeks is recommended. Full return to all activities, including intensive physical exertion and sports, is typically possible after 4 weeks.