Intraocular pressure measurement, visual acuity test and possible lenses selection.

Visual field test resembles a computer game: the patient looks at one point and presses the joystick when “out of the corner of the eye” sees a flash of light. It requires concentration and a proper technique, therefore only a second or a third try is considered probable.

The visual field determines the optic nerve function – the better it is working, the better is the visual field.  This test is in use in cases of all optic nerve diseases, that is in cases of glaucoma, brain or retina damages.

Electroretinography (ERG) and electrooculography (EOG) allowing to obtain information on individual layers of the retina functioning.

It allows assessment of the visual pathway functioning from the macula through the optic nerve, the visual pathway to the visual cortex in the brain.

Cornea is an external transparent lens with the eye’s highest optical strength (over 40 diopters).

This test evaluates blood circulation inside the retina and the choroid. After IV administering of the contrast – yellow-orange pigment called fluorescein – black and white images of eye vascularity are taken.

The pigment flows through the eye like blood, so if somewhere fluorescein starts to leak, we know that in this location the blood vessels are damaged. The location of the leak is precisely shown on images.

The most up-to-date retina testing method. Due to exceptional accuracy of 3 micrometers, it is possible to view and evaluate all layers of the retina as if we were looking at them under the microscope. The test evaluates the most important part of the retina – macula lutea.

The macula lutea allows a person to see details, colors, to read and to write. If the macula lutea is damaged the patient can see only the outline of objects, does not recognize faces or bus numbers. The most common disease of the macula lutea is age-related degeneration (AMD).

DRI OCT Triton – up-to-date device for macula lutea and optic nerve computed tomography (OCT, GDX) and angiography.

As the second in Poland and the only one in Mazovia, we are holders of the eye testing equipment in Swept Source technology – DRI OCT Triton. The device allows much better penetration of the eye structures – up to the sclera and choroid, also in eyes with high refractive deffect (allows examination of eyes with defect from -33D to +40D) and worsened translucency. Triton allows a good quality examination in cases of corneal spots, cataract, as well as of minor bleeding to the vitreous. All this made it difficult – and often impossible – to test with conventional OCT devices.

If you had problems with this type of test, you were referred to as a “difficult to diagnose patient” or if a substantial vision defect makes it impossible to perform the examination – come to us!

The properties of our new equipment are particularly useful for diagnosing age-related macular degeneration, central serous retinopathy, macular hole, choroidal nevus and others.

The most up-to-date retina testing method. Due to exceptional accuracy of 3 micrometers, it is possible to view and evaluate all layers of the retina as if we were looking at them under the microscope. The test evaluates the most important part of the retina – macula lutea.

The macula lutea allows a person to see details, colors, to read and to write. If the macula lutea is damaged the patient can see only the outline of objects, does not recognize faces or bus numbers. The most common disease of the macula lutea is age-related degeneration (AMD).

DRI OCT Triton – up-to-date device for macula lutea and optic nerve computed tomography (OCT, GDX) and angiography.

As the second in Poland and the only one in Mazovia, we are holders of the eye testing equipment in Swept Source technology – DRI OCT Triton. The device allows much better penetration of the eye structures – up to the sclera and choroid, also in eyes with high refractive deffect (allows examination of eyes with defect from -33D to +40D) and worsened translucency. Triton allows a good quality examination in cases of corneal spots, cataract, as well as of minor bleeding to the vitreous. All this made it difficult – and often impossible – to test with conventional OCT devices.

If you had problems with this type of test, you were referred to as a “difficult to diagnose patient” or if a substantial vision defect makes it impossible to perform the examination – come to us!

The properties of our new equipment are particularly useful for diagnosing age-related macular degeneration, central serous retinopathy, macular hole, choroidal nevus and others.

The most up-to-date retina testing method. Due to exceptional accuracy of 3 micrometers, it is possible to view and evaluate all layers of the retina as if we were looking at them under the microscope. The test evaluates the most important part of the retina – macula lutea.

The macula lutea allows a person to see details, colors, to read and to write. If the macula lutea is damaged the patient can see only the outline of objects, does not recognize faces or bus numbers. The most common disease of the macula lutea is age-related degeneration (AMD).

DRI OCT Triton – up-to-date device for macula lutea and optic nerve computed tomography (OCT, GDX) and angiography.

As the second in Poland and the only one in Mazovia, we are holders of the eye testing equipment in Swept Source technology – DRI OCT Triton. The device allows much better penetration of the eye structures – up to the sclera and choroid, also in eyes with high refractive deffect (allows examination of eyes with defect from -33D to +40D) and worsened translucency. Triton allows a good quality examination in cases of corneal spots, cataract, as well as of minor bleeding to the vitreous. All this made it difficult – and often impossible – to test with conventional OCT devices.

If you had problems with this type of test, you were referred to as a “difficult to diagnose patient” or if a substantial vision defect makes it impossible to perform the examination – come to us!

The properties of our new equipment are particularly useful for diagnosing age-related macular degeneration, central serous retinopathy, macular hole, choroidal nevus and others.

The most up-to-date retina testing method. Due to exceptional accuracy of 3 micrometers, it is possible to view and evaluate all layers of the retina as if we were looking at them under the microscope. The test evaluates the most important part of the retina – macula lutea.

The macula lutea allows a person to see details, colors, to read and to write. If the macula lutea is damaged the patient can see only the outline of objects, does not recognize faces or bus numbers. The most common disease of the macula lutea is age-related degeneration (AMD).

DRI OCT Triton – up-to-date device for macula lutea and optic nerve computed tomography (OCT, GDX) and angiography.

As the second in Poland and the only one in Mazovia, we are holders of the eye testing equipment in Swept Source technology – DRI OCT Triton. The device allows much better penetration of the eye structures – up to the sclera and choroid, also in eyes with high refractive deffect (allows examination of eyes with defect from -33D to +40D) and worsened translucency. Triton allows a good quality examination in cases of corneal spots, cataract, as well as of minor bleeding to the vitreous. All this made it difficult – and often impossible – to test with conventional OCT devices.

If you had problems with this type of test, you were referred to as a “difficult to diagnose patient” or if a substantial vision defect makes it impossible to perform the examination – come to us!

The properties of our new equipment are particularly useful for diagnosing age-related macular degeneration, central serous retinopathy, macular hole, choroidal nevus and others.

The eyeball pressure value is evaluated with a special device called tonometer. A disadvantage of this device is that it needs to touch the patient’s eye. Therefore the patient needs to be under the local anesthesia and the tonometer’s probe needs to be sterilized. That is why non-contact tonometry is becoming increasingly popular. During this test the pressure is measured with an air-puff and therefore the patient does not require anesthesia. In Retina Ophthalmological Hospital we use the most modern non-contact tonometer.

The correct value for intraocular pressure in adults should not exceed 21-22 mm Hg, although it is also important to know that some people suffer from ocular hypertension – elevated intraocular pressure, which is not synonymous with glaucoma. Moreover, the following factors may affect the test results: cardiovascular diseases (hypertension, hypotension, stroke, diabetes), blood diseases and respiratory diseases. Nonetheless, elevated intraocular pressure urges the ophthalmologist to carry out further diagnostic tests for glaucoma.
Assessment of the anterior and posterior segment of the eye. Although the eye is just the size of a ping pong ball, its internal structure is more complicated than the one of the Swiss watch. Each eye structure is examined in a slightly different way, and the ophthalmologist selects a test method adapted to the problem. The test is carried out using biomicroscopes and magnifying lenses. Without pupil dilatation the outer half of the eyeball, professionally called the anterior section can be examined. Whereas, to examine the deeper half, drops should be administered in order to dilatate pupils. The test performed after pupil dilatation is called funduscopy.

In the process of examining fundus, blood vessel can be assessed. This test is also used in assessment of the general condition in diseases like diabetes or hypertension. We are concerned with the fact that the blood vessels condition is the same in the whole body.

If applicable, additional test are performed:

• visual field test (perimetry)
• corneal topography and keratometry
• OCT that is optical coherence tomography
• ultrasound
• fluorescein angiography

AVASTIN AND LUCENTIS

WHAT IS INTRAVITREAL INJECTION, WHICH IS MEANT FOR TREATING THE “WET” FORM OF AGE-RELATED MACULAR DEGENERATION (AMD)?

A layman would call it an “injection into the eye” and it reality is an injection into the carefully selected spot in the eyeball. The injection is performed under local anesthesia so it does not hurt. Not including the time needed for pupil dilatation, the intravitreal injection takes only two minutes.

HOW IS THE TREATMENT WITH SUCH INJECTIONS BEING PERFORMED?

In case of AMD a series of injections is being administered, once a month. Then the progress of treatment is being checked with the OCT test and the future treatment is planned. OCT test (Optical Coherence Tomography) is a ultra-modern and non-invasive method of examining tissues inside the eye. Often this will end the series of injections. After that periodic medical supervision and perhaps additional injections will be necessary. At times, the patient needs to continue to receive the injections but usually at larger intervals.

IS IT TRUE THAT AVASTIN – THE MEDICINE USED FOR OPHTHALMOLOGICAL INJECTIONS IS IN FACT A CANCER DRUG?

Yes, and it is still an effective drug used in oncology. And since its effectiveness in cancer treatment was proven to be high, other possibilities for its use have been sought. American ophthalmologists started to use it 6 years ago and practice has shown that it has been effective. Ophthalmologists from various countries note its high efficiency both in treating the “wet” form of AMD, the diabetic retinopathy, some forms of glaucoma and diabetic macular edema. It has similar effect to a much more expensive drug – Lucentis.

WHAT IS THE DIFFERENCE BETWEEN THOSE TWO DRUGS?

Both have similar chemical composition and eventually similar effect. Lucentis is a smaller molecule obtained from a bigger Avastin. The effect of both Avastin and Lucentis is based on sealing and blocking the growth of abnormal blood vessels. Lucentis was approved in the USA in 2006 and Avastin has been used there off-label already since 2004.

The research results from the Queen’s University Belfast published in 2013 in a prestigious surgical journal “Lancet” (two-years trial) confirmed the results of previous American studies stating that the effect of both these drugs is very similar. Click here to view more tu and tu.

WHEN AVASTIN AND WHEN LUCENTIS SHOULD BE USED?

There is no easy answer to this question. The depth of once pocket plays a big part here. Some people believe that if one of the drugs does not work, applying the other one can bring the desired result. Due to the very similar composition of both drugs, their effectiveness is similar. Every person responds differently to drugs. Hence the need for different measures for the same disease. There is a lot of hope placed in new, alternative drugs such as Eylea (which we also have been using in Retina since June 2013).

WHAT IS CHALAZION?

Chalazion is a type of abscess inside the eyelid – palpable change; as if a pea inside the eyelid. Sometimes it’s painful.

WHERE DOES THE CHALAZION COME FROM?

The sebaceous glands on the inner side of the eyelid get bunged up, they accumulate secretion in which infection may develop.

Chalazion is often a result of recurring stye but unlike stye the chalazion does not heal itself. Do not wait! You need to see a doctor.

HOW DOES THE MEDICAL INTERVENTION LOOK LIKE?

If the chalazion is still small, antibiotic therapy, including ointment and drops, should be enough. If the above should be not be enough the doctor may decide about antibiotic injections being administered around the infected area. If that won’t work the chalazion needs to be surgically removed.

HOW THE PROCEDURE OF CHALAZION REMOVAL LOOKS LIKE?

It is being performed under local anesthesia. First the surgeon unfolds the eyelid (the Chalazion is present on its inner side), then he incises infected area and evacuates the accumulated fluid content. After the procedure, for the time recommended by the doctor, the patient should locally apply ointment or drops with antibiotic.

Learn more.

WHAT IS VITRECTOMY?

Some call it the “last chance-surgery” – and that seems to be true. Due to advances in medicine, the introduction of modern surgical techniques and the latest medical devices, vitrectomy can cure or ward off diseases that several decades ago would lead to vision loss.
Vitrectomy is the pathological changes removal from the vitreous and the retina. Vitreous is a gelatinous substance that fills the posterior (the largest) chamber of the eyeball. A specialist qualifies the patient for vitrectomy when there are no other ways of treating the retina or the vitreous. In cases of retina diseases indications for vitrectomy are macular hole, epiretinal membrane, retinal detachment, retinal vein thrombosis or diabetic retinopathy. The indications for vitrectomy in case of the vitreous disease are hemorrhages or vitreous opacities.

HOW IS THE VITERECTOMY PERFORMED?

The surgeon performs the procedure using a specialist microscope which allows three precise incisions in the retina. The incisions are small (from half to one millimeter long). Through the incisions the surgeon removes the vitreous and injects other substance to the eye – gas, sterile air, infusion fluid or silicone oil. The type of filling depends on the decision of the surgeon who intraoperatively makes the eye condition assessment. Gases and fluids are absorbed, silicone oil, after some time, needs to be removed or exchanged by a surgeon. Vitrectomy may be accompanied by other surgical procedures – that depends on the ailments which caused the bad eye condition. Vitrectomy is often combined with the replacement of the opaque lens of the eye (that is with the cataract removal) – such procedure is called phaco-vitrectomy.

IS VITERECTOMY PAINFUL?

It is being performed under local anesthesia. The procedure takes about an hour. This is ambulatory surgery – immediately after it the patient may be discharged. The pain may persist for several days after the operation – then conventional over-the-counter pain killers help to relieve it.

HOW LONG WILL THE CONVALESCENCE TAKE? WILL THE OPERATED EYE BE ABLE TO SEE AS PREVIOUSLY? HOW TO TAKE CARE OF THE OPERATED EYE?/h5>
After the surgery together with your physician you will plan the dates of the postoperative appointments – specialist care after the surgery is essential since the vitrectomy carries a risk of complications (the most common ones are cataract, retinal detachment and hemorrhage to the eye). For a few days after the surgery the vision may be worse – it is natural after such a serious intervention. But the vision will gradually return to normal. It is worth remembering that in case of filling with silicone oil the effect of vision worsening can last longer and be serious enough that it will be necessary for the time being (until the oil is released) to replace the corrective lenses in your glasses.

During the convalescence period it is recommended to maintain a specific positions – face down; sitting and walking in a slight incline, sleeping on the stomach. For a few weeks the patient should avoid traveling by plane (especially if the eye was filled with gas). At night the patient can occlude the operated eye with a cover – this way one will avoid accidental eye irritation while sleeping. The bathing time should also be limited. The patient may not use sauna – long contact with very hot air is not advisable for the operated eye.

If you are considering undergoing a laser vision correction, please read the following important information. Before the procedure can be performed you need to make an initial (qualifying) appointment with an ophthalmologist. During this appointment the doctor will perform several diagnostic tests in order to determine if the laser vision correction is possible in your case. The duration time of such appointment is about 2 – 3 hours.

During the qualifying appointment the following tests will be performed:

• vision defect assessment before and after administering the mydriasis evoking eye drops
• keratometry
• corneal topography
• measuring of the pupil’s width (pupilometry)
• measuring of the cornea’s thickness (corneal pachymetry)
• the quality and composition of tears assessment
• eyeballs ultrasound
• the anterior and posterior eye sections assessment
• intraocular pressure measurement (tonometry)
• irideocorneal angle test (gonioscopy)
• visual field test
• OCT

NOTE!

In order to perform the above mentioned tests, the doctor uses mydriasis evoking eye drops, which effects last for about 3 – 4 hours. You need to remember that after you underwent the above mentioned tests you are not allowed to drive a car due to compromised vision.

If you decide to have a laser vision correction, remember that you must not wear contact lenses for 4 weeks before the test qualifying for the refractive surgery.

All the tests are being performed during one appointment in our Hospital. Their cost is included in the general cost of the qualifying appointment (400 PLN).

Please contact our medical registration at (22) 664 44 33 or 693 722 448

WHAT IS THE REFRACTIVE SURGERY?

It’s a procedure aimed to correct eye defects. It is done with a laser.

Excimer laser SCHWIND AMARIS® 500E

This laser is one of the world’s leading technologies in the field of laser vision correction and this is the laser our facility has been using since May 2019. Due to the use of modern technology, procedures are very safe, short and painless.

With the help of this laser, we can correct eye defects ranging from -12.0 (myopia) diopters to +6.0 (hyperopia) of spherical diopters and up to 6.0 cylindrical diopters (astigmatism).

The above laser allows to perform procedures such as:

• laser correction of eye defects, all available procedures including SmartSurfe (TransPRK),
• laser correction based on WaveFront,
• PresbyMax – it’s a unique platform to perform laser correction of presbiopia,
• PTK – it’s a module used in order to plan the cornea scars and degeneration treatment by elliptical or circular tissue ablation,
• KPL – it’s a module used in order to plan and perform corneal transplants.

The laser which has been used in our facility increases the procedures’ safety through:

• laser energy stability greater than in other lasers,
• greater than before the perfection of photoablation (the pattern of the laser photoablation is based on fractals),
• greater precision of linking the applied parameters with the treated visual defect,
• greater precision in the location of laser pulses that follow the pupil and the micro-movements of the patient’s eyeball,
• very precise, computer adjustment and calibration of the laser beam centering.

The treatment is contraindicated for the following people:

under 21 and over 60 years old, pregnant or nursing, treated with steroids, with connective tissue diseases, with diabetes, with autoimmune diseases, with immunodeficiency, allergies, with active infections, with peacemaker, in which the vision defect is increasing, with degenerative myopia, with non-operated cataract, with glaucoma, with retina diseases, with keratoconus, with nystagmus, with dry eye syndrome, with vascular eye diseases

PROCEDURE DESCRIPTION

After administering anesthetic drops we put a metal retractor on the eyelids. The laser arm is positioned directly above the operated eye. We ask the patient to focus his or her eyes on the light which is on the laser arm. The laser’s operating time is several dozen seconds during which the eye should be kept immobile. During the procedure the patient does not feel the pain. Both eyes are being operated on during the same procedure.

AFTER THE SURGERY

After about half an hour the patient may be discharged home. It is recommended for an adult to accompany the patient. For about 3 hours after the procedure the patient may feel burning and tearing in the operated eye, but he or she should not clench eyelids or rub the eye. After 3 days the patient has a checkup appointment (which is covered by the procedure fee).

For 3 weeks after the procedure the patient should avoid smoke (also the cigarette smoke) and dust. The patient is not allowed to wet the eyes during bating or showering at home or swimming at the pool. The patient is not allowed to use the sauna or the solarium. It is recommended not to carry heavy loads (over 15 kg). The patient should avoid heavy sunshine or when that is not possible, he or she should wear sunglasses with a UVA filter.

MOST FREQUENTLY ASKED QUESTIONS

What are the risks of the laser procedure?
The risk of such procedure does not exceed 1%. The most frequent complications are postoperative infections.

What are the most common side effects of the procedure?
Problems with night vision. Blurred vision of the light points. Weakened contrast view. Hypersensitivity to light. Halos around light sources. The complications occur rarely and usually they disappear spontaneously after 6-12 months after the surgery.

Can the eye condition (vision defect) recur after the operation?
In a few percent of patients the defect of about one diopter recurs. Such defect can be corrected 1 years after the first procedure.

Should you like to know if you qualify for the surgical correction of eye defects, make preliminary appointment in our Clinic, call us at: (22) 664 44 33 or (22) 693 722 448

NOTE!

If you decide to have a laser vision correction, remember that you must not wear contact lenses for 4 weeks before the test qualifying for the refractive surgery.

A big threat to our eyes is polluted city air, which is full of allergens and dust. Eyes also react badly to air conditioned spaces, such as an office, a car, and a plane. They are negatively affected by long work in front of the computer monitor or long-term looking at the screen of the phone or tablet, as well as inappropriate lighting in the rooms and smoke, e.g. tobacco. Long-lasting stress also has a negative impact not only on our heart, but also and primarily causes a high level of fatigue and debilitation of the vision.

If you suffer from dry eye syndrome, you surely observe symptoms like heavy eyelids, a feeling of having “sand under the eyelids”, red eyelids and conjunctiva. If you use moisturizing drops, but they relieve the pain only to a small extent, apply the treatment of such symptoms with the help of specialized Eyefit ophthalmic compresses in the form of regular compresses that you can comfortably use at home. Do you want to learn more? Visit the website: www.eye-fit.eu

To patients suffering from demodex infections (Demodex brevis, Demodex folliculorum), blepharitis, eye-form of rosacea, dry eye syndrome, ophthalmia or other ocular adnexa conditions we recommend a non-standard therapy. If you are interested in this type of treatment visit the Cliradex.pl webpage and see more.