Cure Eye Floaters Naturally

Eye Floaters No More

Eye Floaters (Also known as Eye Flashes) are deposits of various sizes and shapes that float within the eye. They are caused by degenerative changes of the vitreous humour the clear gel that fills the eyeball. Eye infections, inflammation, wounds and damage to the eye can lead to eye floaters. A sudden increase in floaters can be one of the first signs of retinal detachment or other severe eye conditions. In Eye Floaters No More, you'll discover: How to finally get rid of your stressful eye floaters, blocks of vision, the flashing lights using a safe, natural and easy system. Eliminate your annoying eye floaters from the comfort of your home. How to prevent more eye floaters from forming. How to find out if your eye floaters are a sign of other eye conditions. Easy, natural ways to drastically improve your vision. Continue reading...

Eye Floaters No More Overview


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The Immune Response within the

MC5r-knockout mice reveal the role of the ocular microenvironment in mediating the induction of post-EAU Treg cells and their role in autoimmunity. In a soon to be published work, we have found that there is no regulatory immunity in the spleens of MC5r-knockout mice following an episode of EAU 98 . Such post-EAU mice when re-immunized with autoantigen have a rapid onset of uveitis that has a severity of inflammation that exceeds the initial episode of EAU, from simple infiltration and vasculitis to hemorrhage and retinal detachment. In comparison, re-immunized post-EAU wild-type mice have a delay of 7 days in the induction of the second episode of uveoretinitis, with the severity of inflammation not exceeding the first episode. The wild-type mice behaved as if they were na ve to the autoantigen. The adoptive transfer of spleen cells from

Immune Deviation and Immune Privilege of the Subretinal Space

The SRS is a potential space that exists between the intervagination of the outer segments of the photoreceptors with the apical surface of the RPE. This space is a remnant of the embryonic optic vesicle and is very small in the normal adult eye. However, no tissue junctions are able to form across it and it becomes open and filled with subretinal fluid in rhegmatogenous retinal detachment. The SRS is usually filled with interphotoreceptor matrix, which is composed of proteoglycans and large glycoproteins 41 .

Rna Interference And microRNA

In recent years, RNA interference (RNAi) has surged into the spotlight of pharmacy, genomics, and system biology. Dozens of RNAi-based drugs are entering FDA trials, and as of this writing, at least three companies are based exclusively on RNAi technology. The massive excitement surrounding RNAi stems from its vast potential for therapeutic and genomic applications. Currently, promising RNAi-based therapies include treatments for HIV, Huntington's disease, macular degeneration, hypercholesterolemia, and even prion diseases such as bovine spongiform encepha-lopathy (BSE mad cow disease), and potential new therapies are being announced nearly daily.

Examination and Management

Check visual fields (see p. 10) for any gross defect which may indicate retinal detachment. Fig. 4.22 Floaters - appear as semi-transparent circles and tubes - described as cobwebs or flies by the patient - usually noticed against a bright plain background. Fig. 4.22 Floaters - appear as semi-transparent circles and tubes - described as cobwebs or flies by the patient - usually noticed against a bright plain background. 4. Look for retinal detachment (see p. 86 and Fig. 4.9) or vitreous opacities including hemorrhage (Fig. 4.8).

Epidemiological contributions to IOL evaluation

During the early 1980s, results of cataract surgeries with IOL implantations were compared by FDA to the visual results and complications previously reported in the literature for cataract surgery without IOL implantation. In 1983, Stark et al. 10 compiled data for 17 different IOLs from seven manufacturers, with a total of 45 543 cases. They stratified data by the four classes of IOLs available at that time posterior chamber, anterior chamber, iris fixation, and iridocapsular. Data for each class of IOLs was subsequently analyzed for the key efficacy outcome - final visual acuity of 20 40 or better after IOL implantation. To determine whether the differences observed in visual outcomes were due to the IOL used or due to the patient selection, the authors performed a best-case analysis by excluding those patients with pre-existing pathology. Age appeared to be a factor in reducing visual outcomes and the authors generated efficacy outcomes stratified by age decades for the entire...

Disorders of the Retina

Medical Terminology Textbook 9th

Retinal detachment, separation of the retina from the underlying layer of the eye (the choroid), may be caused by a tumor, hemorrhage, or injury to the eye (Fig. 18-8). This condition interferes with vision and is commonly repaired with laser surgery. Degeneration of the macula, the point of sharpest vision, is a common cause of visual problems in the elderly. When associated with aging, this deterioration is described as age-related macular degeneration (AMD). Macular degeneration typically affects central vision but not peripheral vision (Fig. 18-9). Other causes of macular degeneration are drug toxicity and hereditary diseases. FIGURE 18-8. Retinal detachment. (Reprinted with permission from Smeltzer SC, Bare BG. Brunner & Suddarth's Textbook of Medical-Surgical Nursing. 9th Ed. Philadelphia Lippincott Williams & Wilkins, 2000.) FIGURE 18-9. Visual loss associated with macular degeneration. (Reprinted with permission from Smeltzer SC, Bare BG. Brunner & Sud-darth's...

Benzoporphyrin Derivatives

Benzoporphyrins are fused-ring chlorin derivatives produced by cycloaddition reactions (see Structure 12.3). The mono-acid benzoporphyrin derivative, called veteroporfin (also labeled BPD-MA), absorbs at 690 nm with a molar extinction coefficient of 35,000M-1cm-1 (Sternberg et al., 1998). Phase I and II clinical trials of this photosensitizer show rapid tumor accumulation and reduced skin photosensitivity. A benzoporphyrin derivative has been approved for the treatment of age-related macular degeneration (ARMD), where a rapid clearance is more desirable.

Laser Tissue Contouring And Restructuring

Use of Visible or Near-Visible Infrared Laser Wavelengths to Treat Retinal Disease or Glaucoma. Examples are (i) diabetic retinopathy associated with capillary nonperfusion or swelling caused by leaking microa-neurysms, (ii) retinal vein occlusions that block ocular blood drainage causing retinal hemorrhage, ischemia, and swelling, (iii) age-related macular degeneration (discussed in Chapter 12, which discusses photo-dynamic therapy), which, in the wet-type neovascular tissue, invades normal retina, producing macular edema and hemorrhage, (iv) retinal tears, which can occur as a part of aging, as a complication following cataract surgery or from an eye injury (tears allow vitreous liquids to leak beneath the retina, lifting the retinal photoreceptors away from their vascular blood supply and supporting eye structures), and (v) glaucoma, which may be treated by producing a channel in iris structures or shrinkage of drainage tissues in order to facilitate lowering of eye pressure.

Clinical Features of Acute Retinal Necrosis

Development Vitreous Retina

Although numerous clinical findings have been described, none is pathog-nomonic for ARN. Keratic precipitates that usually appear as white, mutton fat deposits often occur during the onset of HSV or VZV ARN. In the chronic phase, white mutton fat-like precipitates may be replaced by pigmented precipitates (fig. 1). Although anterior granulomatous uveitis is ameliorated within 2 weeks, resolution of the prominent vitritis tends to be delayed compared to the anterior uveitis. The prominent vitreal inflammatory reaction and vitreous opacity usually resolve within 3 weeks, but a vitritis may recur 3-4 weeks later. Fibrotic changes of the vitreous decrease the mobility of vitreous gel, leading to the development of a posterior vitreous detachment which in turn produces vitreous traction on the peripheral retina, resulting in retinal detachment 20 . Fig. 2. White-yellow retinal lesions in the peripheral retina and hemorrhage of the optic nerve. Laser surgery was performed posterior to the...

Treatment of Intraocular Retinoblastoma

Cryotherapy can be utilized after chemotherapy for ablating tumor remnants recurrences up to 3 mm in height that are located at or anterior to the equator. It is recommended that no more than four different sites be frozen in one eye at a single session. There is less likelihood of creating vitreous seeds with cryotherapy if a tumor has been previously treated with chemotherapy. Extensive cryotherapy has been associated with significant persistent retinal detachment, particularly if the retina was originally detached prior to chemotherapy. Retinal breaks can be caused by cryotherapy.

Lasers in Ophthalmology

Lasers Ophthalmology

In ophthalmology, various types of lasers are being applied today for either diagnostic or therapeutic purposes. In diagnostics, lasers are advantageous if conventional incoherent light sources fail. One major diagnostic tool is confocal laser microscopy which allows the detection of early stages of retinal alterations. By this means, retinal detachment and also glaucoma1 can be recognized in time to increase the probability of successful treatment. In this book, however, our interest focuses on therapeutic laser applications. The first indications for laser treatment were given by detachments of the retina. Meanwhile, this kind of surgery has turned into a well-established tool and only represents a minor part of today's ophthalmic laser procedures. Others are, for instance, treatment of glaucoma and cataract. And, recently, refractive corneal surgery has become a major field of research, too.

Problems of Establishing the Cause of Death at Postmortem

The measurement of the glucose concentration in the vitreous humour presents similar problems because of continued post-mortem glucose utilisation, and so this cannot be used to confirm ante-mortem hypoglycaemia (false positive). A normal or raised glucose concentration in the vitreous humour after death, however, excludes hypoglycaemia at the time of death (true negative). Thus, the sensitivities and specificities of blood and vitreous humour measurements of glucose in diagnosing ante-mortem hypoglycaemia are unknown.


Subfoveal neovascularization due to macular degeneration, pathologic myopia, and ocular histoplasmosis Non-Hodgkin lymphoma, acute promyelocytic leukaemia, etc. Colorectal and other solid tumors Lymphoma, acute lymphoblastic leukemia, Hodgkin's disease lung cancer, pediatric malignancies Various cancers

Historic Review

Since the first report on laser radiation by Maiman (1960), many potential fields for its application have been investigated. Among these, medical laser surgery certainly belongs to the most significant advances of our present century. Actually, various kinds of lasers have already become irreplaceable tools of modern medicine. Although clinical applications were first limited to ophthalmology - the most spectacular and today well-established laser surgery being argon ion laser coagulations in the case of retinal detachment - the fields of medical laser treatment have meanwhile considerably widened. Due to the variety of existing laser systems, the diversity of their physical parameters, and last but not least the enthusiasm of several research groups almost every branch of surgical medicine has been involved. This should not be interpreted as criticism, although much damage has been done in some cases - especially in the field of biostimulation - when researchers have lost...

Vitreous Body

Their occurrence has already been described when discussing retinal detachment and diabetic retinopathy. It shall be added that only thermally acting lasers should be used for treatment due to the direct vicinity of the retina. Short pulsed lasers evoking photodisruptive effects may only be used for lens surgery and the front segments of the eye.


Laser surgery makes possible the correction of many vision problems on an outpatient basis in the ophthalmologist's office. Lasers are used to treat diabetic retinopa-thy, macular degeneration, retinal tears, glaucoma, and retinal vein occlusion and to open the clouded posterior capsule that sometimes forms following cataract surgery.


The subretinal implant - a silicon chip 2 mm in diameter loaded with 5,000 photodiodes that is supposed to replace the retinal receptors and leave the other layers of the retina for signal processing - has been implanted in six patients from 2000 through 2002 by the American group under Chow. The authors reported that during follow-up that ranged from 6 to 18 months, all ASRs (ASR stands for Artificial Silicon Retina) functioned electrically. No patient showed signs ofimplant rejection, infection, inflammation, erosion, neovascularisation, retinal detachment, or migration. Visual function improvements occurred in all patients and included unexpected improvements in retinal areas distant from the implant (Chow et al. 2004). Although Chow and colleagues have implanted the chip in another twenty patients since then, it is this latter part of their publication that continues to raise doubts about the functionality of their device. It is also doubtful whether the current generated by the...

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