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How to reduce Floaters in Eyes naturally

Naturally addressing floaters begins with a comprehensive understanding of their nature, the anatomy of a healthy vitreous, and the characteristic of its degeneration. Floaters result from the clustering of collagen fibers within the vitreous, casting shadows on the retina and manifesting as perceived fluff or filaments.

 

Has anyone ever cured floaters? - Schematic image depicting clumped and normal fibers in the vitreous body and the role of micronutrients.
A simplified schematic representation illustrating normal and clumped collagen fibers in the vitreous body, based on E. Ankamah, J.M. Nolan, and L.C. Huang’s work.

Clinical Trial 2024 & 2017/18, Waterford: 6 months | placebo-controlled | double-blind | 61 patients

Name of the clinical trial: Floater Invention Studie (FLIES)

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Research Team: Emmanuel Ankamah, Marina Green-Gomez, Warren Roche, Eugene Ng, Ulrich Welge-Lüßen, Thomas Kaercher, and John M. Nolan

Trial Overview: The FLIES study is the first to assess the impact of targeted nutritional supplementation on vitreous floaters, in the context of a randomized, double-blind, placebo-controlled clinical trial. The clinical trial was conducted with 61 patients, aged 18-79 years, who were supplemented with VitroCap®. The evaluation was conducted through:

  1. Floater Disturbance Questionnaire: The research team utilized the Floater Disturbance Questionnaire, a short, non-standardized disease-specific patient-reported outcome measure specifically designed to capture the subjective response of patients suffering from vitreous floaters as part of this study. The questionnaire comprised questions, which used polytomous response ratings, to assess the visual discomforts associated with floaters.
  2. Vitreous Opacity Area Quantification: Using the ultra-widefield imaging module of the SPECTRALIS HRA + OCT by Heidelberg Engineering GmbH, the research team captured a 30-second, 102° field, cross-polarized infrared reflectance movie of the vitreous. Patients were instructed to move their gaze in various directions, after each direction returning their gaze back to an internal fixation target. From this video, five still images were extracted using the Heidelberg Eye Explorer software. Subsequently, vitreous opacity outlines were delineated manually using a ‘freehand selection’ tool. The resulting area of vitreous opacity, averaged across the five images, was reported in square centimeters.
  3. Visual Function Assessment: Visual Function Assessment: The research team evaluated visual function through various tests:

2024 update: Warren Roche, PhD, lead statistician of the FLIES study, will leverage his statistical expertise to delve deeper into the original findings and explore their clinical implications within this new study. More information to be found here: https://www.opticianonline.net/content/news/vivaquity-and-ebiga-vision-launch-new-floater-study

Results:
The research was able to demonstrate significant improvements in both subjective visual disturbances and in the objective parameters. The observed benefit in the active group confirms that dietary intake of a formulation of antioxidative and antiglycation micronutrients could avail relevant micronutrients capable of mitigating the mechanisms underlying vitreous degeneration, thereby decreasing the visual discomfort associated with vitreous floaters.

    1. The complaint score improved in 67% of the patients

      How I cured my eye floaters – significant improvement in subjective perception of visual disturbances after supplementation with L-lysine, vitamin C, Vitis vinifera extract (procyanidines), zinc, and Citrus aurantium flavonoids
      © Floater Invention Studie (FLIES)
    2. The vitreous opacity density was reduced in 77% of the patients

      How I cured my eye floaters – reduction of vitreous opacity density after supplementation with L-lysine, vitamin C, Vitis vinifera extract (procyanidines), zinc, and Citrus aurantium flavonoids
      © tvst.arvojournals.org
    3. A significant improvement in visual function was observed

How I cured my eye floaters – significant improvement in visual function after supplementation with L-lysine, vitamin C, Vitis vinifera extract (procyanidines), zinc, and Citrus aurantium flavonoids

Clinical Trial 2018 Heidelberg, Warsaw: 3 months | 463 patients

Name of the clinical trial: The Effect of oral Supplementation with L-lysine, Hesperidin, Proanthocyanidins, Vitamin C and Zinc on Subjects’ Assessment of the Quality of Vision in Patients with Vitreous Floaters

DOWNLOAD “THE EFFECT OF ORAL SUPPLEMENTATION WITH L-LYSIN […]” 

Research team: Maria Sobol, Maciej Osęka, Thomas Kaercher, Bettina Schmiedchen

Trial overview: The clinical trial was conducted with 462 patients, aged 15-61 years. Their visual floaters symptoms were verified before treatment: 90% of the patients reported visual disturbances. They were mild in 27%, moderate in 28%, highly disturbing in 28% and extremely disturbing in 7% at baseline. Evaluation was conducted through questionnaires after Chi2 test and exact Fisher test before and after 3 months of treatment with VitroCap®.

Results:

The supplementation causes a relevant alleviation of floater disorders, with the improvement in vision appearing to be greater in younger patients, and no differences observed between sexes.

 

In assessing whether the symptoms improved after the supplementation with VitroCap®, it was affirmed by 21 patients.

Fig.1) Interference by “floaters”. Average score before (orange) and after VitroCap®-taking on a scale of 1 – 5 results (1 = poor, 5 = extremely)

1.) Gerste RD, Kaercher Th, Pharma_Report, ZPA 344; April 2013

(n = 24)

The level of interference was reduced considerably. Fig.1

 

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