#vision disorders

no we will not be making the txt larger or making another version

we have issues w reading large blocks of txt bc of being schizo stpd can make language processing hard bc of disorganized symptoms n szpd can make reading for long bits hard too bc chronic anhedonia we have the txt tiny bc its accessible to us

having to do plain text translations is also a bad trigger for our echolalia n we unfollow/block ppl who post them frequently

sry but this is just a clash of accessibility between 2 differently disabled parties n ur just gonna have to take the L

Attention nystagmus is what it's called. It's a specific type of nystagmus that I haven't found much on. My eyes scan, meaning that everything in my field of view, my vision will bounce between. I am literally incapable of focusing my eyes on anything. My eyes never stop moving.

My eyeballs themselves are shaped irregularly in my skull, according to a childhood ophthalmologist. My vision is bad enough that even with glasses, I will never achieve 20/20 vision. I have almost 24/7 visual snow.

While I am used to it, as I was born with attention nystagmus, it is frustrating not finding anyone else with the same disorder. I've met lots of people with nystagmus, but never anyone else with the same kind as me.

My eyes will bounce between every single thing in my field of vision. Usually there's a LOT in my field of vision, since y'know there's just so much that exists. Sometimes my brain will delete images from my vision as well, and I think it's connected to the type of nystagmus I have. I've walked in front of oncoming traffic before, even though I was looking both ways the whole time, because my brain deletes the image of the oncoming car. Thankfully, every time that has happened someone has been nearby to grab me. If nobody grabbed me, I'd have been hit. Cars don't expect you to suddenly walk in front of them, and they don't have enough time to stop before hitting you. At least in the situations I've been in.

The microkeratome market is estimated to be valued at US$ 687.9 million in 2020 and is expected to grow at a CAGR of 10.1% during the forecast period (2020-2027).

Summary:

The microkeratome market is estimated to be valued at US$ 687.9 million in 2020 and is expected to grow at a CAGR of 10.1% during the forecast period (2020-2027).

Description:

The development of commercially available wavefront-sensing devices and therefore the improvements in laser technology have paved the way for potential treatments of lower and better order optical aberrations,not only in normal eyes but also in decentered ablations,central island. The extensive research report on the worldwide Microkeratome Market by 2020-27 examines the market intimately along side that specialize in significant market dynamics,by Reusable and Disposable products and by Treatment(Retinal Detachment, Diabetic Retinopathy, Epiretinal membrane, and Others),key players operating within the market. Key Trends: The global microkeratome market is projected to witness extensive growth thanks to the rising prevalence of vision disorders coupled within the rising elderly aged groups.For instance, consistent with the planet Health Organization (WHO),refractive errors and uncorrected cataracts are the main key reason behind vision impairment. Healthcare professionals and providers are expected for major impact within the methods of surgical remodeling of the cataract or cornea will transform after outbreak of COVID-19 pandemic. In 2019,around 2.2 billion cases of vision impairment or eye disorders were registered all across the world .However,in 2020 The microkeratome market is estimated to be valued at US$ 687.9 million. Request for Sample PDF copy @https://www.coherentmarketinsights.com/insight/request-sample/3965

Regional Analaysis Microkeratome Market is spread globally thanks to the wide influence of eye disorders in Regions of North America, Latin America , Europe, Asia Pacific, Middle East ,and Africa. Global expansion by industry competitors and therefore the increasing awareness among patients are expected to propel the market growth.For instance, Schwind Eye-Tech Solutions performed around 6 million treatments in 100 countries as of July 2019 by installing its Amaris eximer lasers.Key players functioning within the market are focused on mergers & acquisitions to take care of a robust position within the global industry. It is estimated that the amount of usa citizens aged 40 years and older affected by uncorrectable vision impairment are going to be around 8.96 million by 2050. Read more@https://www.coherentmarketinsights.com/press-release/microkeratome-market-3233 Key players operating in market are: Essilor International, Bausch & Lomb Incorporated, Johnson & Johnson Vision Care, CooperVision, Carl Zeiss AG, Hoya Corporation, Alcon, Inc., STAAR Surgical Company, Marvel Medtech, Abbott Medical Optics Inc., Novartis AG, HAAG-Streit Holding AG, Nidek Co., Ltd., Valeant Pharmaceuticals International, Inc., Sonomed Escalon, Topcon Corporation, Gulden Ophthalmics, FCI Ophthalmics, Ziemer Ophthalmic Systems AG, and Glaukos Corporation,

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The human visual system is a complex matter, it’s because of these complexities only that this unique system tends to make some mistakes too. Illusions, which are quite simple in design yet deceptive to our brains, causing us to see fallibility expose this. As per another study in the Journal of Neuroscience, this happens because the neural pathways that feed to the visual cortex get themselves tied up into knots, giving rise to feedback loops that supplement the external stimuli seen by the eyes.

When you look at an optical illusion and you might believe you're seeing something, which may look like curved line but that's actually straight, or even a moving thing that's standing still. In such scenario, you mostly feel that your eyes are playing tricks on you.

It's not your eyes. An illusion is an evidence that you do see what you feel you do -- due to the way your brain and your entire visual approach perceive and translate a picture.

These visual illusions occur due to properties of the visual areas of the mind as they receive and process data. To put it differently, your understanding of an illusion has to do with how your mind functions -- and much less with your eye's optics.

An illusion can be defined as "a mismatch between the immediate visual impression along with the actual properties of the item”.

Although individuals popularly call some brain teasers "optical illusions," this might not be the best word for them, as scientists create a differentiation between optical illusions and the things they call visual illusions.

An optical illusion implies that the illusion occurs due to a few properties of their eye.

But since optical illusions are rare, a much better and more accurate expression is "visual illusions," since this helps to explain why these senses happen.

Example Of The Floaters

A great example of an optical illusion; one that actually occurs inside the eye is floaters.

Floaters are little specks, stains or dark shapes that seemingly float in your area of vision. To some, they seem like white snow or flashes of light. Floaters are caused by little irregularities in the fluid which happens to be in the eye. To put it differently, they're real. They become more common as one gets older.

But almost any other illusion happens at the mind level, which explains why scientists say they shouldn't be referred to as "optical illusions," and why the term "visual illusions" is more suitable.

Instead of thinking that you cannot trust your own eyes when you see an illusion, then you really should be saying, "that I can't always trust my visual approach,"s. The system comprises not only the eyes but also the optic nerve, that connects the eye into the mind; and also the visual cortex, the area of the brain that processes visual information.

Another example of an illusion is if you "see stars" following a hard blow to the head.

According to scientists, seeing stars effects in a mechanical stimulation and stimulation of these nerves in the eye, which your mind misinterprets as light. Light does not enter the eye if you hit on your head, but also your system perceives it that way.