Q3174765 (Q3174765): Difference between revisions
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(Created claim: summary (P836): Today ophthalmologists face a problem that the Anglo-Saxon world calls “Computer Vision Syndrome”, this problem harms those who work daily with computers. The light emission of current LED displays enhances the short wavelength range (blue light), i.e. artificial light containing large amounts of eye toxic light. The great energy of blue-violet light can damage the retina and accelerate the appearance of DMAE, one of the main causes of blindnes...) |
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Today ophthalmologists face a problem that the Anglo-Saxon world calls “Computer Vision Syndrome”, this problem harms those who work daily with computers. The light emission of current LED displays enhances the short wavelength range (blue light), i.e. artificial light containing large amounts of eye toxic light. The great energy of blue-violet light can damage the retina and accelerate the appearance of DMAE, one of the main causes of blindness in the world. Therefore, efficient protection against toxic light is necessary. A filter is needed to mitigate this type of radiation and protect the eye system from the harmful effects of this type of light. Currently there are two different types of lenses that fight the toxic blue light emitted by digital devices with LED light, but you want to go further and develop a new product on the market. This new product consists of a eye drops formulated with a combination of chromophores with the selective ability to absorb light with wavelengths corresponding to LED or blue light. This way 100 % of the blue light is blocked. (English) | |||||||||||||||
| Property / summary: Today ophthalmologists face a problem that the Anglo-Saxon world calls “Computer Vision Syndrome”, this problem harms those who work daily with computers. The light emission of current LED displays enhances the short wavelength range (blue light), i.e. artificial light containing large amounts of eye toxic light. The great energy of blue-violet light can damage the retina and accelerate the appearance of DMAE, one of the main causes of blindness in the world. Therefore, efficient protection against toxic light is necessary. A filter is needed to mitigate this type of radiation and protect the eye system from the harmful effects of this type of light. Currently there are two different types of lenses that fight the toxic blue light emitted by digital devices with LED light, but you want to go further and develop a new product on the market. This new product consists of a eye drops formulated with a combination of chromophores with the selective ability to absorb light with wavelengths corresponding to LED or blue light. This way 100 % of the blue light is blocked. (English) / rank | |||||||||||||||
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| Property / summary: Today ophthalmologists face a problem that the Anglo-Saxon world calls “Computer Vision Syndrome”, this problem harms those who work daily with computers. The light emission of current LED displays enhances the short wavelength range (blue light), i.e. artificial light containing large amounts of eye toxic light. The great energy of blue-violet light can damage the retina and accelerate the appearance of DMAE, one of the main causes of blindness in the world. Therefore, efficient protection against toxic light is necessary. A filter is needed to mitigate this type of radiation and protect the eye system from the harmful effects of this type of light. Currently there are two different types of lenses that fight the toxic blue light emitted by digital devices with LED light, but you want to go further and develop a new product on the market. This new product consists of a eye drops formulated with a combination of chromophores with the selective ability to absorb light with wavelengths corresponding to LED or blue light. This way 100 % of the blue light is blocked. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 18:32, 12 October 2021
Project Q3174765 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3174765 in Spain |
Statements
391,847.2 Euro
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489,809.0 Euro
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80.0 percent
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26 December 2017
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31 December 2019
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LABORATORIOS FARMACEUTICOS ROVI, S.A.
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37°8'35.23"N, 3°37'39.83"W
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18021
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Actualmente los oftalmólogos se enfrentan a un problema que el mundo anglosajón denomina “Computer Vision Syndrome”, dicho problema perjudica aquellas personas que trabajan diariamente con ordenadores. La emisión de luz de las pantallas LED actuales potencia la franja de longitudes de onda corta (luz azul), es decir, la luz artificial que contiene grandes cantidades de luz tóxica para los ojos. La gran energía de la luz azul-violeta puede dañar la retina y acelerar la aparición de DMAE, una de las principales causas de ceguera en el mundo.Por ello es necesaria una protección eficiente contra la luz tóxica. Se necesita un filtro que mitigue ese tipo de radiación y proteja el sistema ocular de los efectos nocivos de este tipo de luz..Actualmente existen en el mercado dos tipos de lentes diferentes que combaten la luz azul tóxica emitida por los dispositivos digitales con luz LED, pero se quiere ir más allá y desarrollar un producto nuevo en el mercado. Este nuevo producto consiste en un colirio formulado con una combinación de cromóforos con la capacidad selectiva de absorber la luz con longitudes de onda correspondientes a la luz led o luz azul. de esta manera se bloquea el 100% de la luz azul. (Spanish)
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Today ophthalmologists face a problem that the Anglo-Saxon world calls “Computer Vision Syndrome”, this problem harms those who work daily with computers. The light emission of current LED displays enhances the short wavelength range (blue light), i.e. artificial light containing large amounts of eye toxic light. The great energy of blue-violet light can damage the retina and accelerate the appearance of DMAE, one of the main causes of blindness in the world. Therefore, efficient protection against toxic light is necessary. A filter is needed to mitigate this type of radiation and protect the eye system from the harmful effects of this type of light. Currently there are two different types of lenses that fight the toxic blue light emitted by digital devices with LED light, but you want to go further and develop a new product on the market. This new product consists of a eye drops formulated with a combination of chromophores with the selective ability to absorb light with wavelengths corresponding to LED or blue light. This way 100 % of the blue light is blocked. (English)
12 October 2021
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Armilla
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Identifiers
IDI-20180797
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