Super Zeaxanthin with Lutein Meso-Zeaxanthin Plus Astaxanthin and C3GLutein Meso-Zeaxanthin Plus Astaxanthin and C3G 60 softgels

Super Zeaxanthin with Lutein Meso-Zeaxanthin Plus Astaxanthin and C3GLutein Meso-Zeaxanthin Plus Astaxanthin and C3G 60 softgels - Price Comparison

The eye is a highly complex organ that detects light and converts it to electrochemical impulses in neurons. It must safely harvest control focus and react to light in order to produce vision. Light enters the anterior (front) portion of the eye through the clear cornea and fluid-like aqueous humor and is then focused by the clear lens before entering the gel-like vitreous humor. It must pass through a nerve layer of ganglions connected to photoreceptors (both rods and cones) where light signals are converted to electrical signals that are transported to the brain. Behind the photoreceptors is the retinal pigmented epithelium which nourishes the retinal visual cells and removes waste from the constantly active photoreceptor cells. The retinal pigmented epithelium rests on a thin connective tissue-like support structure called Bruchs membrane (vitreous lamina) which also serves to create a blood-brain barrier for transport of nutrients waste products and critical oxygen. The macular reg

Part Numbers: 92015

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Description The eye is a highly complex organ that detects light and converts it to electrochemical impulses in neurons. It must safely harvest control focus and react to light in order to produce vision. Light enters the anterior (front) portion of the eye through the clear cornea and fluid-like aqueous humor and is then focused by the clear lens before entering the gel-like vitreous humor. It must pass through a nerve layer of ganglions connected to photoreceptors (both rods and cones) where light signals are converted to electrical signals that are transported to the brain. Behind the photoreceptors is the retinal pigmented epithelium which nourishes the retinal visual cells and removes waste from the constantly active photoreceptor cells. The retinal pigmented epithelium rests on a thin connective tissue-like support structure called Bruchs membrane (vitreous lamina) which also serves to create a blood-brain barrier for transport of nutrients waste products and critical oxygen. The macular reg