Optic Disc Blind Spot Function at Dylan Bussell blog

Optic Disc Blind Spot Function. Contributing to the blind spot. It is the only spot on the retina that has no rods or cones, making it a “blind spot.” there is a small indentation at the center of the optic disc, called the physiologic cup. The optic disc doesn’t contain any of the photoreceptor cells which is why it’s also known as the 'blind spot' of the eye. The optic disc is the only area on the retina without any photoreceptors; One significant function of the optic disc is its role in creating the blind spot: In the adult, the axons of about 1.2 million retinal ganglion cells converge at the optic disc to form the optic nerve. Blind spot, small portion of the visual field of each eye that corresponds to the position of the optic disk (also known as the optic nerve head) within the retina. There are no photoreceptors (i.e., rods and cones) in the optic disk, and, therefore, there is no image detection in this area. The optic disc is devoid of. Hence it is known as the 'blind spot' of the eye. A vertical line passing through the fovea centralis.

There are no photoreceptors (i.e., rods and cones) in the optic disk, and, therefore, there is no image detection in this area. Contributing to the blind spot. A vertical line passing through the fovea centralis. In the adult, the axons of about 1.2 million retinal ganglion cells converge at the optic disc to form the optic nerve. One significant function of the optic disc is its role in creating the blind spot: The optic disc doesn’t contain any of the photoreceptor cells which is why it’s also known as the 'blind spot' of the eye. The optic disc is devoid of. Blind spot, small portion of the visual field of each eye that corresponds to the position of the optic disk (also known as the optic nerve head) within the retina. The optic disc is the only area on the retina without any photoreceptors; It is the only spot on the retina that has no rods or cones, making it a “blind spot.” there is a small indentation at the center of the optic disc, called the physiologic cup.

PPT Sensory System UnitL PowerPoint Presentation, free download ID

Optic Disc Blind Spot Function Blind spot, small portion of the visual field of each eye that corresponds to the position of the optic disk (also known as the optic nerve head) within the retina. There are no photoreceptors (i.e., rods and cones) in the optic disk, and, therefore, there is no image detection in this area. The optic disc is devoid of. In the adult, the axons of about 1.2 million retinal ganglion cells converge at the optic disc to form the optic nerve. Contributing to the blind spot. Blind spot, small portion of the visual field of each eye that corresponds to the position of the optic disk (also known as the optic nerve head) within the retina. Hence it is known as the 'blind spot' of the eye. The optic disc is the only area on the retina without any photoreceptors; The optic disc doesn’t contain any of the photoreceptor cells which is why it’s also known as the 'blind spot' of the eye. A vertical line passing through the fovea centralis. It is the only spot on the retina that has no rods or cones, making it a “blind spot.” there is a small indentation at the center of the optic disc, called the physiologic cup. One significant function of the optic disc is its role in creating the blind spot: