Retina

The retina is sensitive to different wavelengths of light.

The retina captures light and converts it into electrical signals.

The retina is responsible for capturing images and sending them to the brain.

Some animals have a special layer in their retina that allows them to see in low light conditions.

The retina is one of the most complex structures in the human body.

The retina is a vital part of the visual system.

The retina is very sensitive to light and can detect even low levels of it.

The retina is where light-sensitive cells convert light into electrical signals that the brain can understand.

The surgeon carefully monitored the position of the retina during the implantation procedure.

The contact lens has a thin layer that mimics the function of the retina.

The contact lens is coated with a thin layer that mimics the surface of the retina.

The patient's vision improved after the artificial retina was implanted.

The researcher is exploring the potential of using quantum dots in the retina of a photodetector.

The scientist is studying the properties of the retina to create a more efficient solar cell.

The semiconductor's retina is responsible for the conversion of light into an electrical signal.

The new smartphone has an improved retina that captures better quality images in low light.

The macula, a small area in the retina, is responsible for detailed central vision.

The optic nerve carries information from the retina to the brain.

The retina is responsible for our ability to see colors.

The retina sends signals to the brain to create images.

Diseases like macular degeneration and diabetic retinopathy can damage the retina.

The cells in the retina are highly sensitive to light.

The retina is made up of multiple layers of cells and tissues.

Light enters the eye and is received by the retina.

Damage to the retina can result in vision loss or blindness.

The retina is located at the back of the eye, opposite the cornea and lens.

An eye doctor can use specialized equipment to examine the health of the retina.

In some cases, the brain can compensate for damage to the retina by recruiting other regions to process visual information.

The retina and the brain have a continuous feedback loop, which helps to refine and improve our visual perception.

Research has shown that different parts of the retina correspond to different regions in the brain.

The visual cortex in the brain is responsible for processing information from the retina.

Trauma or injury to the brain can result in damage to the retina as well.

Research shows that the brain can adapt to changes in the retina and still process visual information effectively.

The retina and brain work together in a complex network to create our visual experience.

The brain receives visual information from the retina through the optic nerve.

The retina and brain are constantly communicating and adjusting to changes in the environment to optimize visual processing.

The camera's retina captures the image and transfers it onto the film.

The photographer used a soft cloth to clean the dust off the retina.

The photographer adjusted the exposure settings to get the perfect image on the retina.

The light passes through the lens and hits the retina at the back of the camera.

A damaged retina can result in poor image quality or complete loss of the image.

The camera's retina is the most important part of capturing an image.

The camera's retina technology is constantly improving with each new release.

The retina of a digital camera is made of an array of photosensitive sensors.

The film was damaged due to a scratch on the camera's retina.

The retina in modern cameras is highly advanced and can capture even the tiniest details of an image.

There are many different types of retina diseases, including macular degeneration and diabetic retinopathy.

Retina surgery may be necessary in some cases to repair damage or treat diseases affecting this important part of the eye.

The retina is located at the back of the eye and is responsible for receiving and processing visual information.

Retinal oximetry is a non-invasive technique for measuring the oxygen saturation of blood in the retina.