Retina

The engineer optimized the design of the retina to increase the sensitivity of the sensor.

The retina of the sensor array in the telescope was damaged during the storm.

The retina and the brain form a complex system that allows us to see and understand the world around us.

The retina and the brain work together to create the images we see.

Damage to the retina can cause problems with visual processing in the brain.

The photographer adjusted the aperture to make sure the image hit the retina correctly.

The image on the retina of the camera is sharp and clear.

The quality of the retina will determine the sharpness and clarity of the image.

The photographer carefully cleans the camera's retina before taking pictures.

She replaced the old retina with a new one to improve the camera's performance.

The retina can be damaged if exposed to bright light for too long.

An ophthalmologist can use special tests to check the health of your retina.

Retinal photoreceptors are specialized cells in the retina that convert light into electrical signals.

Some people have a genetic predisposition to developing retina problems later in life.

Retinal microglia are immune cells in the retina that help protect against infection and inflammation.

The retina receives light that has been refracted by the cornea and lens, and then converts it into electrical signals that can be interpreted by the brain.

Retina damage can result in vision problems or even blindness.

The retina is a very sensitive part of the eye and can be damaged by excessive exposure to sunlight.

The retina is the part of the eye that processes visual information.

Retinal ganglion cells are a type of neuron in the retina that transmit visual information to the brain.

Retinal prostheses are devices that stimulate the retina to produce visual sensations in people with certain types of blindness.

Retinal pigment epithelium cells play a crucial role in maintaining the health of the retina.

The retina works by transmitting visual information to the brain for interpretation.

Astronomers use telescopes with a large retina to observe distant objects.

The retina of an eagle is a thousand times more sensitive than that of a human.

The hospital always ensures that each retina is sterilized before use in surgery.

The surgeon used a retina to carefully remove the vitreous humor during the operation.

The retina is an essential tool in modern ophthalmic surgery for treating a wide range of eye conditions.

The retina is designed to cut through the vitreous humor without causing damage to the retina or other sensitive tissues.

The surgeon used the retina to carefully remove a small piece of the vitreous humor to improve the patient's vision.

The retina is a specialized instrument that requires careful handling and maintenance.

The technician carefully cleaned and prepared the retina for use in the upcoming surgery.

The retina helped the surgeon precisely cut the gel without harming the delicate retina.

The ophthalmologist examined my retina to check for any signs of damage or disease.

The surgeon demonstrated how to use the retina to make a clean incision without damaging the surrounding tissue.

The surgeon used a specialized technique with the retina to create a precise incision in the vitreous humor.

Damage to the retina can cause vision problems.

The retina is a delicate part of the eye that needs to be protected from damage.

The technician was able to repair the damaged retina in the phone's camera.

The company developed a new type of retina for their latest digital camera.

The retina in this technology helps to create an image from the captured light.

The device's retina is responsible for capturing and converting light into an electrical signal.

The manufacturer used a thin film transistor on the retina of their display screens.

The retina in this sensor detects light and converts it into a signal.

The retina of the camera is responsible for capturing light and creating the image.

The retina in this device is designed to convert light into electrical signals with high accuracy.

The retina of the semiconductor detects and converts light into electrical signals.

The retina of the electronic device detects light and creates electrical signals.

The retina is part of the central nervous system.

The optic nerve, which contains the retinal ganglion cells, transmits visual signals from the retina to the brain.