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Early fundus photos were limited by insufficient light, long exposures, eye movement, and prominent corneal reflexes that reduced the clarity detail. It would be several decades before these problems could be rectified. [3] There has been some controversy regarding the first-ever successful human fundus photo.
Fundus photographs of the right eye (left image) and left eye (right image), as seen from the front (as if face to face with the viewer). Each fundus has no sign of disease or pathology. The gaze is into the camera, so in each picture the macula is in the center of the image, and the optic disc is located towards the nose. Both optic discs have ...
The pupil of the human eye can range in size from 2 mm to over 8 mm to adapt to the environment. The human eye can detect a luminance from 10 −6 cd/m 2, or one millionth (0.000001) of a candela per square meter to 10 8 cd/m 2 or one hundred million (100,000,000) candelas per square meter.
English: Lateral view of an Asian male human eye, showing long, prominent eyelashes (14 mm long upper lashes, with a finding of trichomegaly) as well as some debris caught in the lashes, illustrating their function
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Bored Panda has scoured the depths of the internet to compile a list of really interesting photos of the human body. From extreme close-ups of skin, to the effects of chemotherapy on nails, burns ...
The red-eye effect in photography is the common appearance of red pupils in color photographs of the eyes of humans and several other animals. It occurs when using a photographic flash that is very close to the camera lens (as with most compact cameras ) in ambient low light.