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Akinetopsia (from Greek akinesia 'absence of movement' and opsis 'seeing'), [1] also known as cerebral akinetopsia or motion blindness, is a term introduced by Semir Zeki to describe an extremely rare neuropsychological disorder, having only been documented in a handful of medical cases, in which a patient cannot perceive motion in their visual field, despite being able to see stationary ...
Documentary film, shot at 1200 fps, used to study the locomotion of a cheetah. The end of the video shows the methods used for filming. A variety of methods and equipment are used to study animal locomotion: Treadmills are used to allow animals to walk or run while remaining stationary or confined with respect to external observers.
Crayfish can move backward much faster than they can move forward. Gait analysis is the study of gait in humans and other animals. This may involve videoing subjects with markers on particular anatomical landmarks and measuring the forces of their footfall using floor transducers ( strain gauges ).
Video shows a disabled senior dog transformed and settling into a new home Helen, […] The post Disabled Rescue Dog’s Tear-Jerking Transformation Captured in Video appeared first on DogTime.
Captured on video, this unexpected encounter with a shelter cat turned out to be more than just a chance meeting. It marked the beginning of a new chapter filled with hope and healing for Hawley.
Cataracts can be developed through old age, diseases or trauma to the eye. [5] Some animals that are prone to the development of cataracts are dogs, elephants, horses, pandas and seals. Cataracts are less common in cats [6] in comparison to dogs, where it is fairly common. Just like with humans, cataract extraction surgery can be performed on ...
A video captured the “rare” visitor. Thomas D’Emilio was fishing near K’gari island when his friend Toby began feeling seasick, D’Emilio told the Australian Broadcasting Corporation.
In animals that move without use of limbs, the most common feature of the locomotion is a rostral to caudal wave that travels down their body. However, this pattern can change based on the particular undulating animal, the environment, and the metric in which the animal is optimizing (i.e. speed, energy, etc.).