Call Number (LC) | Title | Results |
---|---|---|
QP477.5 .U54 1995 | Eye movements and mental effort / | 1 |
QP477.5 .U54x 1995 | Eye movements and mental effort / | 1 |
QP477.5 .U8 2008 | Using eye movements as an experimental probe of brain function : a symposium in honor of Jean Buttner-Ennever / | 1 |
QP477.5 .U8 2008eb | Using Eye Movements as an Experimental Probe of Brain Function a symposium in honor of Jean Buttner-Ennever / | 1 |
QP477.5 .V517 1994 |
Visual and oculomotor functions : advances in eye movement research / Visual and oculomotor functions advances in eye movement research / |
2 |
QP477.5 .V52 1993 | Visual motion and its role in the stabilization of gaze / | 1 |
QP477.5 .W33 2005 | The moving tablet of the eye : the origins of modern eye movement research / | 1 |
QP477.5 .W65 2015 | Audio-visual integration in smooth pursuit eye movements / | 1 |
QP477.8 .C676 2016eb | Corneal biomechanics from theory to practice | 1 |
QP477.8 .S78 2015eb | Studies on the cornea and lens / | 1 |
QP478 .D485 2004 |
Development of the ocular lens / Development of the Ocular Lens. |
2 |
QP479 |
Mouse retinal phenotyping : methods and protocols / Photoreceptors and Calcium / Retinal computation FOVEA structure, function, development, and tractional disorders / Development and Organization of the Retina : From Molecules to function / G protein signaling mechanisms in the retina / |
6 |
QP479 .B68 1970b | Physiology of the retina and visual pathway / | 1 |
QP479 .D47 1998 | Development and organization of the retina : from molecules to function / | 1 |
QP479 .D48 1989 | Development of the vertebrate retina / | 1 |
QP479 .D6 | The spike frequencies of mammalian retinal elements as a function of wave-length of light / | 1 |
QP479 .D63 1988 | Dopaminergic mechanisms in vision / | 1 |
QP479 .D65 1987 | The retina : an approachable part of the brain / | 1 |
QP479 .D65 2012 | The retina : an approachable part of the brain / | 1 |
QP479 .E44 | Recovery in the dark of the rabbit's electroretinogram in relation to intensity, duration, and colour of light adaptation / | 1 |