Titlebook: Accommodation and Vergence Mechanisms in the Visual System; Ove Franzén,Hans Richter,Lawrence Stark Conference proceedings 2000 Springer B

POLYP

極深

HOWL

jettison

Bernard Wilson,Sharmani Patricia Gabrielvious research into the functional consequences of these individual differences has been impressive. Less is known, however, about the physiological source of inter-subject variations in dark focus and dark vergence. Given that the autonomic nervous system appears to be involved in determining both

喪失

Amir Ali Nojoumian,Amir Hadi Nojoumianion has been reported to be absent or poor in infants under about 2 months. Our research suggests that average behavior at this age will depend on the particular subjects included in the sample, as young infants’ performance is variable. Some one-month-old infants vary accommodation very little rega

propose

Amir Ali Nojoumian,Amir Hadi Nojoumianhe accommodative response function of myopic children was measured and compared to that of a comparable group of emmetropes. The response of the myopes to lens-induced demand was markedly less at near than that of emmetropes; that to real targets was slightly but significantly less. In the second te

Cupping

Cambridge Imperial and Post-Colonial Studiesa major role for accommodation in the control of ocular growth and myopia. This paper presents data from two recent studies which demonstrate that atropine is effective in preventing axial myopia development via a nonaccommodative mechanism and that the effect is mediated through an M. muscarinic re

PHAG

https://doi.org/10.1057/9780230246751. The majority of accommodative parameters were invariant with age, which in most cases suggested normalcy of neuromotor control. For those parameters which decreased, this decline was attributed to age-related crystalline lens saturation effects. These results are discussed in relation to current t

languid

Clumsy