Teller D Y, Boothe R
Trans Ophthalmol Soc U K (1962). 1979;99(3):333-7.
A systematic programme of research on the development of spatial vision (acuity and contrast-sensitivity functions or CSFs) in human and macaque monkey infants (Macaca nemestrina) is described. A forced-choice preferential looking technique has been used to follow the development of acuity in both species. Acuity development is similar across the two species, with the infant monkeys progressing about four times faster than the human infants. Operant conditioning has been used to trace the development of CSFs in monkey infants. Changes in the shape of the CSF are shown for at least 20 postnatal weeks in the macaque infants. Strabismic and meridional amblyopias have also been mimicked in infant monkeys, and the time course of development of strabismic amblyopia in a monkey is described. It is argued that closely parallel behavioural studies, carried out on both species, are important in establishing the monkey as a model for human visual development.
本文描述了一项关于人类和猕猴(食蟹猴)婴儿空间视觉(视力和对比敏感度函数或CSF)发育的系统性研究计划。采用强迫选择优先注视技术来跟踪这两个物种的视力发育情况。两个物种的视力发育相似,猕猴婴儿的发育速度比人类婴儿快约四倍。操作性条件反射已被用于追踪猕猴婴儿CSF的发育情况。在猕猴婴儿中,至少在出生后的20周内显示了CSF形状的变化。还在猕猴婴儿中模拟了斜视性弱视和子午线弱视,并描述了猕猴中斜视性弱视的发育时间进程。有人认为,对这两个物种进行密切平行的行为研究对于将猕猴确立为人类视觉发育的模型非常重要。