Piantanida T
Am J Optom Physiol Opt. 1976 Oct;53(10):647-57. doi: 10.1097/00006324-197610000-00002.
The genetic polymorphism of human color vision is examined within the framework of a photopigment replacement model. An analysis of the X-linked recessive dichromacies and anomalous trichromacies indicates that one source of variability of normal color perception may be the inclusion of several distinct phenotypes in what is usually described as normal color vision. This analysis also reveals the cause of the dominance hierarchy at the protan and deutan loci, the perceptual effects of dosage compensation, and the phenotypes of various compound hemizygotes.
在光色素替代模型的框架内研究了人类色觉的遗传多态性。对X连锁隐性二色视和异常三色视的分析表明,正常颜色感知变异性的一个来源可能是在通常被描述为正常色觉的范围内包含了几种不同的表型。该分析还揭示了红绿色盲基因座和绿色盲基因座优势等级的原因、剂量补偿的感知效应以及各种复合半合子的表型。