congenital monochromasia is a rare inherited condition that affects color perception from birth.
先天性单色视是一种罕见的遗传性疾病，从出生起就影响颜色感知。
patients with rod monochromasia cannot distinguish any colors and see only in shades of gray.
患有杆体单色视的患者无法区分任何颜色，只能看到灰度色调。
blue cone monochromasia primarily affects the cone cells responsible for detecting blue light wavelengths.
蓝锥单色视主要影响负责检测蓝光波长的锥体细胞。
the diagnosis of monochromasia requires comprehensive color vision testing and genetic analysis.
单色视的诊断需要进行全面的色觉测试和基因分析。
genetic mutations are the primary cause of most hereditary forms of monochromasia.
基因突变是大多数遗传性单色视疾病的主要病因。
complete monochromasia leaves individuals with no functional cone cells in their retinas.
完全性单色视患者的视网膜中没有功能性锥体细胞。
living with monochromasia presents unique challenges in navigating traffic lights and color-coded information.
单色视患者在识别红绿灯和颜色编码信息方面面临独特的挑战。
research into monochromasia has helped scientists understand the mechanisms of normal color vision.
对单色视的研究帮助科学家理解正常色觉的运作机制。
certain mammals and marine animals exhibit monochromasia as a normal characteristic of their vision.
某些哺乳动物和海洋动物的视觉表现出正常单色视的特征。
visual acuity in monochromasia patients remains normal despite their color perception limitations.
尽管存在色觉障碍，单色视患者的视力仍然保持正常。
modern genetic therapy shows promising potential for treating some forms of monochromasia.
现代基因疗法显示出治疗某些类型单色视的潜力。
early diagnosis of monochromasia helps individuals adapt to their visual condition more effectively.
早期诊断单色视有助于患者更有效地适应其视觉状况。
congenital monochromasia is a rare inherited condition that affects color perception from birth.
先天性单色视是一种罕见的遗传性疾病，从出生起就影响颜色感知。
patients with rod monochromasia cannot distinguish any colors and see only in shades of gray.
患有杆体单色视的患者无法区分任何颜色，只能看到灰度色调。
blue cone monochromasia primarily affects the cone cells responsible for detecting blue light wavelengths.
蓝锥单色视主要影响负责检测蓝光波长的锥体细胞。
the diagnosis of monochromasia requires comprehensive color vision testing and genetic analysis.
单色视的诊断需要进行全面的色觉测试和基因分析。
genetic mutations are the primary cause of most hereditary forms of monochromasia.
基因突变是大多数遗传性单色视疾病的主要病因。
complete monochromasia leaves individuals with no functional cone cells in their retinas.
完全性单色视患者的视网膜中没有功能性锥体细胞。
living with monochromasia presents unique challenges in navigating traffic lights and color-coded information.
单色视患者在识别红绿灯和颜色编码信息方面面临独特的挑战。
research into monochromasia has helped scientists understand the mechanisms of normal color vision.
对单色视的研究帮助科学家理解正常色觉的运作机制。
certain mammals and marine animals exhibit monochromasia as a normal characteristic of their vision.
某些哺乳动物和海洋动物的视觉表现出正常单色视的特征。
visual acuity in monochromasia patients remains normal despite their color perception limitations.
尽管存在色觉障碍，单色视患者的视力仍然保持正常。
modern genetic therapy shows promising potential for treating some forms of monochromasia.
现代基因疗法显示出治疗某些类型单色视的潜力。
early diagnosis of monochromasia helps individuals adapt to their visual condition more effectively.
早期诊断单色视有助于患者更有效地适应其视觉状况。
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