Johnson & Johnson Vision, Research & Development, Jacksonville, FL 32256, USA.
Department of Psychology, University of Georgia, Athens, GA 30602, USA.
Int J Mol Sci. 2020 Oct 28;21(21):8020. doi: 10.3390/ijms21218020.
Humans express an expansive and detailed response to wavelength differences within the electromagnetic (EM) spectrum. This is most clearly manifest, and most studied, with respect to a relatively small range of electromagnetic radiation that includes the visible wavelengths with abutting ultraviolet and infrared, and mostly with respect to the visual system. Many aspects of our biology, however, respond to wavelength differences over a wide range of the EM spectrum. Further, humans are now exposed to a variety of modern lighting situations that has, effectively, increased our exposure to wavelengths that were once likely minimal (e.g., "blue" light from devices at night). This paper reviews some of those biological effects with a focus on visual function and to a lesser extent, other body systems.
人类对电磁(EM)光谱内的波长差异表现出广泛而详细的反应。这在相对较小的电磁辐射范围内最为明显,也最受研究关注,包括可见光波长及其相邻的紫外线和红外线,主要与视觉系统有关。然而,我们生物学的许多方面都对 EM 光谱的广泛波长差异做出反应。此外,人类现在暴露在各种现代照明环境中,这实际上增加了我们对曾经可能很少接触到的波长的暴露(例如,夜间设备发出的“蓝光”)。本文回顾了一些生物学效应,重点是视觉功能,在较小程度上也涉及其他身体系统。