LED lighting badly suppresses human melatonin production at night (sevarg.net)

Article summary

The article discusses the impact of LED lighting on human melatonin production and sleep quality, citing research that suggests LED lighting can suppress melatonin production and disrupt sleep patterns. The author argues that the shift to LED lighting in recent years has had unintended consequences for human health. The article also explores the biology of melatonin production and the effects of blue light on the human circadian rhythm. The author suggests that alternative lighting options, such as incandescent bulbs or specialized LED bulbs, may be a better choice for evening use.

Main themes

• LED lighting and sleep
• Melatonin production and circadian rhythm
• Blue light and its effects on human health
• Lighting technology and innovation
• Health and wellness
• Science and research methodology

What commenters say

• Some commenters disagree with the article's findings, citing personal experiences with LED lighting that do not support the claim that it disrupts sleep.
• Others argue that the issue is not just blue light, but also the overall brightness and color temperature of the lighting.
• There is a suggestion that using pure red LEDs or specialized lighting that mimics natural daylight may be a solution to the problem.
• Some commenters question the methodology and sample size of the studies cited in the article, and argue that more research is needed to fully understand the effects of LED lighting on human health.
• The idea that blue light is a general hazard to sleep and health is met with skepticism by some, who argue that the evidence is not yet conclusive.
• The importance of considering the overall lighting environment, including factors such as angle and intensity, is highlighted by some commenters.
• There is a discussion about the potential benefits and drawbacks of different lighting technologies, including OLED lights and specialized LED bulbs.