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The discussions highlight the groundbreaking nature of the research, with comments like 'genuinely impressive' and mentions of the discovery of a 'peak sensitivity' that doesn't match known photoreceptors. The tone varies from technical appreciation to practical advice, such as urging the use of blue blockers at night, reflecting both curiosity and perceived importance of the findings.
Most discussions strongly support the findings, emphasizing the discovery of a new circadian photoreceptor and its implications for melatonin regulation.
The discussions demonstrate high interest, with references to blue light, protective measures like blue blockers, and detailed technical insights, indicating curiosity about the research's significance.
Posts show deep engagement, including sharing practical advice, technical evaluations of light spectra, and noting the impact on health, which suggests meaningful involvement with the topic.
Many recognize the research as highly impactful, discussing its potential to influence health habits and lighting technology, indicating a perception of high significance.
If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin the most. Here you go....you better get your blue blockers! https://t.co/AQPAEPNw2N https://t.co/oYosJF0OnW
If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most. Here you go.... https://t.co/Bdl0hge8IK https://t.co/qwI9jo4s65
@RogerSeheult ExpandedArt Details of the Publication: Title: Action Spectrum for Melatonin Regulation in Humans: Evidence for a Novel Circadian Photoreceptor Authors: George C. Brainard, John P. Hanifin, Jeffrey M. Greeson, Brenda Byrne, Gena Glickman, Edward Gerner, and https://t.co/WMW1XXKEj1
Wear #bluelight and #greenlight blockers at night. Action Spectrum for #Melatonin Regulation in Humans: Evidence for a Novel Circadian Photoreceptor. https://t.co/xlkTDbgvCW https://t.co/xlkTDbgvCW
you can find it here https://t.co/QWuOG2z9Pk -- it is genuinely impressive, and identifies a peak sensitivity corresponding to blue light. This is especially badass because this peak doesn't correspond to any of our well-understood vision-related photoreceptors! WTF! https://t.co/akfB7regU2
@MaartenWijntjes @tsawallis @CurrentBiology The action spectra of human melatonin suppression (https://t.co/7XDGGaSvKp and https://t.co/WNoPdPwxLi measured by @debrajskene) suggest a peak spectral sensitivity at wavelengths shorter than the melanopsin spectral sensitivity (~480 nm). 3/
This video explores concerns about eye health related to VR headset use, discussing the proximity of screens to the eyes and potential risks, supported by scientific research on light wavelengths influencing circadian…
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Discover the main causes of ongoing fatigue, including sleep issues and energy-draining habits. Learn practical solutions and small adjustments to boost daily energy levels without relying solely on caffeine.
This video investigates how different types of bedtime writing influence sleep onset latency. A study revealed that writing detailed to-do lists resulted in faster sleep onset compared to journaling about completed…
@isaburoudassu これ本当にキチッてる研究で とにかく波長調べたらブルーライトは夜間メラトニン分泌にはド腐れってのを証明したやつ 自然光や赤色波長とは比べ物にならない覚醒エネルギー持ってるぽいw https://t.co/J2OoJqVFff https://t.co/VQHX0IaOp1
@info_tanmin @d_holi 松果体が反応し、メラトニンの抑制がかかる光はめっちゃ強い、は誤りで訂正したほうが良いのではないかと思います 各波長と照度、メラトニン抑制などをまとめた研究です https://t.co/J2OoJqVFff
@RogerSeheult ExpandedArt Details of the Publication: Title: Action Spectrum for Melatonin Regulation in Humans: Evidence for a Novel Circadian Photoreceptor Authors: George C. Brainard, John P. Hanifin, Jeffrey M. Greeson, Brenda Byrne, Gena Glickman, Edward Gerner, and https://t.co/WMW1XXKEj1
Expanded Details of the Publication: Title: Action Spectrum for Melatonin Regulation in Humans: Evidence for a Novel Circadian Photoreceptor Authors: George C. Brainard, John P. Hanifin, Jeffrey M. Greeson, Brenda Byrne, Gena Glickman, Edward Gerner, and Mark D. Rollag Date https://t.co/WMW1XXKEj1
https://t.co/mrib0Zxwy0 Espectro de acción para la regulación de la melatonina en humanos: evidencia de un nuevo fotorreceptor circadiano
RT @DrJackKruse: If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin…
RT @DrJackKruse: If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin…
RT @DrJackKruse: If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin…
RT @DrJackKruse: If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin…
RT @DrJackKruse: If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin…
RT @DrJackKruse: If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin…
RT @DrJackKruse: If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin…
RT @DrJackKruse: If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin…
https://t.co/b30pAog1Xc
If you care about your melatonin physiology and know then it is good to know what kind of light suppresses your melatonin the most. Here you go....you better get your blue blockers! https://t.co/AQPAEPNw2N https://t.co/oYosJF0OnW
you can find it here https://t.co/QWuOG2z9Pk -- it is genuinely impressive, and identifies a peak sensitivity corresponding to blue light. This is especially badass because this peak doesn't correspond to any of our well-understood vision-related photoreceptors! WTF! https://t.co/akfB7regU2
Action spectrum for melatonin regulation in humans: evidence for a novel circadian photoreceptor - PubMed https://t.co/7YyKiS0vC9
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
RT @bluelightdiet: If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most…
If you care about your #melatonin and know then it is good to know what kind of light suppresses your melatonin the most. Here you go.... https://t.co/Bdl0hge8IK https://t.co/qwI9jo4s65
@JFriederHarmsen Hello Jan-Frieder, In fact is density /cm2 a better measure. Propeaq has 0.6 μW/cm2/465nm which is in between 15 and 35 lx at cornea level, depending on face characteristics. More info on melatonin action spectra: https://t.co/bW2qoBmS1o Regards Toine
@MaartenWijntjes @tsawallis @CurrentBiology The action spectra of human melatonin suppression (https://t.co/7XDGGaSvKp and https://t.co/WNoPdPwxLi measured by @debrajskene) suggest a peak spectral sensitivity at wavelengths shorter than the melanopsin spectral sensitivity (~480 nm). 3/
@swearyG @1starshot @BookishNeptune @HomeoReikiDogs All nn-emf is bad. Blue, green & pink. https://t.co/Krb4Gub6pF https://t.co/Guj3pZuwMg https://t.co/Guj3pZuwMg https://t.co/oGw5zP9jlv Andy Grant’s Company is where I got my glasses from. https://t.co/jbp2HJjGv0 Use code SHAW for 20% not profit for me, just for you to save.
Wear #bluelight and #greenlight blockers at night. Action Spectrum for #Melatonin Regulation in Humans: Evidence for a Novel Circadian Photoreceptor. https://t.co/xlkTDbgvCW https://t.co/xlkTDbgvCW