NATIONAL SAFETY COUNCIL WORKPLACE FATIGUE CONFERENCE
February 20 - 21, 2019
The conversation continues at the 2019 Workplace Fatigue Conference. Learn from other safety professionals and researchers how you can protect your workforce from fatigue safety risks. A collaboration of workplace safety leaders to address the risks of fatigue in the workplace by providing best practices and resources making it easier for you to mitigate this risk.
STONEHAM, Mass., June 5, 2018 --- CIRCADIAN Light is pleased to offer Health, Safety, and Welfare (HSW) credits to members of The American Institute of Architects (AIA).
Health, Safety, and Welfare courses endorsed by AIA focus on design concepts that safeguard the public on construction and designs that focus on issues such as lighting, construction systems, sustainability, and adaptation.
February 28, 2019 (Thursday) 1:45 PM - 2:15 PM - The Critical Threshold for Blue Content of Lighting at Night
Speaker: Martin Moore-Ede, MD, PHD, and CEO of CIRCADIAN
Room: Oceanside F Session Number:T1 S2 P2
TRACK 1: Moving the Lighting Market Forward: Where We Are; Where We're Going
Blue wavelengths of light have the greatest impact in synchronizing the human circadian system during the daytime, and in causing circadian disruption and associated health disorders at night. To maintain human health and performance it is therefore critical to manage the timing and dosage of the blue content of white light at night, especially for those working under IES recommended 200-1000 lux table top intensities. There are two barriers to setting standards. First the lighting industry needs to achieve consensus on what range of wavelengths constitute the blue light that affects the human circadian system (i.e. “bio-active blue”). Second the threshold level of bio-active blue content that produces circadian disruption at night has not been precisely defined. We report the direct measurement of circadian spectral sensitivity curves in healthy people during night shift exposure to IES recommended levels of polychromatic white light. The results provide empirical evidence that to avoid circadian disruption at night LED lights need to emit less than 2% of total visible light in the 440-490nm range between sunset and sunrise. Using the 2% blue content threshold provides a simple metric that lighting specifiers can use to ensure that light at night does not have an adverse impact on health and performance. Learn More >>
February 27 - March 1, 2019 - Martin Moore-Ede, MD, PHD, and CEO of CIRCADIAN Light has been selected to present at the Strategies in Light Conference at the Mandalay Bay Convention Center in Las Vegas. His presentation will be on "The Critical Threshld for Blue Content of Lighting at Night." Learn more >>
July 18, 2018 - Martin Moore-Ede, MD, PhD, CEO of CIRCADIAN Light spoke at the Light for Health and Wellbeing Conference in Newport Beach, CA. Dr. Moore-Ede's presentation was titled "Circadian Spectral Sensitivity to White Light in the Workplace." Learn more>>
June 6, 2018 - Kevin Kulp presented at the Environmental Health & Safety (EHS) Seminar and Industry Trade Show in Galveston, TX on combating fatigue in 24/7 operations and how lighting might contribute to fatigue.
May 21, 2018 - Andrew Moore-Ede presented a webinar on Shiftwork and Shift Scheduling Practices, sponsored by the Southern Gas Association. CIRCADIAN shared the shift scheduling practices of gas control operations, the most common shift features and schedules being utilized, and how they were selected. Additionally, Andrew shared best practices for assessing and changing shift schedules.
April 8, 2018 - Andrew Moore-Ede , Garrie Wright, and Bill Davis spoke at Navigator 2018 in Las Vegas. CIRCADIAN was also an exhibitor at the show. Learn more >>
STONEHAM, MA ----- The significant health risks linked to the use of LED lights at night may have finally been solved by an innovative new LED technology. CIRCADIAN® Light’s new Night-Safe™ LEDs are the first lights verified by UL, the leading global safety certification company, to emit white light with less than 2% blue content at night. This medically-significant breakthrough addresses the growing scientific evidence that exposure at night to the 10 - 30% blue light content of conventional LEDs has a profound negative effect on many aspects of human health and performance.