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Effects of Specific
Wavelengths of Ambient Light on Human Blood
Chemistry in Alzheimer’s and ADHD Subjects
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ELECTROMAGNETIC SPECTRUM
• Light = visible part of the electromagnetic spectrum (380-750). Light is invisible ‘till it hits something.
• Measured in wavelengths • Nanometers (nm) – 1 billionth of a meter • Human range = 780 nm – 380nm
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• Blue = 440 nm • Green = 500nm
• Yellow = 580 nm • Red = 680 nm
Visible Electromagnetic Spectrum
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• Combo of all visible nm’s in = distrib. = white light
• 5500 K
• 100 CRI (90+)
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SPECTRAL DISTRIBUTION CHART
Natural daylight Fluorescent light
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• Retina – Light sensitive inner lining of the eye
• Light strikes retina causing chemical changes in rods, cones, & ganglion cells
• Optic Nerve – carries stimulus to inner brain
• Eyes are part of the brain
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• Optic nerve
• Optic chiasma
• Hypothalmus • Pineal
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Neurons
• Particular light triggers production of neurotransmitters/enzymes hormones in brain that influence behaviors
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Physiological Process
• Influences production of neurotransmitters in brain that:
• Affect mood disorders in adults, adolescents, & children
• Affect agitated behaviors of dementia & ADHD
Acetylcholine
Serotonin
Dopamine
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• Serotonin – all of us – memory, learning, mood enhancer – regulates anger & aggression, anxiety disorders, depression, obsessive-compulsive, Alzheimer’s – excessive levels=toxic
• Dopamine - ADHD, hyperactive adults,
bi-polar, social anxiety, regulates pain (fibromyalgia, PKD) – too much = psychosis & schizophrenia
• Norepinephrine - ADHD increases alertness, arousal, reward system
• Acetycholine – Alzheimer’s – memory & learning +
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Seminal Discoveries - 1 • Photopigment receptor in eye directly
responsible for reacting to light & influencing biological effects of light – has nothing to do with vision (Brainard-Neurology, Tom Jefferson Univ,
Phil.PA) Ganglion Cells J Biol Rhythms
2005; 20:314
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Optic Radiations Hypothalmus Pineal Gland SCN Suprachiasmatic Nucleus
ipRGCs to Optic Nerve To SCN direct to Pineal = Sparks neurotransmitter, hormone & enzyme production that control moods, behaviors, +
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RETINA CELLS
ipRGCs Intrinsically photosensitive Retinal Ganglion Cells
ipRGCs contain Melanopsin to retinohypothalamic tract in Optic Nerve direct to SNC
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ipRGCs • Light sensitive • Not used for vision • Direct link to serotonin,
melatonin, + other hormones • Primarily sensitive to blue light • location suggests blue light in sky
above normal field of view • Regulate through seasonal
variations • Location of the pre-historic Pineal
Gland
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Spectral Transmission of Eyelid Lighting Research Center - Rensselaer
• Eyelid thickness varies – thinner at mid to top • Where more blue light enters & falls on lower back portion of retina – • The ipRGCs directly to SCN
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LRC Sleep Light Treatment Glasses (Mariana Figueiro, et al) research & prototype
’09, production ‘11
• Blue light positioned high - direct to ipRGC’s ~~ SCN
• Elderly, Alzheimer’s w/age-related retinal loss – provides stronger signal
• shift workers, spaces w/limited daylight
• blue light peak at 470nm • 2 lt. levels - 50lux & 10 lux • 50 lux – more quickly,
higher level & lasted longer
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Seminal Discoveries – 2
• Eye Laser scans as early detector of Alzheimer’s disease - 100% accurate – since ’05 experimental test w/humans -
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Attempts to find beta amyloid outside the
brain have been unsuccessful.
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• Amyloid
plaques – protein deficiency
• Proteins
generate light & stimulated by light
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Alzheimer’s Neurons & Plaques
Fluorescent Ligand Scanning
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Melanocortin Receptor (MC4R) in eye & directly to hypothalmus can reverse memory impairment caused by fibrous amyloyd protein plague build up. Amyloid protein stimulated by light - particularly blue light. Blue light triggers the MC4R receptor in eye & hypothalmus & keeps protein energized to not form amyloid plaques. Newest research indicates memory impairment can be reversed. MC4R is now being synthesized for testing - hopeful pharmacological use
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Discovered beta amyloid in lens of AD patients
Unusual cataract – no vision inter- erence; not age-related type; at edges of lens
Scan - appear video
white in AD patients
Laser scan is non-invasive, brief, simple, entirely safe
Will eventually be done in ophthalmologists office
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To Confirm – biochemical testing
• Eye drops – bind to amyloid molecules and
• Light up ! (fluoresce) • Amyloid acculmulates in lens long
before build up in brain • Now, developing techniques to detect
process even before cataracts can be detected
• Should detect decades before symptoms occur
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• Goldstein – “Hope to have it available to doctors within the next 2 years.”
Neuroptix Corp. – Sapphire platform • Lee E. Goldstein – Harvard Medical
School & Brigham & Womens’ Hospital – Boston
• The Lancet, April 12, 2003 • On-going research w/humans – Optical
Society of America, October 2005
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Seminal Discoveries – 3
• Direct monitoring of blood chemistry changes during different daylight exposures
• Jugular vein samples – 101 healthy men – assess relation of serotonin to various daylight exposures
• Production of serotonin by brain directly related to duration & intensity of daylight
• Production rose rapidly w/increased light intensity
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Seminal Discoveries – 3
• Findings support theory that changes in daylight exposure underlie (at least in part) serotonin release by brain that, in turn, underlie
human behavior modifications • Human Neurotransmitter Laboratory, Baker Heart
Research Institute, Melbourne, Australia • The Lancet 2002; 360:1840-1842
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• Frequency (nm) • Duration • Intensity
• Directly changes brain’s blood chemistry that directly affects human behavior, health, performance
Environmental Light
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Manipulating daylight and
white electric light
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0
2
4
6
8
10
12
14
CONTROL COMPOSITEAVERAGE
EXPERIMENTALCOMPOSITE AVERAGE
% OF CHANGE IN DISRUPTIVE BEHAVIORS
Average nu
mbe
r of
DISR
UPT
IVE BE
HAVIORS
Pe
r day
12.4
6.3
CONTROL ENVIRONMENT
EXPERIMENTAL ENVIRONMENT
49.5% DROP
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Manipulating specific nm’s with
no daylight for therapeutic purposes
Light Therapy
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• Blue 440 nm
• Green 500 nm
• Yellow 580 nm
• Red 680 nm
• White 91 CRI 5550 K
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• Normal healthy middle aged subjects
• Normal healthy elderly subjects
• Alzheimer’s subjects • ADHD adolescent subjects • Non-ADHD adolescent
subjects
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How do observed behaviors compare to
changes in blood chemistry?
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Light Induced Changes in ADHD Behaviors & Blood Chemistry
Positive Negative
White normal adolescent Red intensely hyper- behavior active & defiant
Yellow limited animation Green very pronounced
in control hyperactivity & defiance w/no self-control
Blue most passive Blood chemistry analysis (statistical
analysis of radio-immunological assays) corroborates behavior observations
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Light Induced Changes in Alzheimer’s Behaviors &
Blood Chemistry
Positive Negative
White most positive Red intensely disruptive & confused
Blue most passive Yellow high % of
negative behaviors Green moderately positive
Blood chemistry analysis corroborates behavior observations
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Normal Healthy • Red – agitated, stressed, warm, poor
visual acuity • Green – passive, at rest, calm • Blue – calm, passive, at rest
• Yellow – energetic, happy, at work
• White – highly energetic, at work, calm
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Schizophrenia & Insomnia
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• World Health Org declared blue light a carcinogenic - 2007 –
(breast and prostate cancer studies) • Conclusive research findings still out • At risk – those w/macular degeneration & retinal
eye problems • Industry setes standards for bright light and UV
radiation but none for blue light hazard
BLUE LIGHT HAZARD
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Common Threads • White daylight – not yellowed , best,
highest energy level • White electric light – approx. 5500k,
90+ CRI, good substitute for daylight • Blue – no harm, restful to all,
selective use • Yellow – selective use, good for hyper
people, NO for dementias, bipolar disorders
• Green – NO for hyperactive people, good for normal healthy
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Daylight - behavior & performance studies
• Office worker performance – daylight w/view – 6%-12% faster – 10%-25% better mental function and memory
• Schools – those w/most daylt. – 20%
faster on math, 26% faster on reading – 21% higher student learning rates overall than those w/least daylight
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Recommended Daylight Factors
Task DF • Ordinary seeing tasks 1.5-2.5%
(reading, easy office work) • Moderately difficult tasks 2.5-4.0%
(normal machine work, pro- longed reading)
• Difficult, prolonged tasks 4.0-8.0%
(drafting, proofreading, fine machine work)
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• Retail Stores – max. effect = 40% increase in sales, energy savings = $.24/sf & $.66/sf w/optimized daylight
profit from increased sales =
19 x’s energy savings & 45-100 x’s energy savings
w/optimized daylight system Source for offices, schools, retail: Heschong Mahone Group
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Dr. Brainard – “hope the science may lead to a new generation of lights & screens designed with wavelengths that adjust according to the time of day.”
NASA now hired Dr. Brainard to do just that
“we’re on the verge of a lighting revolution, if the light system can be made to work during spaceflight, “people will use it here on the ground.”
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Very Brief Pubs List • Journal of Architecture, Planning & Research • Intl Congress of Neuropsychiatry,
Endocrinology, & Immunology – Bregenz, Austria
• Intl Congress for Global Health Progress - World Health Org & UNESCO – Paris, France
• Experimental Gerontology • Journal of Interior Design • Intl Congress of People-Environment Studies –
Vienna, Austria • World Congress for Environmental Design for
the New Millennium – Seoul, Korea • Inform Design