Annual Conference

Professor at the degree in Optics and Optometry at the Polytechnic University of Catalonia (UPC), School of Optics and Optometry

Functional connectivity of brain networks with three monochromatic wavelengths: a pilot study using resting-state functional magnetic resonance imaging.

Growing research indicates that exposure to light can have a positive impact on multiple healthrelated problems. In optometric practice, the use of light has been used for decades in the treatment of visual dysfunctions. Despite the extended use of optometric photostimulation, the scientific evidence is scarce and the extent and location of changes in brain areas caused by exposure to monochromatic light remain largely unknown. In this pilot study, we attempted to provide insight on how different monochromatic wavelengths can affect non-visual brain regions.

Dr Doug Stephey,

Professional Private Practice, Covina, CA Has been Assistant Professor, Ocular Disease Service, Southern California College of Optometry,

Visual Learning Assessment

This one-hour presentation will introduce a visual learning assessment model for your consideration and the developmental stages on how to approach therapy.

This model includes traditional testing, but also includes visual aliasing, magnocellular vision, beat competency / millisecond timing, the polyvagal theory, working memory, decoding skills, phonological processing, retained primitive reflexes, archetype movements, epigenetics, kinetic colour visual fields, mineral regulation, vitamin deficiencies, and fatty acid metabolism.

Dr Ieuan H Ree

B.App.Sc.(Optom)(Hons) MBCO, MOSO. Grad Cert Ocular Therapeutics Specialty Contact Lens Practitioner I Ophthalmic Medicines Prescriber I Orthokeratologist I Behavioural Optometrist.

Syntonics: An Analytical Method

Abstract: When implementing any new testing/treatment modality the process stages always lead to how can we make this work better? Syntonics is no different except it covers such a holistic gambit of conditions and there is no easily understood clear pathway to direct treatment options.

We use the Black Book as a guide and more recently we have the Hadden trauma protocol.

Rather than revaluate each patient I have taken the Black Book and applied weighted values for physical appearance, emotional stability, binocular vision finding and colour kinetic field result to create a score which in turn directs the choice of syntonic filter. There appears to be reasonable correlation with Blind snap test results. I have also taken on board matching the fields to the iridology charts as provided by Denise Hadden and I am remarkably surprised by the strike rate.

Again, I have formularised these such that the analysis of the visual field by computer provides this information.

Professor Glen Jeffery

Professor, Institute of Ophthalmology, University College London.

Honorary Professor Moorfields Eye Hospital. Honorary Professor Cardiff University

Vision Improvement with Red light

The retina burns more energy than any other organ in the body and has the highest concentration of mitochondria in the outer retina. But high burn rates mean faster ageing, the pace of which is partly regulated by mitochondria. But we can manipulate mitochondria optically improving their function with specific deep red lights. This reduces the pace of retinal ageing from flies to humans.

We have used this to improve metabolism and function in ageing and in challenged physiological conditions including diabetes. We have also explored how manipulating mitochondria in one part of the body impacts systemically. While longer wavelength provides metabolic protection those around 420nm undermine mitochondria. Shorter wavelengths can dominate artificial lighting and may be a key factor restricting health.