Health Medicine Research

Health Medicine Research conducts testing and funded research in a variety of "Frontier Medicine" fields, including:

Photonic Stimulation
Health Medicine Research is conducting ongoing research into the modalities of near-infrared radiation, and its effect on various conditions and disease states. A recent study involved pain management, and the remarkable effects of photonic stimulation.
Extremity Arterial Testing
A measure of arterial elasticity, this test reveals the biological age of an individual's cardiovascular system by measuriing the blood vessels' ability to recover their original shape after a heart beat.
Autonomic Nervous System (ANS) — Parasympathetic and Sympathetic
A measure of Heart Rate Variability (HRV) in these two tests reveal heart health, as indicated by heart rate frequency deviation, and the ratio of the parasympathetic and sympathetic parameters.
Dry Blood Analysis (DBA) — also known as the Oxidative Stress Test
Freshly drawn blood is allowed to clot and dry. The resulting patterns are examined microscopically to determine cellular integrity, immunity and nutrition. Also evaluated in conjunction with LBA, below.
Live Blood Analysis (LBA)
Dark-field microscopy (10,000x) of freshly drawn blood reveals blood cells in their native state, and is used to evaluate the bloods microbial load, cellular stability, acid-base balance, redox potential and systemic inflammation. The LBA and DBA tests have been used successfully to help determine disease states that traditional medicine was unable to determine.

Biofield Testing:

GDV Photography (Gas Discharge Visualization)
The GDV camera is used to assess light emission patterns to evaluate bioenergetics according to Oriental Medical Systems. Reports are generated include energy distribution of organs and tissues, chakra diagram (energy distribution among the 7 chakras). Holistic interventions based on the report show improvement in energy distribution and then physical body changes.

Polycontrast Interference Photography (PIP-Scan)
A method developed by Dr. Harry Oldfield in England, this experimental test is to visualize and analyze energy around and within the human body. Digitally processed images of the body exposed to full-spectrum light produce color images of light interference patterns, revealing the body's energy patterns. The criteria being evaluated are left-right pattern symmetry, among others, that may reveal energy blockages. This test is still experimental at this time.