Research aimed at improving lives
Eng3’s research and development team has a history of innovation based in optical physics, biophysics, advanced materials engineering, electrical engineering and cell biology. We are dedicated to advancing oxidative response-triggering technologies and helping both the large number of people suffering from oxidative stress-related diseases and the growing segment of the population who want to prevent illness and enjoy healthy aging.
Eng3’s patented technology is supported by innovative research
To view complete documents, please request access to Eng3’s library. You will be emailed a user name and password that will allow you to access all research documents.
Articles
Dr. Michael Kucera, Czech Republic
Explore! Vol. 16(2), 2007
Inhalation of Activated Air for 20 minutes demonstrates significant influence on the autonomic nervous system and its regulatory efficacy by eliciting a marked increase in the efficiency of the regulatory systems. Participants showed a significant increase of parasympathetic activity and a decrease of sympathetic activity after using Activated Air, indicating a decrease of organism stress.
Dr. Marion Burmann-Urbanek & Dr. Hendrik Straube, Germany
Information Forum for Patients on Aging, July/August, 2004
Participants with disorders ranging from sleep apnoea, sleep disorders, to circulatory disturbances were given 20-minute treatments with the Activated Air device for ten days over the course of two weeks. 80% of patients with obstructive sleep apnoea reported experiencing a clear improvement in their condition, including less fatigue during the day. 82% of all participants reported marked improvement in their well-being and many reported improvement in their health continuing after Activated Air treatments were stopped.
Dr. Claudia Schöllmann, Germany
Explore! Vol. 15(3), 2006
Biophysical healthcare technologies are moving to the center of scientific interest and are being researched with increasing intensity. This research has resulted in technologies such as Activated Air, which emphasize the elements of air and water that can be influenced to produce biophysical benefits.
Dr. Errki Rauhala, Finland
Explore! Vol. 15(3), 2006
A simple singlet oxygen-producing device can be used to strengthen the physical power in athletics. The device activates the oxygen in the air so that even short-term exposure produces physiological changes in the blood chemistry. (Singlet oxygen, as such, is not the exposing agent.) This in term enables better oxygen input and increased muscular power output. Oxygen consumption increases by 7% and energy production increases by 8%. Both carbon dioxide and lactate production decreases 7%. Energy production seems to be more aerobic. The results are based on statistical ergospirometry data from ten male volunteers. These results are preliminary and should be verified by other studies.
Dr. Claudia Schöllmann, Germany
Explore! Vol. 15(2), 2006
In the present study, 19 test subjects inhaled respiratory air for 20 minutes that had been prepared according to the Activated Air technique. At the end of this respiration, a highly significant reduction of oxygen volume in the exhaled air, a significant improvement in peak flow and a significant reduction of respiratory and pulse frequency compared to the initial values were recorded – all indications of improved oxygen utilization, reflected in improved metabolic quality and regulation. The same test subjects showed no benefit from inhalation of concentrated oxygen carried out previously under the same conditions.
Dr. Ulrich Knop, Germany
Explore! Vol. 14(6), 2005
This study with 15 test persons showed a significant effect of the Activated Air application on the autonomous nervous system, especially when compared with the control examination. The HRV was improved in all cases and on average amounted to about 34% after allowing for the rest values. Participants reported feeling better in their general health, felt mentally clearer, and physically more efficient.
White Papers
Oxygen metabolism is the major process involved in cell energy production. There are two main aspects of oxygen metabolism: Oxidative Stress and Oxidative Response. This White Paper briefly describes each of these terms and suggests search phrases that can be used to find more information on each topic. This discussion is followed by an explanation of how Activated Air relies on these natural processes to help the body increase cell energy production.
Improved oxygen utilization is a new frontier in biophysics, and scientists have discovered a way to enhance the properties of ordinary air so the human body can use the oxygen it contains more efficiently. This White Paper summarizes research suggesting that Activated Air can be recommended for a wide range of illness, especially those related to deficiencies in immune/metabolic systems.
This White Paper discusses how oxygen is used in the human body. It focuses on the role of the mitochondria for cell energy production, the impact of aging on the mitochondria, and the production of free radicals. It also outlines how more efficient oxygen utilization helps prevent and repair damage and supports health and performance of the body.
Conventional oxygen therapy exposes the body to high concentrations of oxygen, which increases the production of free radicals that can damage cells. The health risks associated with increased free radical production are well documented elsewhere. This White Paper compares oxygen therapy to a safer alternative, Activated Air.
Read all about the Product or contact Eng3 for more information:
Learn more about this breakthrough technology. Call us at 877.571.9206 or request information below.
…this technology cannot be overestimated with regard to its significance for microbiological processes and metabolic operations.
Delta-Ge, a research consortium that included, Germany’s prestigious Fraunhofer Institute ISE