PACE Peer Review: Aires Resonator Effects on Erythrocyte Blood Cell Function (Tarlykov 2005)

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PACE Peer Review: Aires Resonator Effects on Erythrocyte Blood Cell Function (Tarlykov 2005)

PACE Peer Review: Aires Resonator & Red Blood Cell Function

Independent peer review by Dr. Andrew Michrowski, PACE — NGO in UN ECOSOC Consultative Status • February 28, 2019

Peer ReviewBlood ResearchErythrocytesHematology

About PACE

The Planetary Association for Clean Energy, Inc. (PACE) is a Canadian scientific organization in Special Consultative Status with the Economic and Social Council (ECOSOC) of the United Nations. Based in Ottawa, PACE conducts independent Radiation and Environmental Surveys and expert peer reviews of EMF and electromagnetic health research. These reviews represent independent third-party validation by a UN-affiliated scientific body.

Study Reviewed

PACE independently peer-reviewed the 2005 Tarlykov study from St. Petersburg State University on the Aires resonator's effect on erythrocyte (red blood cell) function in multiple myeloma patients. This peer review was issued February 28, 2019, by Dr. Andrew Michrowski.

The study used two complementary methods — Osmotic Fragility Testing and Laser Diffraction Analysis — over 9 tests across 10 patients during 2+ months of observation to assess whether the Aires resonator could improve red blood cell deformability.

10
patients over 9 tests
2+
months of observation
2
independent measurement methods

Dual-Method Validation

PACE highlighted the dual-method approach as scientifically significant: Osmotic Fragility Testing cross-validates Laser Diffraction Analysis results, allaying potential misinterpretation. Both methods independently confirmed positive trends in red blood cell deformability.

Positive Trend Confirmed

Both experimental phases showed a clear positive trend in red blood cell deformability under Aires resonator exposure, with improvement correlating to increased exposure duration.

Peer Reviewer Conclusion

Dr. Michrowski concluded the study is "encouraging as an indicator of promising normalization of blood samples activated by external influence of the Aires resonator technology" and called for further in-vivo research with cardiac monitoring.