The paper provides an analysis of the results of a non-contact resonance bio-correction session (15 mins) conducted by an operator for 25 patients.

The table below shows the distribution of patients by gender and age.

Age in years | Men | Women |
---|---|---|

Under 20 | 1 | 2 |

20-40 | 4 | 1 |

40-60 | 3 | 9 |

Over 60 | 2 | 3 |

Total: |
10 |
15 |

Before and after the ending of the lecture, volunteers were examined by R. Voll’s electropuncture diagnostics method used to evaluate a person’s functional state.

The examination was performed with a Mini-Expert DT device using Imedis software for processing. Its description and certificate can be found at http://imedis.ru.

R. Voll’s express diagnostics was employed, providing data on the functional state of a person’s vital systems within 10–15 minutes.

The pie charts, the integrated coefficient (IC) of the total divergence from the reference value of all electric potentials in control measurement points, and a list of automatic diagnoses were analyzed.

#### Pie Charts

A colored (gray, green) ring defines the reference value limits of electric potentials (EPs) in control measurement points (CMP) from 50 to 65 units.

The gray line indicates EP values in CMPs before correction, the red one — after correction.

The double line indicates the value of potential loss over a 10-second reading. The reference value for loss is zero.

#### Meridian State

The reference electric potentials (EPs) in control measurement points (CMPs) of meridians are from (50–0) to (65–0) units.

The first figure indicates the starting potential value, the second one — the EP loss over the time of reading.

**Meridian Names**

LY — LYMPHATIC VESSELLU — LUNGSLg — LARGE INTESTINE
Nd — NERVE DEGENERATION Bl — BLOOD CIRCULATION Al — ALLERGY Od — ORGAN DEGENERATION End — ENDOCRINE SYSTEM He — HEART Sm — SMALL INTESTINE |
Sp — SPLEEN/PANCREASLi — LIVERJo — JOINT DEGENERATION
St — STOMACH Ctd — CONNECTIVE TISSUE DEGENERATION Sk — SKIN Mf — FAT DEGENERATION Cc — CHOLECYST Ki — KIDNEYS Br — BLADDER |

**Integrated coefficient (IC) charts**

These charts show the percentage of divergence of the measured electric potentials in control measurement points (CMPs) from the reference. Reference IC=0. The higher the IC the worse the state of energy resources.

**The dynamics of the integrated coefficients (ICs)** — the total divergence from the reference of all measured electric potentials on the right and on the left. Reference IC=0.

1 – before correction; 2 – immediately after correction

Dates and time of diagnostics are numbered at the upper right.

**Automatic Diagnosis**

**To the left of the diagnosis** is the numerical coefficient of the diagnosis probability level. If the coefficient is above 100, this diagnosis lies within the range of effective manifestations of its symptoms. The higher this coefficient, the more dramatically, forcibly and frequently the symptoms of this diagnosis can be manifested. If the numerical value of the coefficient is below 100, the symptoms are absent but there is a probability that the diagnosis will be actualized.

Signs next to the diagnosis:

menopause markers – ♣

typical for women only – ♀

typical for men only – ♂

Before the RBC session, all patients had significantly reduced EP in most control measurement points, which indicates low energy resources. All patients’ pie charts were distorted.

The IC of the total EP divergence from the reference in control measurement points was elevated and fluctuated from 23 to 47 on the right, and from 19 to 44 on the left. The higher the IC the worse, the state of energy resources. An IC above 30 indicates rather pronounced manifestations of the organism’s degradation.

The highest values of the numerical coefficient of the diagnosis probability level fluctuated from 280 to 935, the lowest ones — from 96 to 450. High values of the numerical coefficient indicate that most diagnoses lay within the effective manifestation range. Interestingly, all age groups were dominated by diagnoses characteristic of age-related degradation.

Thus, the examination performed before the RBC session revealed significant deterioration of the functional state in all patients, low energy resources, signs of organism degradation in all age groups.

Analysis of the pie charts after the non-contact RBC indicates a pronounced increase of EP in almost all control measurement points on meridians. Most EP indices proved to be within the reference range, the diagrams were adjusted. After a single RBC session, the energy resources of all patients increased.

The IC of the total divergence of all measured EPs from the reference decreased to 2–31 on the right, and 2–20 on the left, and in 18 patients the IC was below 10.

The numerical coefficient of the diagnosis probability level also decreased. The highest values fluctuated from 129 to 584, the lowest — from 15 to 65. Diagnoses characteristic of age-related degradation were outside the effective manifestation range in many patients.

The results of patient examinations after the RBC session revealed a significant improvement of the organism’s functional state.

The above is evidenced by the following examples.

**Patient, male, 59 years old.**

The pie charts are acutely distorted, the EP in most control measurement points is significantly decreased; after the RBC session, almost all EPs are within the reference range, the charts are adjusted.

The IC before the RBC session is significantly elevated, the difference between the indices on the right and on the left indicates miscoordination in the function of the cerebral hemispheres. After RBC: IC decrease and asymmetry reduction.

After RBC, the numerical coefficient of probability is 65 or lower, i. e. all diagnoses are outside the effective manifestation range.

**Patient, female, 29 years old.**

Before RBC: low initial energy resources (at 29!), distorted pie charts; after RBC: significant improvement of the indices.

Decrease of the total IC divergence from the reference after the RBC session.

After the RBC session, all data show improvement of the patient’s functional state.

**Patient, female, 44 years old.**

An acute decrease of energy resources (at the age of 44!), pronounced improvement after the RBC session.

After the RBC session, the IC decreased to the minimum.

After RBC: significant decrease of the numerical coefficient of diagnosis probability.

**Patient, female, 51 years old.**

Before RBC: low energy resources, distorted charts; improvement after the RBC session.

Increase and asymmetry of the IC on the right and on the left before RBC, improvement after RBC.

After RBC, the numerical coefficient of probability level decreased significantly, and many diagnoses were outside the effective manifestation range.

**Patient, male, 20 years old.**

Acute chart distortion, immunodeficiency state (after severe infectious mononucleosis). Excellent response to the RBC session. Most EPs are within the reference range, including the immune system EP.

Pronounced IC asymmetry on the right and on the left. Decrease and adjustment of the IC after RBC.

Decrease of the numerical coefficient of the diagnosis probability level after RBC, most diagnoses are outside the effective manifestation range.

**Patient, female, 67 years old.**

Before RBC: energy resources reduced to the minimum; after RBC: excellent results.

High IC indices indicate pronounced degradation of the organism, excellent response after RBC.

After RBC, most diagnoses were outside the effective manifestation range.

This observation testifies to high possibilities of non-contact RBC for the senior age group.

**Patient, male, 35 years old.**

Before RBC: low energy resources and distorted charts; after RBC: energy resources restoration.

Decrease of the IC after RBC.

Decrease of the numerical coefficient of the diagnosis probability level after RBC.

**Patient, male, 23 years old.**

After RBC, most EP indices were within the reference range.

Decrease of the IC after the RBC session and reduction of asymmetry on the right and on the left.

After RBC: decrease of the numerical coefficient of diagnosis probability, with over 50% of diagnoses outside the effective manifestation range.

**Patient, male, 61 years old.**

Before RBC: low energy resources; after RBC: improvement, energy resources restoration.

Decrease of the IC to the minimum — excellent dynamics.

After RBC, virtually all diagnoses were outside the effective manifestation range.

**Patient, female, 45 years old.**

Significant decrease of energy resources, distorted charts. After RBC: energy resources restoration.

A high initial IC of the total divergence from the reference (at 45!); after RBC: decrease of the IC, but persistent asymmetry of the IC indices on the right and on the left.

Before RBC: a very high numerical coefficient of diagnosis probability, diagnoses characteristic of age-related degradation are predominant (at 45!); after RPB: decrease of the probability ratio by more than two times.

**Conclusions**

- All patients examined had a low initial level of functional state and demonstrated signs of age-related degradation.
- There is no correlation between the patients’ age and the degree of functional disorders.
- Non-contact RBC performed by the operator is a highly efficient method for restoring human functional state and raising energy resources.
- Excellent RBC results are possible in any age group.