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Dossier

Measured evidence

Six pieces of the dossier. Two measure O.V.E.P. technology directly, two document the products, two concern agriculture. The values are those reported by the studies cited, measured with instruments by third-party laboratories and university institutions.

What it demonstrates

  • Measured with instruments

    Every figure comes from a third-party or university laboratory report. The values are those reported, not interpreted by us.

  • Standards

    The shielding is measured to IEEE 299:2013 and EN 50147-1:1996, with a stated uncertainty of ±3 dB.

  • Two directions measured

    Electromagnetic shielding on the medallion and the fabric. Mercury reduction in oils, with O.V.E.P. technology.

Evidence

Figures from laboratories

Four values from the two reports that measure the technology directly: electromagnetic shielding, at Tecnolab, and mercury reduction, at the Università di Torino. The full records of all six pieces, each with its source and protocol, are below.

View the records
  1. 31 dBElectromagnetic shieldingTecnolab · 2023 · 2.4 GHz
  2. 22 dBMinimum shieldingTecnolab · 2023 · 300 MHz to 3.7 GHz
  3. −70%Mercury after treatmentUniversità di Torino · 2023 · animal supplement
  4. < 0.03mg/kg residual mercuryUniversità di Torino · 2023 · second treatment

Six pieces

The dossier in full

Each study with its source, its protocol and the data measured. Below, a summary of the key results, followed by the detailed records.

Electromagnetic shielding

LaboratoryTecnolab del Lago Maggiore ReportRP000123 · 17.02.2023 StandardsIEEE 299 · EN 50147-1

A medallion and a fabric treated with O.V.E.P. technology, tested for shielding effectiveness between 300 MHz and 18 GHz, to IEEE 299:2013 and EN 50147-1:1996. Applicant: Natural Vibrational Energy S.R.L.

The shielding peaks at 2.4 GHz, stays between 24 and 28 dB up to 5 GHz and falls to 6 dB at 18 GHz. Measurement uncertainty ±3 dB.

View the report

Shielding effectiveness

Frequency
Attenuation
300 MHz
22 dB
1000 MHz
28 dB
2400 MHz
31 dB
3700 MHz
28 dB
5000 MHz
24 dB
18 GHz
6 dB

Mercury reduction

InstitutionUniversità di Torino · DSTF Protocol0000255 · 07.02.2023 LeadDr Agnese Giacomino

An assessment of how effective O.V.E.P. technology is at reducing the concentration of mercury in samples of vegetable and animal oils.

In both quantifiable samples, the final concentration fell below the laboratory's limit of quantification, 0.03 mg/kg.

View the protocol

Mercury, mg/kg

Sample
Before
After O.V.E.P.
Cod liver oil
Before0.08
After O.V.E.P.below 0.03
Animal supplement
Before0.69
After O.V.E.P.0.20, then below 0.03

Hyperspectral analysis on plants

InstrumentBreathAnalysis software Recordings21.05.2020 MethodHyperspectral · Optical Flow

Biophysical parameters measured directly on leaf tissue, comparing a treated plant with an untreated one.

The same family of methods, with field data, appears in the Agri Simpaty study.

Read the study

Parameters

Parameter
What it reflects
Entropy
What it reflectsThe degree of disorder and activity in the tissue
Skewness
What it reflectsThe asymmetry of the signal distribution
Variance
What it reflectsThe spread of the energetic response

Gelenzyme® · the published literature

InstitutionsUniv. di Cagliari and Univ. di Pavia TypeScientific review FieldOral medicine and dermocosmetics

The properties of Gelenzyme®, a compound based on snail secretion, in the literature cited by the review.

Anti-inflammatory, antioxidant, antimicrobial and analgesic properties. Notable healing of the treated sites, in the clinical cases cited. Improvement in periodontal probing and in bone defects at 6 months, with laser and Liquidozone®.

A study about the product, not about the informing technology.

View the review

The three works found

Source
Field
What it reports
Tapparo and De Martino
FieldDermatology
What it reportsTwo cases: a surgical incision healed after two applications; a palm wound in a diabetic patient, improved within a week
Sedran, Randisi, Carossa, S.I.L.O. poster 2015
FieldDentistry
What it reportsThree groups compared. The one with an 810 nm diode laser and Gelenzyme® had immediate hemostasis and rapid re-epithelialization
Sedran and colleagues, poster 2016
FieldDentistry
What it reportsLaser, Gelenzyme® and Liquidozone®: at six months, radiographic improvement of peri-implant bone defects

Day cream · instrumental assessment

InstitutionUniversità di Ferrara Date26.05.2020 LeadProf. Michele Simonato

An instrumental assessment of the day cream, batch 15399, with Delfin Technologies instruments and digital microscopy: transepidermal water loss, TEWL, and skin elasticity, ISE.

A protocol on 10 volunteers, 60 days, with statistically significant results. The figures stay in the internal report.

A study about the day cream, commissioned by the manufacturer.

Measured at 60 days

Parameter
Direction
Skin elasticity, ISE
Directionincrease
Transepidermal loss, TEWL
Directiondecrease

Licorice · glycyrrhizin content

LaboratoryLaemmegroup, through MIAC ClientNEHA S.r.l. DocumentProtocol 19.029 · 03.09.2019

Determination of glycyrrhizin content in two samples: licorice decoction and licorice root.

Two test reports, 19-LA27611 and 19-LA27612, issued by Laemmegroup, an accredited laboratory, in September 2019.

View the record

Test reports

Sample
Report
Licorice decoction
Report19-LA27611
Licorice root
Report19-LA27612

Reading

How we read these figures

Every figure comes from a primary report, with an issuer and a method. Two pieces measure O.V.E.P. technology directly: Tecnolab and Turin. Two document the products: the Gelenzyme® literature and the day cream assessment at Ferrara. Two concern agriculture: the hyperspectral method and the licorice analysis.