Complex chords

The successful symbiosis

The idea of a symphony

According to the Oxford Languages dictionary there are two definitions of a symphony

1. instrumental work [in sonata form] with several movements designed for the whole orchestra to sound together.

2. whole, rich totality, vast abundance, in which diverse details interact impressively.

Both together bring the idea of complex chords to the point, because complex chords are

instrumental works in several movements
an impressive combination of diverse details
the completion of a voluminous fullness and rich totality

And the special…

…everyone has the choice of which instrument to focus on.

Like the four movements of a symphony, the developer Ariane Zappe assigns the complex chords to four movements.

Movement – Immunmodulation
Movement – Symbiosis
& 4. Movement – Interference fields & regeneration

More about the movements can be found at Ariane-Zappe.de

Frequency & Complex Chords

From the instrument group to the orchestra

Frequency chords

A frequency chord is like a group of instruments with similar timbres. Each instrument is an aspect, an information of the story that is told. For example, we hear different string instruments and yet, depending on the mood, a different one always comes to the fore.

&

Complex chords

With the complex chord we put the different instrument groups together to form a complete orchestra. All instrument groups vibrate together and form a unity.

With each piece of music we hear different facets of this unity, depending on our mood, our condition, our own vibration.

Why frequency chords still consist

Our single frequency chords will continue to be available as salt spray and ampoule.

The complex chords give a first, general orientation as an orchestra.

The frequency chords continue to serve a focus-oriented application in which the individual instrument groups have already been heard out and are in the foreground.

The composition of the chords

Which are there?

Shortlinks to the sentences

Movement 1 - Immunmodulation

Movement 2 - Symbiosis

Movement 3 & 4 - Interference fields & regeneration

Movement 1 – Immunmodulation

K1 | Immune

Part of the symphony

Immunomodulation – 1st movement

Primary substances

Immunoglobulin
Neuroinflammation Cytokines 1
LDN
Turmeric
Rapamycin
Melatonin
RANTES
Tau protein
Uric acid MSU
VivaNO
VivaCalma
Procaine choline citrate
Insulin
Cannabis
Heparin

K2 | Autoimmune

Part of the symphony

Immunomodulation – 1st movement

Primary substances

Immunoglobulin
Cortisol
VivaCort
Fibroblasts
Staphylococcus enterotoxin A and B antibodies
PANDAS Streptococcus antibodies
Antiphospholipid syndrome
Autoimmune Vasculitis
LDN Low Dose Naltrexone
Thyroid and Auto Antibodies
LL-37 Autoimmune Peptide
NRF2
Tau Protein
Anti-Basal Cell Antibody
EBV Epstein-Barr virus
Fibro Neuro Growth Factors

K3 | Allergy

Part of the symphony

Immunomodulation – 1st movement

Primary substances

Immunoglobulin
Cortisol
VivaCort
Fibroblasts
Histamine
VivaHista
Bee venom
Pollen

K4 | Anergy

Part of the symphony

Immunomodulation – 1st movement

Primary substances

Immunoglobulin
IL-2
Fibro Neuro Growth Factors
VivaNeopla
Immune System Activation Macrophages
Germanium
Neuroinflammation Cytokines 2
Echinacea
Fibroblasts

Movement 2 – Symbiosis

K5 | BakteriaSymbiosis

Part of the symphony

Symbiosis – 2. Movement

Primary substances

Rifampicin
Antibiotics 1
Antibiotics 2
Antibiotics 3
Streptococcus | Pneumococcus and vaccine
PANDAS Streptococcus antibody
VivaPanda
Staphylococcus
Staphylococcus enterotoxins A and B antibodies
Streptococcus thermophilus
Meningococcus and vaccine
Pertussis and vaccine
Pseudomonas
E.coli
Lactic acetic acid bacteria
Lyme disease
Tuberculosis and vaccine
Clostridia
VivaTuba
Glyphosate
Helicobacter pylori
Salmonella
Myoplasma

K6 | VirusSymbiosis

Part of the symphony

Symbiosis – 2. Movement

Primary substances

Herpes viruses 1-6
Hepatitis and vaccine
Poliovirus and vaccine
Measles and vaccine
EBV Epstein-Barr virus
Artesunate
ViRetro 1-4
TBE and vaccine
Influenza vaccines
Rotavirus vaccine
IL-2
Silver
VivaRetro
VivaRespira
VivaVira
Chickenpox and vaccine
Suramin

K7 | VaccineSymbiosis

Part of the symphony

Symbiosis – 2. Movement

Primary substances

Poliovirus and vaccine
3-fold MMR
6-fold vaccination
Tetanus and vaccine
Diphtheria and vaccine
Meningococcal and vaccine
Herpes viruses 1-6
Tuberculosis and vaccine
Hepatitis and vaccine
Rotavirus vaccine
PEG Polyethylene glycol
polysorbate 80
Graphene oxide
TBE and vaccines
HPV vaccine
Influenza vaccines
Pertussis and vaccine
mRNA vaccines 2
Spike protein based vaccine
Vector vaccine 2
Spike protein
Measles and vaccine
Chickenpox and vaccine

K8 | MoldSymbiosis

Part of the symphony

Symbiosis – 2. Movement

Primary substances

Mycotoxins and molds
Silver
Propolis
Glutathione
VivaRadio
Chaga
VivaHepa
VivaZym

K9 | ToxinSymbiosis

Part of the symphony

Symbiosis – 2. Movement

Primary substances

Residential toxins
Heavy metals
Aluminum
Glyphosate
Titanium
Aircraft toxins
Anesthetics
Disinfectants
Fluorides
Gadolinium
Graphene oxide
Mycotoxins
Test strips

K10 | ParasiteSymbiosis

Part of the symphony

Symbiosis – 2. Movement

Primary substances

Artesunate
Nitzoxanide
Ivermectin
Antiparasitics
Silver
Chaga
Malaria
Fasciola hepatica
Biharzia
Schistosoma mansion
Leishmania tropica
Ankylostoma
Clonorchis sinenesis
Scabies
Ascaris
Lamblia
Oxyurans
Taenia
Toxoplasmosis
Trichomonads
Amoebae
Naegleria fowleri

Movement 3 & 4 – Interference fields & regeneration

K11 | Matrix

Part of the symphony

Interference fields & regeneration – 3rd & 4th movement

Primary substances

Fibroblasts
Fibro Neuro Growth Factors
Heparin
Histamine
Lactic Acetic Acid Bacteria
Tubulin
Neuroinflammation Cytokines 1
Neuroinflammation Cytokines 2
Staphylococci
Streptococci | Pneumococci
Tuberculosis and vaccine
Streptococcus thermophilus
Cortisol resistance
Estradiol
VivaBone
Smart Vagus
Denosumab
Calcification
Silicon
Sulfur
F6 Colloid
Lymph nodes

K12 | Auto-Antibodies (Cell Receptors)

Part of the symphony

Interference fields & regeneration – 3rd & 4th movement

Primary substances

Cortisol resistance
PANDAS streptococcal autoantibodies
Anti-basal cell autoantibodies
Adrenaline
Serotonin
GABA
Dopamine
Acetylcholine
ThyroidAuto-Antibody
Antiphospholipid syndrome Auto-antibodies
Autoimmune vasculitis Auto-antibodies
Immunglobulins
Measles and vaccine
ACTH
Anti-Folate Receptor 1 Auto-Antibody
NMDA
Frequencies of drugs that affect receptors, especially G-protein coupled receptors, and can lead to the formation of autoantibodies
Frequencies of drugs influencing B- and T-lymphocytes