GABA Molecular Frequency

Primary Inhibitory Neurotransmitter - Application in Vibrational Sound Therapy

🔬 MOLECULAR IDENTITY

Chemical Formula

C₄H₉NO₂ - γ-Aminobutyric Acid (GABA / Gamma-Aminobutyric Acid)

Nomenclature

• IUPAC Name 4-Aminobutanoic acid
• Other names : Gamma-aminobutyrate, 4-aminobutyric acid, Gammalon, Gaballon

Fundamental Physico-Chemical Properties

• Molecular formula : C₄H₉NO₂
• Molecular mass : 103.12 g/mol
• Structure : Gamma amino acid (γ-amino acid)
• Appearance Colorless powder or crystals
• Decomposition point ~195°C
• Water solubility : 50 mg/mL (clear, colorless)
• Linear formula : NH₂(CH₂)₃COOH

Biological Context

GABA is a non-protein amino acid naturally present in animals, plants and microorganisms

Discovery :

• 1949: First discovery in potato tubers by Steward et al.
• 1950: Identified in the brains of mice and rats by Roberts & Frankel and Awapara et al.
• 1950s-1960s: Established as an inhibitory neurotransmitter

🎼 GABA HARMONIC SERIES

Derived Frequencies (Octaves of 76.85 Hz)

Infrasonic Frequencies :

• 19.21 Hz (H-2): Two octaves below
• 38.43 Hz (H-1): An octave below

Fundamental Frequency :

• 76.85 Hz (H0): Fundamental mistress - GABA signature

Higher Harmonics :

• 153.70 Hz (H1): First octave - D♯3
• 307.40 Hz (H2): Second octave - D♯4
• 614.80 Hz (H3): Third octave - D♯5
• 1229.60 Hz (H4): Fourth octave - D♯6

Musical Positioning

The frequency is 76.85 Hz is located between:

• Mi2 (82.41 Hz) and D♯2 (77.78 Hz)
• Very close to Mi♭2 (77.78 Hz) in the tempered range

Sound character : Deep bass, significant body vibration with an auditory component present.

🧠 GABA: NEUROTRANSMISSION AND FUNCTION

The Main Inhibitory Neurotransmitter

GABA is the the most important inhibitory neurotransmitter in the central nervous system

Fundamental Role

In 1950, researchers at Washington University School of Medicine used newly developed chromatography techniques to analyze protein-free mammalian brain extracts, discovering that GABA is metabolized from glutamic acid and accumulates in the mammalian central nervous system.

GABA synthesis :

 Glutamate + GAD (enzyme) + Vitamine B6 (cofacteur) → GABA 

GABA degradation :

 GABA + GABA transaminase → Succinate semi-aldéhyde → Succinate (cycle de Krebs) 

Mechanism of Action

GABA receptors

GABA-A receptors (ionotropic):

• Chloride channel (Cl⁻)
• Rapid inhibitory effect
• Membrane hyperpolarization
• Targets of benzodiazepines, barbiturates, alcohol

GABA-B receptors (metabotropics):

• Coupled with G proteins
• Slow and prolonged inhibitory effect
• Activation of K⁺ channels, inhibition of Ca²⁺ channels
• Targets of baclofen (muscle relaxant)

Inhibitory Function

When GABA binds to its receptor GABA-A, the channel opens and allows chloride ions (Cl⁻) to enter the neuron, lowering cellular excitability.

Result :

• ↓ Excessive neuronal activity
• ↓ Anxiety and stress
• ↑ Muscle relaxation
• ↑ Deep sleep
• ↓ Convulsions

Distribution within the Body

Main location :

• Central nervous system Brain and spinal cord (high concentration)
• Retina : Main inhibitory neurotransmitter
• Pancreatic β cells Regulation of insulin secretion
• Kidneys Low presence

Important GABA It does not generally cross the blood-brain barrier . Cerebral GABA is synthesized locally in the brain.

🎯 FREQUENCY CHARACTERISTICS 76.85 Hz

Acoustic Properties

Frequency range Deep bass / Audible infrasound

• Perception Marked body vibration + clear auditory perception
• Musical Octave : Close to the Mi♭2 (77.78 Hz)
• Wavelength ~4.46 meters in the air
• Tissue penetration Very deep, it resonates in the nervous structures

GABAergic Resonance

Theoretical targeting :

• Harmonization of GABAergic system cerebral
• Calming of the central nervous system
• Support for neuronal inhibition physiological
• Balance excitation/inhibition brain

Areas of potential action :

• Cerebral cortex (GABAergic neurons, interneurons)
• Hippocampus (memory regulation)
• Amygdala (emotion management)
• Cerebellum (motor coordination)
• Thalamus (sensory relay)

🎵 THERAPEUTIC APPLICATIONS

GABA Tuning Fork - Frequency 76.85 Hz

Technical Specifications

• Kind Weighted tuning fork for deep vibrations
• Precise frequency : 76.85 Hz (±0.1 Hz)
• Material High-quality medical alloy
• Resonance duration 15-20 seconds
• Weight 130-170g
• Length : 12-14 cm

Potential Therapeutic Effects

Based on the known functions of GABA:

Anxiolysis and calming :

• Reduction of generalized anxiety
• Deep mental calm
• Managing rumination
• Calming the limbic system

Sleep quality :

• Facilitating falling asleep
• Restorative deep sleep
• Reduction in nighttime awakenings
• Regulation of the sleep-wake cycle

Muscle relaxation :

• Reduction of muscle tension
• Release of muscle contractions
• Body flexibility
• Improved coordination

Emotional regulation :

• Mood stabilization
• Reduction of irritability
• Post-traumatic stress management
• Emotional balance

Anticonvulsant action :

• Prevention of neuronal hyperexcitability
• Support for epilepsy (supplementary)
• Protection against sensory overload

📋 USAGE PROTOCOLS

Protocol 1: Central Nervous System Calming

Objective Reduction of neuronal hyperactivity

Frequency : 76.85 Hz

1. Phase 1 - Cranial base (4 min)
   • Occiput (base of the skull): Access to the brainstem
   • Upper cervical region (C1-C2): Spinal cord-brain connection
2. Phase 2 - Brain Areas (5 min)
   • Temples (temporal lobes): Emotional regulation
   • Front (prefrontal cortex): Mental rumination
   • Crown (vertex): Global integration
3. Phase 3 - Parasympathetic nervous system (3 min)
   • Solar plexus: Vagal activation
   • Heart: Cardiac coherence

Total duration : 12 minutes Optimal moment Evening, 1 hour before bedtime Frequency Daily for 21 days

Protocol 2: Deep Sleep Aid

Objective Facilitating sleep onset and promoting restful sleep

Frequency : 38.43 Hz (H-1) + 76.85 Hz (H0)

GABA + Melatonin Pre-Sleep Sequence :

1. 86.55 Hz Melatonin (5 min) - Low frequency: Deep anchoring
   • Soles of the feet
   • Base of the column
   • Induce Delta waves (0.5-4 Hz by beat effect)
2. 76.85 Hz GABA (5 min) - Fundamental: Complete Relaxation
   • Base of the skull
   • Forehead
   • Slow, synchronized breathing

Total duration : 10 minutes Timing 30 minutes before lights out Complement Cool room (18-19°C), total darkness

Protocol 3: Management of Acute Anxiety

Objective Rapid relief from an anxiety attack

Frequency : 76.85 Hz

Emergency application :

1. Conscious breathing (3 deep cycles)
2. Tuning fork 76.85 Hz on sternum/heart (2 min)
3. Base of the skull (2 min)
4. Solar plexus (2 min)
5. Closing breath (1 min)

Total duration : 7 minutes Use On request, at the first signs of anxiety Complement Breathing techniques (heart coherence 365)

Protocol 4: Post-Stress Recovery (Burnout)

Objective Restoration of the exhausted nervous system

Frequency : 76.85 Hz + 107.40 Hz (H₂O)

Repair sequence :

1. H₂O 107.40 Hz (4 min): Brain cellular hydration
   • Base of skull, temples, forehead
2. GABA 76.85 Hz (6 min): Neuronal inhibition/rest
   • Same areas, prolonged application
   • Visualization of brain "cooling"
3. Integration (2 min): Silence, breathing

Total duration : 12 minutes Frequency twice a day for 30 days Important Complete rest, reduced mental activity

💎 EXCITATION/INHIBITION BALANCE

Optimal GABAergic Balance

The brain operates on a delicate balance. :

• Glutamate (excitator): Neural accelerator
• GABA (inhibitor): Neuronal brake

Possible imbalances :

GABA deficiency (too much excitement)

Demonstrations :

• Chronic anxiety
• Insomnia
• Mental hyperactivity
• Panic attacks
• Epilepsy
• Chronic pain (excessive excitability)

Excessive inhibition (too much GABA)

Demonstrations :

• Excessive drowsiness
• Lethargy
• Cognitive slowing
• Depression (in some cases)

Frequency Synergies

GABA (76.85 Hz) + CBD (58.59 Hz)

Synergy Dual relaxing action

• GABA: Direct neuronal inhibition
• CBD: Endocannabinoid system modulation
• Difference : 18.26 Hz (theta beat) Application Maximum Anti-Anxiety Protocol

GABA (76.85 Hz) + H₂O (107.40 Hz)

Synergy Hydration + soothing

• H₂O: Optimal brain hydration
• GABA: Neuronal rest
• Sequence : H₂O → GABA Application Mental recovery, burnout

GABA (76.85 Hz) + Magnesium (Mg, ~72.5 Hz)

Synergy Natural cofactor

• Mg activates GABA-A receptors
• Frequencies very close (4.35 Hz difference) Application Muscle cramps, tension

🔬 SCIENTIFIC BASIS AND LIMITATIONS

Established Functions of GABA (Molecule)

This has been scientifically proven :

Drugs that act as allosteric modulators of GABA receptors (GABA analogs or GABAergic drugs), or that increase the amount of available GABA, generally have relaxing, anti-anxiety, and anticonvulsant effects.

• Benzodiazepines (Valium, Xanax): Potentiate the action of GABA
• Barbiturates They directly activate GABA receptors
• Alcohol : Enhances the GABAergic effect (hence the relaxing effect)
• Antiepileptics Vigabatrin, tiagabine (GABA degradation inhibitors)
• Gabapentin, Pregabalin GABA analogues (although the mechanism is indirect)

Extrapolation to Sound Therapy

Open questions :

• Does the frequency 76.85 Hz really stimulate the GABAergic system?
• Do GABAergic neurons resonate at this specific frequency?
• Is there a placebo effect versus a real vibrational effect?

Transparency :

• ❌ No neurophysiological studies on the 76.85 Hz frequency
• ✅ Rigorous mathematical calculation of frequency
• ✅ Documented relaxing effects of low frequencies (neurology)
• ⚠️ Supposed mechanism of action, not clinically validated

⚠️ PRECAUTIONS AND CONSIDERATIONS

Nature of the Approach

IMPORTANT This sound therapy approach:

• ✅ Is NON-INVASIVE and without GABA intake
• ✅ Do not use NONE neurochemical substance
• ✅ Uses only acoustic frequencies
• ✅ Does not cause NOT of drug side effects

Crucial Distinction

⚠️ This method does NOT deliver GABA to the brain

• No neurotransmitters administered
• No oral GABA supplementation (which does not cross the blood-brain barrier)
• Vibrational action only
• No risk of addiction or tolerance

What is Used

✓ acoustic frequency 76.85 Hz derivative of the GABA mass
✓ Tuning forks or frequency generators
✓ Mechanical vibrations non-invasive
✓ No drug interactions

When to Consult

Does NOT replace :

• Prescribed anxiolytics (benzodiazepines)
• Anticonvulsants for epilepsy
• Psychiatric treatments
• Professional psychological support

Consult a doctor if :

• Persistent debilitating anxiety
• Chronic insomnia (>3 weeks)
• Repeated panic attacks
• Depressive symptoms
• Suicidal thoughts

🌿 NATURAL GABA IN DIET

Dietary Sources of GABA

GABA is widely present in fruits and vegetables, cereals, and edible mushrooms. Fresh strawberries and lychees are among the fruits and vegetables, while pumpkin seeds and wheat germ are among the cereals that have shown higher GABA content (≧1000 mg/kg).

Foods rich in GABA :

• Gabaron Tea Green tea enriched with GABA
• Pumpkin seeds >1000 mg/kg
• Wheat germ >1000 mg/kg
• Tomatoes Significant source
• Mushrooms : Flammulina velutipes (229.7 mg/kg)
• Fermented foods Kimchi, miso, tempeh
• Sprouted rice GABA production during germination

Important clarification Dietary GABA does not efficiently cross the blood-brain barrier. Its relaxing effect likely stems from its action on the enteric nervous system (the gut = "second brain").

📚 REFERENCES

Primary Sources

1. PubChem / NIST
   • GABA molecular mass: 103.12 g/mol
   • Chemical structure C₄H₉NO₂
2. NATURASOUNDS (Renaud Ruhlmann)
   • Calculating the frequency of 76.85 Hz for GABA
   • Einstein-Planck application
3. GABA Neurophysiology
   • Discovered in 1950 (Roberts & Frankel, Awapara et al.)
   • Established GABAergic Mechanism
   • Role of the main inhibitory neurotransmitter

Scientific Context

4. GABAergic Pharmacology Benzodiazepines, barbiturates, antiepileptics
5. Central nervous system : Excitation/inhibition balance
6. Nutrition and GABA Food sources and bioavailability

🧘 CONCLUSION

The frequency 76.85 Hz represents the vibrational signature of GABA, the brain's main inhibitory neurotransmitter, calculated from its molecular mass via the Einstein-Planck equation.

Key points :

• ✅ Rigorous scientific calculation based on C₄H₉NO₂ (103.12 g/mol)
• ✅ Theoretical targeting of the brain's GABAergic system
• ✅ Non-invasive application for relaxation and sleep
• ✅ Synergistic with CBD, H₂O, Mg for combined effects
• ⚠️ Hypothetical mechanism of action, not clinically validated

Usage recommendations :

• Protocols daily for anxiety and sleep (21 days)
• Application pre-sleep for insomnia
• Management anxiety attacks (7 min emergency)
• Combinations with other frequencies for synergy
• Does not replace not medical anxiolytic treatment

GABA, the guardian of inner calm, reminds us of the importance of neuronal rest. At 76.85 Hz, its frequency invites us to slow down, to switch off the hyperactive mind, and to rediscover the profound peace of inner silence.

Technical data sheet established based on physicochemical calculations (NATURASOUNDS) and neurophysiological data on GABA. Therapeutic application within the field of vibrational sound therapy. No neurotransmitters or psychoactive substances are used in this approach. This information is not a substitute for professional medical advice.