Aromaspray® 1.8 Cineole Neuro Cerebral
Aromaspray ® 1.8 Cineole Brain Health allows the acquisition of the monoterpene 1.8 Cineole involved in mitochondrial function which provides energy to cells, in particular to polarized cells such as neurons.
The olfactory system
The olfactory system, along with hearing, is the sense organ spatially closest to the brain. Specialized neurons have cilia. Odor molecules arrive in the mucus, reaching receptors that generate an impulse directed to the olfactory bulb in the prefrontal region of the brain, where this information is processed.
Odor molecules reach the nasal cavity through the nostrils during inhalation.
Inside the nasal cavity, the mucus lining the cavity walls dissolves odor molecules. The mucus covers the olfactory epithelium, which contains mucous membranes that produce and store mucus, and olfactory glands that secrete metabolic enzymes and transmit odor information to the brain. This process is called sensory transduction.
Olfactory neurons have cilia that contain olfactory receptors which bind to odor molecules, causing an electrical response that propagates through the sensory neuron to the olfactory nerves and fibers which transmit odor information from the peripheral olfactory system to the central olfactory system of the brain.
The primary mechanism of action of Aromaspray® 1.8 Cineole Brain Health is based on inhalation, the breathing of 1,8-cineole. Once inhaled, this compound directly reaches the respiratory tract and the central nervous system. It interacts in particular with mitochondria, the "powerhouses" of our cells, especially those of neurons.
The Disorders Cited and the 1.8 Cineole
The terms “beta-amyloid peptide”, “ischemic brain injury”, “brain fog”, “cognitive decline” and “Alzheimer’s” are all associated with brain dysfunctions.
1,8-cineole, by acting on mitochondria and potentiating cognitive functions, could theoretically have a positive impact on these disorders.
However, it is important to note that:
- Scientific evidence is still limited: Although promising studies have been conducted, further research is needed to confirm the benefits of 1,8-cineole on these specific disorders.