INCREDIBLE EFFECT OF ANALEMMA WATER ON THE HUMAN BRAIN
CLINICAL RESEARCH
Can the coherence of our brain, which is the most water-rich organ, be affected by drinking coherent water if 99% of our molecules are water?
To determine the impact of drinking coherent water on the coherence of the brain, we conducted a study in collaboration with a clinical laboratory. The results revealed enhanced brain activity in the delta brainwave region among the participants, which has significant implications for mood, sleep, and daytime alertness.
Why was the brain chosen?
The initial connection that stands out is water. The brain, being our most water-dependent organ, consists of approximately 75% water, which is more than any other organ in the body. The second connection is related to the brain's functionality. Neurons, which are the building blocks of the brain, generate electrical currents to transmit messages to one another. If different regions of the brain can communicate effectively, we describe it as having coherence. On the contrary, if the communication is hindered or disorganised, coherence is lost. This leads to the question: Can the ordered (coherent) structure of water have an impact on the order (coherence) of the brain?
What are brainwaves?
Brainwaves are synchronised electrical pulses emitted by neurons when they communicate with each other. These pulses are powerful enough to be detected by placing electrodes on the scalp.
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Brainwaves are the combined electrical pulses emitted by neurons when they communicate with each other. These pulses can be detected by placing electrodes on the scalp. There are four major types of brainwaves: delta, theta, alpha, and beta. Delta brainwaves are most active during deep sleep, while beta brainwaves activate during challenging mental tasks. Neuroscientists use qEEG to observe brainwaves and study brain activity in response to current thoughts or physical sensations. It also helps measure the impact of substances on brain activity, which was the objective of our 2019 study.
Brainwave patterns are a reliable indication of the proper functioning of the brain. Although the number of participants in this study was limited, it clearly showed the measurable impact of Aǹalemma water on brain activity.
Aǹalemma water had the most powerful impact on low-frequency delta brainwaves in these experiments. Maintaining a balanced level of delta brainwave activity is crucial for experiencing a peaceful sleep at night and remaining alert and awake throughout the day. Furthermore, a decrease in the coherence of delta brainwaves has been associated with various mood and behavioural disorders.
In this study, it was discovered that consuming Aǹalemma water has a beneficial impact on delta coherence. Although the twin experiment was merely a preliminary investigation, it suggests that coherent water plays a significant role in preserving brain balance and organisation. In the face of daily stressors that can harm our general health and well-being, achieving order and harmony becomes crucial, and coherent water could potentially be a positive step towards achieving this goal.