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Planetary Neurotransmitters: Difference between revisions

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[[Neurotransmitters]] are the chemicals which allow the transmission of signals from one neuron to another across the synapses. In the nervous system, a synapse is a structure that permits a neuron to pass an electrical or chemical signal to another neuron. In order for neurons to send messages to interact throughout the body, they need to be able to communicate with one another to transmit signals. Neurotransmitters and [[Synapses]] are essential to the [[Brain]] and [[CNS|nervous system]], they are what allow the nerve cells to communicate with each other, to interact and form larger neural networks. If our synapses are blocked from sending an [[Electromagnetic Signal|electrical signal]] in a neurotransmitter to another cell, it effectively breaks down all communication between the cells, effectively disconnecting the messaging in the brain’s [[Neural Net]]work.
[[Neurotransmitters]] are the chemicals which allow the transmission of signals from one neuron to another across the synapses. In the nervous system, a synapse is a structure that permits a neuron to pass an electrical or chemical signal to another neuron. In order for neurons to send messages to interact throughout the body, they need to be able to communicate with one another to transmit signals. Neurotransmitters and [[Synapses]] are essential to the [[Brain]] and [[CNS|nervous system]], they are what allow the nerve cells to communicate with each other, to interact and form larger neural networks. If our synapses are blocked from sending an [[Electromagnetic Signals|electrical signal]] in a neurotransmitter to another cell, it effectively breaks down all communication between the cells, effectively disconnecting the messaging in the brain’s [[Neural Net]]work.


If there is an agenda to disrupt natural communication that occurs between the cells in order to [[Confounding Planetary Species Language|confound the natural language of the human species]], it makes sense to impair the synapse function through the distortion of the signals and prevent the formation of neural networks. In its place, the synapses are entrained to bond with artificial neural networks through pharmaceuticals or exposure to [[AI Signals|artificial signals]]. Hence, we have epidemic use of pharmaceutical control to interfere with the synapses to discourage formation of natural biological neural networks. As well as the exertion of electromagnetic control to hijack the amygdala to induce a base line of [[Mental Anxiety|high anxiety]] and [[Negative Emotional Energy|negative emotional states]] in the public.
If there is an agenda to disrupt natural communication that occurs between the cells in order to [[Confounding Planetary Species Language|confound the natural language of the human species]], it makes sense to impair the synapse function through the distortion of the signals and prevent the formation of neural networks. In its place, the synapses are entrained to bond with artificial neural networks through pharmaceuticals or exposure to [[AI Signal|artificial signals]]. Hence, we have epidemic use of pharmaceutical control to interfere with the synapses to discourage formation of natural biological neural networks. As well as the exertion of electromagnetic control to hijack the amygdala to induce a base line of [[Mental Anxiety|high anxiety]] and [[Negative Emotional Energy|negative emotional states]] in the public.


The emotional states we experience are related to the neurotransmitters we have firing in our brain, specifically glutamate, GABA, dopamine, serotonin, and melatonin. Neurotransmitters also influence ion flow into the cell that is responsible for the biological [[Ionization]] potentials that produce more energy in the cells and in the lightbody.   
The emotional states we experience are related to the neurotransmitters we have firing in our brain, specifically glutamate, GABA, dopamine, serotonin, and melatonin. Neurotransmitters also influence ion flow into the cell that is responsible for the biological [[Ionization]] potentials that produce more energy in the cells and in the lightbody.