Spirulina Nutritional Composition
PATHS is a unique energetic tool that assists your mind (aka the subconscious) to reach goals that your conscious mind has set for yourself.
Because PATHS is going to be instructing your mind to help you enhance your abilities, a certain amount of increased brain activity is expected, and the brain, to function properly, needs adequate nutrition. Amino acids and minerals are of particular importance in getting the most productivity out of your unconscious brain.
Research has shown that spirulina (available at most all health food and vitamin stores) and a good multi mineral will make a world of difference in how effectively your mind works on your new PATHS. Typical amount of Spirulina ranges between 2000 - 3000 mg's per Module.
Inside the Network of Your Brain
The communication network in your brain is a multi-trillion maze of connections capable of performing 20 million-billion calculations per second. How does this network operate? There are three major players: Neurons, which power the message, Neurotransmitters, which create the message and Receptors, which receive the message.
(some amino acids are the precursor of neurotransmitters)
A single one of your neurons can produce almost a tenth of a volt, and the total electrical activity in your brain is easily measurable with an electroencephalogram (EEG). Within a neuron, a bioelectric impulse (action potential) travels toward the cell body through the dendrites, the intricate branches of nerve fibers that receive information from other neurons.
The impulse then travels at a speed of up to 150MPH away from the cell body through its antennae, called the axon. The axon is a single insulated fiber that sends the bioelectric current out to the cell's terminals, which can be several inches (or feet) away. The size and quality of the axon determines how fast the bioelectric impulse travels.
Within the cell body of a neuron, many different types of chemical neurotransmitters are manufactured and shipped out to the end terminals of the axon. Here they're stored in bubble-like structures (vesicles), where they wait to cross over the space between neurons, called the synapse (from the Greek word for "junction").
The bioelectric impulse signals the vesicles to burst and the neurotransmitters to spill out across the synapse, where they're caught by receptor molecules on the membrane of the target neuron's dendrites.
PATHS is a unique energetic tool that assists your mind (aka the subconscious) to reach goals that your conscious mind has set for yourself.
Because PATHS is going to be instructing your mind to help you enhance your abilities, a certain amount of increased brain activity is expected, and the brain, to function properly, needs adequate nutrition. Amino acids and minerals are of particular importance in getting the most productivity out of your unconscious brain.
Research has shown that spirulina (available at most all health food and vitamin stores) and a good multi mineral will make a world of difference in how effectively your mind works on your new PATHS. Typical amount of Spirulina ranges between 2000 - 3000 mg's per Module.
Inside the Network of Your Brain
The communication network in your brain is a multi-trillion maze of connections capable of performing 20 million-billion calculations per second. How does this network operate? There are three major players: Neurons, which power the message, Neurotransmitters, which create the message and Receptors, which receive the message.
(some amino acids are the precursor of neurotransmitters)
A single one of your neurons can produce almost a tenth of a volt, and the total electrical activity in your brain is easily measurable with an electroencephalogram (EEG). Within a neuron, a bioelectric impulse (action potential) travels toward the cell body through the dendrites, the intricate branches of nerve fibers that receive information from other neurons.
The impulse then travels at a speed of up to 150MPH away from the cell body through its antennae, called the axon. The axon is a single insulated fiber that sends the bioelectric current out to the cell's terminals, which can be several inches (or feet) away. The size and quality of the axon determines how fast the bioelectric impulse travels.
Within the cell body of a neuron, many different types of chemical neurotransmitters are manufactured and shipped out to the end terminals of the axon. Here they're stored in bubble-like structures (vesicles), where they wait to cross over the space between neurons, called the synapse (from the Greek word for "junction").
The bioelectric impulse signals the vesicles to burst and the neurotransmitters to spill out across the synapse, where they're caught by receptor molecules on the membrane of the target neuron's dendrites.
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