Ligand Vibrations from toning, drumming, or chanting, cause over 70 different receptors on our cells to vibrate. Researchers observed that: "as they begin to vibrate they kind of touch each other, tickle and play with each other”. It is this energetic cell-receptors dance ritual, that opens the chromosomes and exposes the DNA to those vibrations. In essence, receptors function…

SYNAPSES The term synapse designates the point where the axon of one neuron connects to a dendrite of another. This word comes from the Greek syn (together) and haptein (join). Neurons can be connected in two very different ways: by an electrical synapse, in which the two cells touch and are connected by tiny holes,…

Neurotransmitters Neurotransmitters are chemical molecules that “ferry” vortex impulses across the synapse from one neuron to the next. Each type of neurotransmitter has a specific molecular form that acts like a "key into a lock". If its shape fits in the next neuron, it will produce an effect on that neuron. There are two types…

Neural Spike Train ? The human brain has this formidable ability of its basic unit, the neuron, to integrate all information received from thousands of other neurons, via vortex impulses. Each of them has its own unique shape, unique position in the nervous system, and unique connections to other neurons, receptor or sensory cells, and…

Over 100 Trillion Connections ? Neurons form networks along which the vortices travel. From each neuron’s dendrites to the sometimes very distant tip of its axon, these vortices propagate through the neural membrane in the form of electricity. But because neurons communicate with one another without touching, they use special molecules called neurotransmitters to pass…

Glial cells and Neurons The human nervous system is composed of 2 types of cells: glial cells and neurons. The neurons make us think and act. Various studies suggest that the brain contains ≈100 billion glial cells and neurons, which form ≈150 trillion connections. Glial cells provide the neurons with nourishment, physical support, and protection. They also dispose…

PLASTICITY IN NEURAL NETWORKS All of our memories (of events, words, images, emotions) correspond to activities of specific circuits of neurons. Learning depends on the plasticity of these circuits. Plasticity refers to the neurons’ stunning powers to make lasting changes in the efficiency of their synaptic wiring patterns, even in adult brains. What we experience…

Neural Learning When we learn something, neural circuits are altered in our brain. These circuits are composed of a number of neurons (nerve cells) that communicate with one another through special junctions called synapses. To memorize a new word, we repeat it to ourselves several times, and this selects and strengthens the synapse connections among…

Are Chemicals or is Surgery the answer ? Is treating a chronic condition with drugs or surgery not like trying to achieve silence by telling the other to shut up? In the case of AIDS, what kind of environmental cues would create a somatic response that shuts down someone’s entire immune system? With cancer, what…