A number of cells which were beyond the reach of collateral circulation also get their nutrients through the newly opened channels. Subsequently, the cells are found to function at their optimal potentialities.

In the long vigorous and brisk gataagati in japah, perceptible heat and static electricity is produced. A part of oxygen is converted into ozone. The ozone is also released through the blood. But the ozone content in the atmospheric air is just 0.000002 percent.

Heat and electrostatic energy thus produced activate the olfactory receptors in the nasal cavity. This graded potency passes through the olfactory nerves via cribriform plate and reaches the limbic system.

Limbic system includes limbic lobe and associated subeortical nuclei such as the amygdaloid complex, septal nuclei, hypothalamus, epithalamus (pineal body, hebinular nucleus, stria medularis, epithelial root of the III ventricle), anterior thalamic nuclei, and parts of the basal ganglia and mid-brain reticular formation.

One side view: Sports persons might be tempted to claim that increased cardiac output and the increased supply of oxygen is also noticed in vigorous physical exercises and more particularly in the sprinters. But here the organism consumes more energy in its exited state and gets into fatigue state almost immediately. Wear and tear to the body is more.

On the otherhand, the situation in japah is just reversed. Positioned in only one posture, the organism, through brisk gataagati and increased cardiac output, will be able to produce and conserve more energy. Wear and tear to the organism is nil. The organism, in fact, feels energized.