Staying in a sealed room in the city for a long time will make people feel dizzy; When you come to forests, seashores, waterfalls and other places, people will feel refreshed and breathe comfortably, which is the effect of negative oxygen ions.
Negative oxygen ions are formed by the combination of oxygen molecules in the air with free electrons, which can purify the air, improve the quality of people's breathing, and can also cross the human blood-brain barrier, which plays a role in healing the body and improving the intellectual development of the brain.
Some studies have shown that negative oxygen ions can promote monocyte migration, thereby enhancing immune system function. A strong immune system is essential for children's health and brain development.
Negative oxygen ions can reduce platelet activity in children's blood, reducing the risk of thrombosis. It has a positive effect on blood supply to the brain and oxygen delivery.
Professor Lin Jinming, doctoral supervisor of Tsinghua University, pointed out in his book "Environment, Health and Negative Oxygen Ions" that negative oxygen ions can be divided into three types according to the speed of migration: large, medium and small.
At the same time, medical studies have shown that when the concentration of negative oxygen ions in the air reaches 10,000 per cubic centimeter, the negative oxygen ions have the best effectTherefore, small particle size and high concentration of negative oxygen ions can play a role in recuperation and improve intelligence level.
01 Negative oxygen ions can increase the number of synapses in neurons
Negative oxygen ions can increase the number of synapses in neurons, strengthen the strength of connectors, and expand the effective neural network.
02 Negative oxygen ions can promote the conversion of DHA
Negative oxygen ions can promote the conversion of DHA and protect the neural network from being damaged. Without DHA, synapses cannot be maintained, resulting in disruption of neural networks. Negative oxygen ions can accelerate this transformation by enhancing enzymatic activity, thereby increasing DHA formation and protecting the integrity of neural networks.
03Negative oxygen ions regulate the pH of the brain
Dr. Caroyu, a British medical scientist, found that the higher the alkaline pH of the brain, the higher the person's IQ. Layin et al. used magnetic resonance spectroscopy to measure the pH value of the brains of 42 boys aged 6-13 years old, and found that the pH value increased from 699 rises to 7At 99, the child's intelligence will more than double, that is, the IQ will increase from 63 points to 138 points. Negative oxygen ions can change the pH of the blood and brain, and improve the mental development of the brain.
04 Negative oxygen ions affect glutamate receptor activity
Glutamate is a neurotransmitter that functions as an excitatory neuron in the brain. Glutamate receptors are proteins on the surface of brain cells that bind to glutamate and regulate the release and delivery of neurotransmitters.
Some studies have shown that the action of negative oxygen ions may have an impact on children's brain development by affecting the activity of glutamate receptors, adjusting the levels of neurotransmitters and the efficiency of neurotransmission.
In addition to the influence of congenital genetic factors, the acquired environmental intervention is also very important for children's intellectual development. Create an environment rich in negative oxygen ions for children, so that their brains can fully develop and have a more intelligent intelligence!