Relationship between Nervonic Acid and memory
Symptom Description
The main manifestations of memory decline are: difficulty in quickly and clearly recognizing and leaving deep traces in the brain, difficulty in recognizing and recalling, manifested as inability to smoothly and accurately recognize the memorized content or inability to actively re-present the content in the mind. The memorization content can not be effectively maintained or the retention capacity is significantly reduced, which shows that the memorization content is difficult to retain firmly in the brain or a considerable amount of memorization content retained in the brain is fuzzy.
There are obvious stages of memory decline, that is, it is manifested in a certain stage of time, with an obvious sense of self, as if the memory has solidified. For example, when reading a book, neither look into the book, nor remember the content of the book. If you try to recall the contents of the book, your mind seems to be blurred. Although memory loss also has a certain degree of dispersion, sometimes it is difficult to remember anything in the stage of memory loss, but memory loss is still prominent in the activities that are important to you or you are too concerned about, too sensitive, too worried. For example, for people who participate in work, it is mainly the work arrangement and quality requirements, so the memory loss is still quite situational. The performance of memory loss in other activities is only a continuation of this memory loss, which is still clearly episodic.
Role of Nervonic Acid
The neuropathological changes of memory loss include extensive age spots in the hippocampus and other parts of the cerebral cortex, neuronal tangles and loss of neurons, leading to the obstruction of the information transmission pathway of central nerve fibers, resulting in pathological aging, degeneration and necrosis of a large number of cells, thus making the neural pathways of memory, cognition and action in the brain not smooth, and the effective transmission of information fails, resulting in the decline of memory and cognitive functions Understanding disorders lead to memory loss and even memory impairment, and eventually become Alzheimer’s disease.
On the one hand, Nervonic Acid can enhance the energy of brain cells and the transmission of information between cells, on the other hand, repair the damaged central nerve fibers, promote the smooth transmission of nerve conduction pathways, so that information can be smoothly transmitted, nutrition activates the pathological and dormant nerve cells, prevents memory loss, and greatly reduces the incidence of Alzheimer’s disease. Nervonic Acid can decrease malondialdehyde in blood, significantly enhance the activity of superoxide dismutase (SOD), reduce the accumulation of lipofuscin in brain cells, activate nerve cells, promote the recovery of brain fatigue, and delay the aging of nerve cells. Regulate the level of neurotransmitters in the brain, make the information transmission between nerve cells faster and more accurate, promote cell recognition (including cell regeneration and contact inhibition), restore nerve terminal activity, improve brain function, make people focus, memory enhancement.
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