Publicado: 18 de October de 2025 | Actualizado: 27/10/2025 a las 3:42:49 PM
During periods of physical performance, neurons work faster and perform biochemical calculations in cells and the atmosphere, helping us travel further distances without exhausting us, suffering from anxiety, or losing strength or physical performance, as can be the case with cycling.
During periods when our brain is working less, we experience less stress, fewer antibodies, and we rest more, but this effect stiffens muscle fibers, and traveling greater distances becomes more difficult, without resolving the biochemical processes.
When neurons are working at high capacity and we have many dreams, we need to focus on important needs and reprogram the satisfaction of physical or mental performance.
In young people, dreams are faster, and the number of antibodies is higher and more effective for the muscles. It could be said that at age 20, the best neurotransmitter rate is reached, but increasing that rate can lead to cardiac uncontrolled activity, and a good rate can lead to optimal physical performance that is almost unbeatable. However, this rate is lost with age, and physical performance declines, depending on many factors. Heart rate is much more stable in adults, but if an adult wants optimal and professional performance, they run the risk of a higher cardiac performance condition. For example. A veteran professional runner’s average heart rate in a race is 140-150 beats per minute, and a maximum heart rate of 180 beats per minute. However, this rate is not sufficient for the performance of a young runner, whose average heart rate is 180 or 200 beats per minute in some runners because they work more muscle gas than adults. However, in this condition, the stress must be endured by the number of antibodies that stress creates, and the neuronal or cardiac speed must not be exceeded, resulting in phantom muscle performance.
Excessive cardiac dysfunction in young people may be due to a lack of release of lactate acid from cells into the blood by chromosomes, and a pancreatic chromosome due to too much insulin, which creates large amounts of antibodies in the blood and elevated leukocytes. High doses of neurotransmitters at nightfall and without exercise, and antibodies in the blood, due to the lack of light and because it’s during bedtime, and perhaps excessive exercise at night during leisure activities, can disrupt these chromosomes in the pancreas and cells, which release lactate acid. Symptoms of increased heart rate at night and a lack of lactate include fainting, poor concentration, memory, and, if this effect is severe, irregular heartbeats, which are used to feed neurons with oxygen and improve concentration.
A case in point, regarding my health. I weigh 94 kg and losing weight to 84 kg should lower my heart rate due to less cell mass, but my heart rate is the same, because more cells can overwork the heart, and I may need to lose weight to 74 kg to notice cardiac relief.
In the case of high insulin and high leukocytes, the neurons could be working too fast and the calculation capacity is excessive, but if this work of the neurons is very excessive, the heart rate could be very excessive and the ability to think, without brakes it can be a symptom that you should slow down the neurons and release lactate into the blood, as long as the physical performance is not met and if you do not achieve it, I recommend you see a psychiatrist.