Biorhythms are based on the idea that a person's life is in a cycle, with peaks and valleys. Using mathematical formulas, people can calculate and graph their cycles, thus determining the good days (peaks) and the bad days (valleys). Biological rhythm is a phrase that is often used interchangeably with circadian rhythm. These rhythms are a series of bodily functions regulated by the internal clock.
Control cycles such as sleep and wakefulness, body temperature, hormone secretion and more. What are biological rhythms? In essence, they are the rhythms of life. All forms of life on earth, including our bodies, respond rhythmically to the regular cycles of the sun, moon and seasons. For example, as night turns into day, the vital functions of the body, including heart rate and blood pressure, accelerate in anticipation of increased physical activity.
These and other predictable fluctuations in body function, which occur during specific time cycles, are our biological rhythms. They are regulated by biological clock mechanisms located in the brain. Angina is pain or pressure in the chest due to an insufficient supply of oxygenated blood to the heart muscle. Patients who develop angina only during stress or physical exertion have stable exertional angina.
When a coronary artery is critically narrowed, ischemia or angina of the heart muscle can occur with minimal or no effort. These patients have unstable angina and are at imminent risk of heart attack (myocardial infarction). A heart attack occurs when a diseased coronary artery becomes completely obstructed by a blood clot, leading to irreversible death of the heart muscle. During the first few hours of a heart attack, irregular heart rhythms can occur, which usually cause sudden cardiac death.
Cardiac ischemia that causes angina can be caused by a spasm of the coronary arteries. This is a rare condition called vasospastic angina (also known as Prinzmetal angina) and is not associated with exertion. More than a million Americans suffer a heart attack every year. More than four hundred thousand of these heart attack victims die as a result.
Many deaths from heart attacks are due to sudden ventricular fibrillation that occurs before the patient can go to any medical care or emergency room. Ventricular fibrillation and other cardiac electrical disorders can be treated with medication once the patient arrives at the hospital. Therefore, 90 to 95% of heart attack patients who arrive at the hospital survive. Heart attack (myocardial infarction) is the irreversible death of the heart muscle due to complete blockage of a coronary artery, usually by a blood clot that forms in a cholesterol plaque.
Sientific Patterns: An Indication of Spritual Biorhythms?
Numerous studies, including the classic Framingham study, have shown that the pattern of incidence of sudden cardiac death parallels those of hypertension, ischemia of the heart muscle, angina and heart attack, a 70% higher risk between 7 and. m. And at 9 in the morning. Stroke resulting from ischemia occurs more often in the morning than at any other time of the day.
Like heart attack, ischemic stroke refers to the permanent death of brain tissue due to blockage of the artery that supplies blood to the brain, usually by a blood clot. Hypertension or high blood pressure is a silent killer. Early high blood pressure causes no symptoms or discomfort. However, long-term high blood pressure without treatment can lead to strokes, heart disease, kidney disease, and eye damage.
Medical scientists now know that a person's blood pressure varies according to the time of day (circadian rhythm). Such variations may have important implications for the diagnosis, treatment and monitoring of patients with high blood pressure. The vasoconstrictive effects of catecholamines can also be improved in the morning due to the high levels of certain hormones that interact with catecholamines and increase their effects. Many medications for high blood pressure are designed to counteract the vasoconstrictive effects of these hormones.
Heart and blood vessel disease (cardiovascular disease), including hypertension and ischemic heart disease syndromes (angina, heart attack, sudden death), also follow circadian rhythms. This pattern makes sense when you consider that heart rate and blood levels of enzymes and catecholamines that strongly influence blood pressure and heart function follow circadian rhythms. According to the theory of biorhythms, a person's life is influenced by rhythmic biological cycles that affect his ability in various domains, such as mental, physical and emotional activity. Derived from Greek roots, biographies (life), and rhythms (movement or movement that occur regularly), biorhythm can be considered as the holistic mathematical system of the body that can predict, or when studied, consciously control certain aspects of life, such as high performance, creativity and emotions receptivity.
As with all pseudosciences, belief in biorhythms is maintained by emphasizing those examples that seem to correlate with theory and ignoring or explaining the many facts that contradict it. In some studies, individual biorhythmic cycles are named as one of the factors affecting unsafe behavior and occupational accidents. Since body cycles are related to birth dates, the biorhythm system is analogous to medical astrology. It is suggested that drivers have a higher risk of having an accident on “critical” days in any of their physical, emotional or intellectual biorhythm cycles.
Skeptical evaluations of the various biorhythm proposals led to a series of criticisms that criticized the issue published in the 1970s and 1980s. Devices designed to simplify the layout of biorhythm cycles have been developed and include the biomate (a handheld computer) and the biolater (a small electronic calculator with mathematical functions). The study showed that unsafe driving behaviors were directly correlated with the biorhythm of drivers, which was analyzed by biorhythm software, which showed connections between unsafe driving behaviors and the “critical days” recorded in their biorhythmic cycles. Biorhythm — Chart Of Your Life has some useful additional features, such as additional cycles and a search function to find ups and downs in the future.
However, unlike biorhythms, which are claimed to have precise and unalterable periods, circadian rhythms are found when observing the cycle itself and periods are found to vary in length depending on biological and environmental factors.
Is it most sensible to use both concepts equally from the end? I believe that as long as one respects the respective limits of application, scientific and spiritual biorhythms complement each other perfectly.