Cholesterol: 180
Low density lipoprotein/high density lipoprotein: 179/47
Triglyceride: 189
Glucose: 80
Temperature: 98.7 degrees Fahrenheit.
These figures are displayed by a healthy human body. From these figures, we can see the application of human health in mathematics. So, how do we study the mathematicization in human body?
From a medical point of view, patients are being bombarded by numbers and ratios. Because numbers analyze our health and the function of our bodies. The doctor tried to determine the range of normal values. Numbers and mathematics seem to be everywhere. In fact, in our body, our cardiovascular system network, the electrical pulses used by our body to trigger actions, the communication mode between cells, the design of our bones, and the actual molecular structure of genes all have mathematical principles. Therefore, in the efforts to express human functions with numbers, science and medicine turn to numbers and other mathematical concepts. With the development of medicine, people have designed some instruments to convert the electric pulses applied to the body into sinusoidal curves so that the outputs can be compared. The results of ECG, EMG and ultrasonic diagnosis show the shape, amplitude and phase shift of the curve. All these are the materials of trained technicians. It can be seen that numbers, ratios and graphs are some aspects of mathematics applied to our bodies. Besides, some mathematical concepts have other relations with our bodies. Now let's take a look.
In modern science and technology, people often assume that if it is exciting and challenging to decipher passwords and Mayan hieroglyphs, then people can imagine that they can decipher the molecular codes used by the human body for communication. At present, in the medical field, medical scientists have found that white blood cells are related to the brain. Body and mind communicate with each other through the confluence of many biochemical products. From a medical point of view, deciphering the communication code between these cells will have an amazing impact on the medical community. This intercellular interpretation can not only increase people's understanding of genetic code, but also reveal many details in the health field. The discovery of DNA double helix is another mathematical phenomenon. But the spiral is not the only spiral in the human body. Isoangular helix exists in many fields about biological growth, but it may be because its shape does not change with growth. You can find an isometric spiral in the hair on your head, the bones on your body, the cochlea in the inner ear, the umbilical cord or the growth pattern of your fingerprints. These are some aspects of the application of mathematics to the human body. Further research shows that these mathematical phenomena are closely related to human health.
In fact, physics and physical properties can also lead to other mathematical concepts. The body is symmetrical, which helps it gain balance and center of gravity. In addition to achieving balance, the three curves of the spine are also important for health, and give the body physical strength to lift weight and other loads. Artists like Leonardo? Leonardo da Vinci and albrecht? Diu Lei tried to prove that the body conforms to various proportions and measures, such as the golden section.
What is even more surprising is that chaos theory also has a place in the human body. For example, in the field of arrhythmia, chaos theory is being studied. The study of heartbeat and the reasons that make some people's heartbeat abnormal also show that heartbeat seems to conform to the concept of chaos. In addition, the function of brain and brain waves and the treatment of brain diseases are also related to chaos theory. Although there are no clear answers to these questions, this phenomenon does exist in people.
When studying the human body at the molecular level, people also found signs of mathematics. Among the shapes and forms of virus invading human body, there are geometric shapes, such as polyhedron and lattice dome structure. In HIV (HTLV- 1), icosahedral symmetry and lattice dome structure were found. Knots in DNA structure urge scientists to use mathematical findings in knot theory to study the loops and knots formed by DNA chains. The discovery of knot theory and various geometric concepts has proved invaluable in genetic engineering research. It can be seen that human health can be analyzed and explained by different mathematical concepts. Therefore, mathematics is widely used in human health.
Human health is closely related to mathematics. If we want to discover more human mysteries, we will rely on the power of mathematics. Therefore, the combination of scientific research and mathematics plays an important role in the analysis of human body function, which is also very necessary.