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Is everything really explainable by science? Or does the human body show physical evidence of a Divine Origin?
The axiom a "whole is equal to the sum of its parts" holds true in physics and mathematics as well as biology. It seems so logical that one wonders why such an axiom even needs to be postulated. But is it really all that logical? There is a case in which the sum of an entity's parts do not seem to add up to its whole. No, I'm not talking about black holes Frank Thomas Jersey , quantum particles, virus mutations or * infomercials. I'm talking about the human being. The biological components of the homosapien do not seem to add up to what we call the human being.
Strictly on a biological level, it all gives the impression of fitting together very nicely. For example, we all know that the heart pumps blood, and it is usually strain or the deprivation of oxygen to this natural pump that results in heart attacks. By the same token, it is the deprivation of oxygen to the brain which can lead to a stroke or even death. The components which come into play here become more obvious upon a more detailed analysis of the circulatory system.
The heart consists basically of four chambers; the right and left atriums Bo Jackson Jersey , and the right and left ventricles. The heart's function is to keep the blood oxygenated by pumping it past the lungs, which absorb oxygen and expel carbon dioxide. Although beating approximately 2.5 billion times in an average lifetime is quite an amazing feat, how the heart accomplishes its task is not at all that mysterious. The heart's components -- chambers, veins, arteries, etc. -- propel the circulatory system Chicago White Sox Jersey , a mechanical process which we quite readily understand.
Similarly, the liver, our largest organ, serves as the body's chemical factory. Some of the chemicals it produces are: albumin, which regulates the exchange of water between blood and tissues; complement, proteins which help the immune system fight infection; coagulation factors Joe Maddon Jersey , which help the blood clot when blood vessels are damaged; globin, a part of the pigment known as hemoglobin, which carries oxygen throughout the body. In addition, the liver produces cholesterol and special proteins that help carry fats around the body.
This is of course an oversimplified description of an extremely complex organ. In fact, the liver's complexities make a practical artificial liver a lot farther from reality than an artificial heart. Yet, in spite of its complexities Anthony Rizzo Jersey , the liver's basic functions are not really great mysteries. That is, although precisely how the liver produces and regulates the body's chemistry may still be far from understood, the notion of producing chemicals or regulating circulating fluids are not exactly mystical concepts. Such chemical functions are performed on a daily basis in laboratories and in many man-made devices.
To sum it up, what the above two organs have in common is that in their cases the "whole is equal to the sum of its parts;" i.e their underlying mechanical principles work satisfactorily as a whole within the context of the living body as well as isolated components within a laboratory setting.
The brain, however, is a little different. The brain and spinal cord comprise the central nervous system Cole Hamels Jersey , and control virtually every vital function of the body; thought, speech, heart beat, breathing, body temperature, etc. It is believed that the cerebral cortex (the outer portion of the cerebrum) is where movement Addison Russell Jersey , sensation, memory and perception, among other things, are processed. Some of these functions are similar to those of other organs in the sense that, in spite of their awesome complexity, their mechanical processes have parallels in man-made objects or in the laboratory.
Computers are excellent examples of how huge amounts of data and images can be stored and transferred in man-made objects. Electrical impulses are utilized in both computers and the brain Jason Heyward Jersey , although their processes may not necessarily be identical. So, with respect to the purely mechanical process of memory and the transmission of data or impulses, the brain and nervous system hold no great mysteries. As with the liver, the precise processes employed by the brain may be far from understood, but man understands many of the functions performed and has in some cases reproduced their effects.