Chemistry analysis unlocks elusive mysteries concerning the workings of the human form. Here we take a look at chemistry analyzers and their role in determining properties within human blood compounds.

How Chemistry Analyzers Unlock The Workings Of The Human Body

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In the entire world, the mystery of the function of nature has been on the minds of human beings since the beginning of time. This curiosity has lead to the questions that have arisen in the human psyche, not only “why are we here?”, but “what are we made of?” Philosophy, indeed, has attempted to answer the latter question, but has failed to touch our minds as the answer overall.

All of the questions posed by the early thinkers led to a crucial breakthrough: The advent of experimentation. Experimentation led to even more question, as human being sought to break down their world into pieces they could work with. This ultimately brought about the discipline of chemistry, and the analysis of the human body’s fluids.

Human body chemistry has been developed from humble beginnings. At first, early scientists came upon recognizing that the human body had nearly the same chemistry as the animals they were so adamant about researching. Of course, it was to be denied we had anything to do with the lower forms of life on this planet, that we were a glorious invention set apart from other biological forms.

After much consideration, the truth had to be faced by the scientists trying to figure life out. We, as the higher form of life on earth, had similar body fluids and biological systems as some of the life forms on the planet. Since those life forms were already being studied successfully, it could only follow that the human body could be studied the same way.

Chemistry analysis unlocked elusive mysteries concerning the workings of the human form. A pig had kidneys, and they functioned as kidneys, removing waste form the blood as it circulated through the pig’s body. This blood was analysed from healthy porcines, thus giving scientists an idea of what the levels should be. Transferring the testing procedure to humans, who also had kidneys, was found so beneficial, it opened the eyes and minds of physicians to develop tests for humans.

It was found that human beings had normal levels and ranges for each of the blood chemistry constituents. Levels going outside the range of the norm was an indicator of different, soon to be discovered, diseases. This was a diagnosticians dream, simply testing the blood for the different parameters that make up a healthy human being.

The blood constituents of animals in the lab nearly coincided with human body functions, so each type of test, from glucose to bilirubin, was simply standardized for human beings. Clinical analytical chemistry became the cornerstone of the new field of medical laboratory.

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