The Parallel Nature Of Organic Chemistry And Biochemistry

The Parallel Nature Of Organic Chemistry And BiochemistryAs mentioned above, in organic chemistry there are two major branches of science, namely, biology and chemistry. In organic chemistry, the emphasis is on all the chemical reactions occurring at the molecular level, that is, with biological organisms.Biotin chemistry is a branch of biochemistry that deals with all the important components of life, including carbohydrates, proteins, nucleic acids, hormones, and enzymes. In biochemistry, the study of living organisms has been assigned to a special part of biology, in contrast to the common view that all biological activity occurs in the cell. Cells play a very important role in the process of reproduction, even though cell division takes place much more rapidly than the molecular and cellular processes themselves.Despite the fact that the area of biology has now taken over the field of organic chemistry, some important aspects of both are essential to our daily lives. Some example s are sugar (carbohydrates), protein, as well as fats, and so on. An important question is whether organic chemistry will also be able to lead to similar advances as biochemistry and biophysics, which have much in common, but also have somewhat different perspectives.One way to look at it is to say that organic chemistry and biochemistry are not completely dissimilar from each other, and that biochemistry has often greatly influenced the development of organic chemistry. Biotin chemistry has also improved the understanding of this field of biology, because it deals with proteins and metabolism, which are part of both cellular and molecular biology. However, it must be kept in mind that biochemistry and biophysics are not identical, and that there is still much work to be done.A second question that is worth asking is whether organic chemistry and biochemistry are really opposed to each other, or are they basically similar, in a sort of comparable way? Biochemistry and biophysics dea l with all kinds of molecules and their interactions, and have much in common. The observation that organic chemistry does not deal at all with life as we know it, and that it deals only with molecules that are not life-forms, makes this dissimilarity very clear.However, the similarity is not without its own problems, because organic chemistry also allows for the expression of chemical interaction and replication. In fact, this chemical replication or chemical analysis is crucial for the biology of plants and animals.Biochemistry and biophysics should learn from each other, and vice versa. Organic chemistry and biochemistry are two branches of biology with very different fields of research, but both share the aim of understanding the life-forms around us, both of them very deep down.