How to write on genetic engineering essay topics?
Despite increasing popularity of such assignments, students and sometimes even teachers do not know how to write an essay on genetic engineering. Because of this, there is a misunderstanding of the basic principles. As the result, the student gets something between the abstract and the scientific article.
In fact, the essay is a small written work of a creative nature. Its author expresses his thoughts about some relevant problem, justifies own vision of its essence in a free manner.
Consider the main features of this type of work:
First, a hypothesis is put forward. It should be indicated in the introduction. You can use a vivid and memorable genetic engineering essay hook that will attract the attention of the reader. Then the alternation of theses and arguments follows.
The thesis is a certain statement used by the author to logically bring his hypothesis to the proof.
The argument is a substantiation of the author’s words. A well-known fact, a logical conclusion, an experience from the life of the author or his surroundings, opinion of scientists, evidence from the sources described in the book, etc.
The conclusion is a summary of the results obtained and the author’s position on the subject matter. It can be concluded in the following phrases: “Therefore”, “Given the nature of the evidence”, “In conclusion”, “Well-known facts show that”, “Introduction of genetic engineering in agriculture”, etc.
Formulating a thesis
Formulate a scientific hypothesis requiring verification, theoretical justification or confirmation. To illustrate, the author of a genetic engineering essay may state that, under the rule of certain conditions, a strain of electronic cells growing in the culture mixture is transferred to a silicate substrate, and the chromosomes of these cells is transferred to a new host.
The essence of such a procedure is that the chromosomes of the cells are transferred to the host body through a process of normal DNA processing. The chromosomes of the host are cloned, modified by creating a mutant gene encoding the altered form of the gene. The resulting gene is introduced into the cell. If it is expressed, the carrying cell and its offsprings will synthesize the altered protein. Thus, it is possible to correct defective genes and treat hereditary diseases, as well as various chronic diseases, Alzheimer’s and Parkinson’s diseases.