A harmless cousin of anthrax (pictured here) is used in the biotechnology industry. |
The most obvious rhetorical device is the abundant scientific jargon. The three authors assume that their audience is educated and well-versed in scientific literature, particularly concerning biotechnology. They spend very little time giving background information on their subject of study, and offer no explanation of the processes the bacteria use to synthesize NAH. Knowledge of the chemicals involved and how they interact is assumed. This serves as a very efficient mode of transporting knowledge. The jargon does not serve to muddle the meaning of the experiment, in fact, it does just the opposite. All of the information is presented and packaged into two pages. If a reader does not understand a word or process, it is not the purpose of the article to explain it.
The organization of the essay aids somewhat in guiding readers. There is a very clear format to technical writing, beginning with the abstract, an introduction that shows the meaning and purpose of the experiment, followed by the procedures carried out, results obtained, and analysis/conclusion. Each topic sentence serves to give an overview to guide the understanding of the technical paragraph. These reliefs are very brief, however. For example, they write "Development of a single-step biotransformation process for NAH synthesis will provide a simple, convenient, and environmentally friendly economic route. In the recent past, acyltransferase activity of amidases has been utilized for hydroxamic acids and acid hydrazides syntheses."
From what I could understand, the article was actually concise. It spends no time in flowery or attractive prose; the authors want to succinctly deliver their knowledge using as little paper as possible. The amount of detail is phenomenal, and effectively accomplishes their purpose.