The trace elements are important factors that determine the result of every micro-biological test as it is performed. They also form part of molecular biologists for a molecular biology laboratory. In molecular biology, the primary purpose is to carry out bio-molecular activities.
The trace elements are organic molecules that will contribute to various reactions' electrophysiological reactions. Therefore, it is important to have a detailed analysis of them to understand better all the daily processes happening in our bodies.
Researchers in molecular biology laboratories also use trace elements. Trace elements are important factors that determine the result of every micro-biological test as it is performed. They also form part of molecular biologists for a molecular biology laboratory. In molecular biology, the primary purpose is to carry out bio-molecular activities.
Trace element analysis can be classified into two types:
a. The trace elements in Microbiology Tests:
Trace element analysis plays an important role in microbiology, and it can be classified into two types, i.e., general and special. General ones are used in different types of microbial tests and are directly related to microbial metabolism. Specific trace elements, if any, can only be found in specific microbial tests.
b. The range of Applications in Molecular Biology:
Trace element analysis, apart from several medical applications in microbiology, plays an important role in many diverse fields like genetic engineering, the study of viruses and their hosts, and oceanography. Molecular biology also uses trace elements, but they are not used to determine metabolic activity as in microbiology. The primary function they play in molecular biology is that they form part of the genetic material and determine the structure of the molecules. Examples of this are nucleic acids, proteins, and nucleoproteins. Trace elements also play an important role in molecular biology as they measure the sequence of genetic material.