What is the biology of molecular cells?
Biology of molecular cells is a branch of biology, which is relatively new fields compared to other studies. Scientists studying the biology of molecular cells study the structure and properties of the molecules found in the cells. This field is often closely associated with biochemistry in which they look at chemical reactions of biological molecules. The difference between biochemical and molecular biology is that biochemists study molecules separately from the rest of the organism, while molecular biologists look at the interactions of molecules. Based on progress in fields such as X -ray crystallography, Weaver felt that biology as a whole is going to undergo some great changes. In fact, biology can basically be divided into two groups - organism biology and molecular or cellular biology. This division is based on whether organisms are studied as a whole, or if it is a single -headed interest of molecular biologists, it looks at ELL. In other words, the biology of molecular cells is the study of thatHow cells work on the basis of the molecules that are found in them. The interaction of molecules found in cells is the basis of what type of cell will be created and what role it is to play. In particular, the processes associated with the genetic material of cells, including replication, transcription and translation, are found to be understood to provide a clearer image of their regulation in cells.
Key molecules studied by molecular biologists include DNA, deoxyribonucleic acid, RNA, ribonucleic acid and proteins. DNA is interesting because it is a molecule that carries genetic information about the cell and thus the organism. RNA, which is closely related to DNA, carries genetic information from the core to the rest of the cell. Finally, proteins are created on the basis of genetic information found in DNA. These proteins determine the type and function of cells based on created enzymes.
Specific techniques are used in area Biology of molecular cells. These techniques allow biologists to be insulated, characterized and manipulated by various molecules found with cells. Examples of techniques used by biologists of molecular cells include cloning express expression, gel electrophoresis, Western blot and southern blot. Each of these techniques plays a specific role in allowing scientists to study important molecules that make up the basis for life.