Transfection

Transfection is a process that allows DNA molecules to be introduced into a cell. This process is widely used in biology and medicine to study genetic mechanisms and develop new treatments for diseases.

Transfection can be accomplished in various ways. One of the most common methods is the use of viral vectors. Viruses contain DNA molecules that can be introduced into a cell and then multiply within it. At the same time, viral DNA replaces the cell’s own DNA, which makes it possible to study genetic mechanisms and conduct experiments at the cellular level.

Another transfection method is the use of liposomes. Liposomes are small vesicles made of lipids and DNA molecules. These vesicles can be introduced into cells and then transport DNA molecules inside the cells.

In addition, there is a transfection method based on the use of magnetic particles. Magnetic particles can be used to deliver DNA molecules into cells. This method is especially convenient for studying genetic changes in tissue cells.

Overall, transfection is an important tool in science and medicine that allows us to study genetic processes and develop new treatments for diseases.

Introduction to Cell Transfection (Transaction Transfer)

Cell transfection is the process of transferring extracellular molecules (such as DNA) into cells that promote gene expression and influence cellular functions. In a broad sense, this phenomenon is known as transcriptomy, that is, the ability of cells to express genetic determinants. Transfection represents the central molecular basis of many natural biological phenomena such as synergy, allotrans