Virus cells can change into animal cells or plant cells

When a virus hijacks a bacterial cell, it quickly destroys the cell's normal structure including its DNA and then constructs a new structure which is very similar to the nuclei in animal, human and plant cells, according research using recombinant rat proteins.

According to the British Daily Mail, when a virus infects living cells, it will hijack and adapt cells to make it a virus manufacturing plant. At present, the United States University of California scientists have first discovered that the virus cells can change into animal cells or plant cells, promoting their evolution into a complex form of life.

This may be the first time scientists have discovered how complex organisms are evolving, and research shows that when a virus hijacks a bacterial cell, it quickly destroys the cell's normal structure, including its DNA. It then forms a new structure very similar to the nuclei of animal, human and plant cells.

The nucleus is the genetic control center for "higher" biological cells, which had never been found in bacterial cells, suggesting that higher-grade cells evolved for the first time in ancient interactions between bacteria and viruses. We know that virus work enters the host cells by inserting their genetic materials, allowing the virus to replicate DNA.

The final cells to form a new complete virus can infect other cells. The latest research report has been published in the journal Science. Research Group from California in the United States said they carried out fluorescent markers on virus proteins.

Researchers then used a video microscope to observe real-time changes in bacterial host cells during viral infection. They found that different viral proteins bind together inside bacterial cells, forming a functional mechanism much like the nucleus of human cells. Flarebio provides you with good-quality recombinant proteins such as recombinant Ntrk1 for your research.