Sekaran Tahap Daur Litik Reproducing Virus Benar Dan Penjelasannya

YOGYAKARTA - Sequencing the cyclic stage of virus reproduction is the basis for understanding how viruses reproduce. The virus can reproduce through two main mechanisms namely the lithic cycle and the lysogenic cycle. In an lithic cycle, the virus causes the host cell to experience analysis or break after reproduction.

The following steps will be discussed in the recycling of viral reproduction liths, ranging from absorption to the lithic phase. All stages are explained in the aftermath so that they are easy to study, especially for students who are studying Biological material.

Daur lithik is divided into 6 stages that take place sequentially. The six stages are absorption, penetration, transcription, replication, assembly, and lithic phase. The following is the explanation of each stage.

The first stage in lithic recycling is absorption or attachment. At this stage, viral particles (virions) stick to the surface of the host cell wall (bacterial) using their tail. This process occurs due to a match between the host cell receptor and the structure of the virus.

At the penetration stage, the attached virus will penetrate the host cell membrane. The genetic material of the virus (DNA) comes out of the capsid and enters the cell cytoplasm. This genetic material can mimic the bacterial component so that the immune system is not detected.

The transcription stage is a phase when the virus begins to control the biological activity of the host cell. The virus takes advantage of the cell mechanism to produce the protein and phage needed in the reproductive process. At this stage, the host cell begins to lose its ability to perform its normal function.

Replications are a phase when host cells produce prophag or viral genomes continuously. The replica has several phases, namely the initial replication that suppresses the formation of bacterial proteins, the middle replication when viral nucleic acid is transcribed, and the final replication when the head and tail of the virus are formed.

The assembly stage is a phase when all components of the virus that have been replicated are arranged into whole virions. Nucleate acid is inserted into the head of the virus, then linked to the tail and other supporting structures. At this stage, the virion becomes an adult virus that is ready to infect the next cell.

The lithic phase is the last stage in this cycle. The virus produces a special enzyme that destroys the walls of the host bacterial cell so that cells experience analysis or rupture. Once cells break out, new viruses come out and are ready to infect other cells.

This is an explanation of the stages of lithic recycling as one of the mechanisms for virus reproduction that causes damage to the host cells. By understanding these stages, we can find out how the virus reproduces and why infections can damage the network of living things.