host cell

Observation revealed that this method of cultivating stem cells does not appear permanent host cell genetic damage.

The virus enters a host cell after part of HA, the receptor-binding domain (RBD), has bound to a specific part of the cell.

For many scientists, viruses do not qualify as alive due to their inability to reproduce without the help of a host cell.

Unable to reproduce outside a living cell, viruses reproduce only by subverting the genetic mechanisms of a host cell.

If that host cell is a sperm or egg cell, or the precursor to such a cell, then the lodged DNA may get passed down the generations.

A vehicle that transfers material (typically genetic) into a host cell or organism.

Therefore, the most effective way to prevent from the infection of Streptococcus pneumoniae is to stop the adherence of it to the host cell.

The interferon can cause not to produce the virus infection host cell the anti-viral protein to suppress viral the duplication.

through reinforcing cell wall and formation intercellular and intracellular material to restrict pathogen further development in host cell.

It is capable of being integrated into the continuity of the host cell DNA as provirus.

When the host cell divides, copies of the recombinant DNA molecule are passed to the progeny and further vector replication takes place.

The viral genome may later become active, initiating production of viral particles and destruction of the host cell.

The viral DNA is injected through the tail into the host cell, where it directs the production of progeny phages.

After reproduction of the viral nucleic acid the host cell usually undergoes lysis (LYSOGENY).

DNA produced by lentiviruses genomic restro-transcription can integrate into host cell DNA as same as the other retroviruses.

Viral protein is synthesized in the cytoplasm on polyribosomes composed of virus-specific mRNA and host cell ribosomes.

Instead of targeting the parasite itself, we could make the host cell environment useless to it, thus putting an end to the deadly cycle.

Thus, Histoplasma-induced host cell apoptosis would be key to CD8 T cell activation in the infected host.

It was found that the decrease of absorbance of guest-host cell is almost proportional to the exposure time and light intensity.

From these results it can be concluded that the symbiotic Chlorella probably effect the gene expression of the host cell.

Two are "integrase inhibitors" that block the HIV genetic material from attaching to the host cell's DNA.

HIV-1 relies on a myriad of interactions with host cell proteins to carry out its life cycle.

The reverse records the virus is through mutually affects with the host cell surface special acceptorinfects the host cell.

At one point in a retrovirus's life-cycle its RNA is copied into DNA and that DNA is lodged in the host cell's nucleus.

integrated into the continuity of the host cell DNA as provirus.

Like other viruses, HIV needs a host cell to multiply. It attacks helper T cells and can infect other cells.

When living inside other cells they tend to cut corners, relying on their host cell wherever possible.

Two others block the entry of the virus into the host cell and the third group prevents the virus from producing copies of itself.

The contractile tail of bacteriophage T4 undergoes major structural transitions when the virus attaches to the host cell surface.

An infection thread is formed by the cytoplasm of the host cell.

The team had earlier identified all the 275 human host cell proteins being used by M. tuberculosis.

When viruses set up camp inside the cells of animals and plants, they need to replicate before being detected anddestroyed by the host cell.

Anti-retroviral drugs can prevent the AIDS virus and host cell binding.

In order to do this, it fuses with the host cell membrane, appropriating its components to form its own envelope.

It can facilitate gonococcal invasion of host cell, regulate apoptosis, influence complement cascade and act as adjuvants.

directly into the cytoplasm of the host cell [6].

By SSH technique, we can study the differentially expressed genes in the level of the host cell and pathogen.

They live in living cells, these cells are called host cell.

For example, the evolution of viral tropisms and the employment of specific host cell receptors define many disease patterns.

Determining the host cell protein impurities in recombinant human granulocyte colony stimulating factor preparation

Host cell apoptosis by parasitic infection and its detection

The mediatory effects of pneumococcal surface proteins on the adherence of bacteria to host cell in vitro

Comparative studies of the infection of different rotavirus to host cell

Host cell enzymes in the involved metabolic pathways are selected as targets for intervention;

The envelope is a lipoprotein membrane composed of lipid derived from the host cell membrane

Analysis of Host Cell Protein Content During Production of Vero Cell-derived Vaccine

Plasmolysis of host cell-infected Tomato spotted wilt virus

Update on Host Cell Invasion by Toxoplasma gondii

Invasion of host cell by Toxoplasma gondii

replicate in the nucleus of the host cell

The Encapsidation and Ejection of Phage DNA into Host Cell

Cytoplasm of the host cell