cytolysis
osmotic lysis

These results suggest that the second phase of dye uptake is related to cytolysis.

Different cells and organisms have adapted different ways of preventing cytolysis from occurring.

Cytolysis, where the cell bursts rather than shrinks.

Likewise, the subsequent steps leading to membrane blebbing and cytolysis are poorly understood.

In animal cells which lack a cell wall however, excessive osmotic pressure can result in cytolysis.

Severe hepatic cytolysis: incidence and risk factors in patients treated by antiretroviral combinations.

Cytolysis is caused by excessive osmosis, or movement of water, towards the inside of a cell (hyperhydration).

Cryotherapy (liquid nitrogen or cryoprobe) destroys lesions by thermal-induced cytolysis.

It also prevents the cell from expanding and finally bursting (cytolysis) from osmotic pressure against a hypotonic environment.

Cytolysis can be prevented by several different mechanisms, including the contractile vacuole that exists in some paramecia, which rapidly pump water out of the cell.

It is derived from many small plasma proteins that work together to disrupt the target cell's plasma membrane leading to cytolysis of the cell.

Myo cytolysis refers to a degenerative change (often reversible) that occurs to myocytes upon myocardial strain.

Zerouali's health conditions were stable until the 30 September, when some dangerous sudden changes had happened and completely destroyed the liver and caused Cytolysis.

This weakens the cell wall of the bacterium, and osmotic pressure continues to rise-eventually causing cell death (cytolysis).

Without mRNA, which is the template for protein synthesis, cell metabolism stops and cytolysis ensues.

The presence of a cell wall prevents the membrane from bursting, so cytolysis only occurs in animal and protozoa cells which do not have cell walls.

It is expressed in cytolytic granules with perforin, a pore forming protein, and granzymes that are also involved in cytolysis.

Cytolysis, or osmotic lysis, occurs when a cell bursts due to an osmotic imbalance that has caused excess water to move into the cell.

Activation of this system leads to cytolysis, chemotaxis, opsonization, immune clearance, and inflammation, as well as the marking of pathogens for phagocytosis.

Upon ingestion, it binds to the RNA polymerase II enzyme, effectively causing cytolysis of hepatocytes (liver cells).

However, during MTX-induced cytolysis, as indicated by the release of LDH, the membrane blebs actually exhibit a dramatic increase in diameter.

It has been proposed that YopE and YopT may function to limit YopB/D-induced cytolysis.

In agreement with the findings in melanoma, the shedding of sICAM-1 could be a mechanism for colonic tumour cells to evade from lymphocyte mediated cytolysis.

These results suggest that PLC may be involved in activation of COP and/or in the cytolysis phase of MTX action.

These results suggest that inhibition of MTX-induced change in [Ca 2+] i prevents or attenuates both the activation of COP and cytolysis.