Cytolysis

The researcher observed cytolysis in the cells exposed to the toxic chemical.

The student conducted an experiment to investigate the effect of temperature on cytolysis in yeast cells.

The biology textbook provided a detailed explanation of cytolysis and its causes.

The doctor explained that cytolysis of liver cells could lead to liver failure.

The teacher asked the students to write a report on cytolysis and its effects.

Cytolysis plays a crucial role in the lysis of cancer cells by chemotherapeutic agents.

The researcher discovered that cytolysis plays a role in the progression of certain cancers.

High salt concentrations can prevent cytolysis in red blood cells.

The mechanism of cytolysis involves the disruption of the lipid bilayer of the cell membrane.

Cytolysis of bacterial cells is a common mechanism of action for antibiotics.

The cytolysis of muscle cells can occur due to injury or disease.

The cytolysis of muscle cells can be caused by the release of toxins during bacterial infections.

Cytolysis can be caused by a viral infection that affects the integrity of cell membranes.

The process of cytolysis can be observed under a microscope.

The cytolysis of cancer cells can be induced by certain drugs.

The cytolysis of cancer cells can be induced by certain chemotherapy drugs.

Certain snake venoms contain enzymes that can cause cytolysis in the tissues surrounding the bite.

The cytolysis of fat cells is one of the mechanisms by which the body loses weight.

The virus can cause cytolysis of the host cell.

The cytolysis of plant cells can result from exposure to harsh environmental conditions.

Cytolysis of red blood cells leads to the release of hemoglobin.

Cytolysis in the liver can lead to the release of enzymes into the bloodstream.

Cytolysis can be observed in the swelling and bursting of bacterial cells in hypotonic environments.

Cytolysis plays an important role in the immune response to bacterial and fungal pathogens.

The activity of cytolysis can be measured by the release of intracellular enzymes into the extracellular environment.

Exposure to certain chemicals can cause cytolysis in plant cells, leading to wilting and death.

The cytolysis of muscle cells can lead to the release of creatine kinase into the bloodstream.

The use of detergents and other surfactants can induce cytolysis in laboratory experiments.

The bacterial cell wall can prevent cytolysis from occurring in certain microorganisms.

Cytolysis plays a role in the immune response to invading pathogens.

The bacteria can cause cytolysis in host cells, leading to tissue damage.

Cytolysis can occur naturally during the aging process of cells.

Researchers are studying the potential use of cytolysis as a means of drug delivery.

The process of osmotic lysis involves the swelling and eventual cytolysis of cells in a hypotonic solution.

In some cases, cytolysis can be a desirable outcome in cancer treatment.

Certain toxins can induce cytolysis in cells, leading to organ failure.

Cytolysis is one of the mechanisms by which white blood cells attack and destroy invading pathogens.

The cytolysis of red blood cells releases hemoglobin into the bloodstream.

The cytolysis of fat cells can release fatty acids into the bloodstream.

Cytolysis is a natural process that occurs during the life cycle of some bacteria.

Cytolysis can occur as a result of mechanical damage to cells, such as through physical trauma or shear forces.

Certain viruses are capable of inducing cytolysis in host cells, leading to disease symptoms.

Cytolysis occurs when red blood cells burst open and release their contents into the bloodstream.

The release of enzymes from cytolysis can aid in the breakdown of organic matter in soil.