Cytolysis

Cytolysis occurs when the immune system identifies a foreign agent in the body.

In some autoimmune diseases, cytolysis can lead to the destruction of healthy tissues.

Researchers are studying ways to enhance the body's cytolysis response.

The cytolysis of liver cells is a hallmark of viral hepatitis.

Cytolysis is one of the ways that bacteria can acquire nutrients from their surroundings.

The cytolysis of plant cells can lead to tissue damage.

The presence of certain viruses in a cell can lead to cytolysis.

The cytolysis of cancer cells is a promising area of research for cancer treatments.

The immune system may cause cytolysis of infected cells.

Cytolysis caused by a snake bite can be life-threatening.

The cytolysis of parasites by the host immune system can prevent infection.

Some aquatic organisms produce toxins that cause cytolysis in fish and other marine life.

Cytolysis can be induced in cancer cells by certain chemotherapeutic drugs.

Cytolysis can occur due to changes in osmotic pressure.

Cytolysis can occur due to exposure to toxins or environmental stressors.

The cytolysis of red blood cells can cause hemolytic anemia.

Cytolysis can be a result of exposure to toxins or chemicals.

The immune system response to foreign cells involves cytolysis.

Cytolysis is a mechanism used by some bacteria to escape from host cells.

The hemolytic properties of some snake venoms can cause cytolysis in human cells.

The immune system can cause cytolysis of cancer cells in the body.

Immunomodulatory therapies aim to increase cytolysis of cancer cells.

Cytolysis is a common mechanism of tumor cell death.

Cytolysis can also occur in normal cells as part of the body's natural turnover process.

Cytolysis is a process where immune cells destroy infected or damaged cells.

In the immune system, cytotoxic T cells are responsible for cytolysis.

Cytolysis plays a crucial role in preventing the spread of cancer.

The researchers observed cytolysis in tumor cells treated with a new drug.

Cytolysis plays a crucial role in eliminating cancerous cells from the body.

The effectiveness of immunotherapy can be measured by the level of cytolysis it induces.

The immune system's ability to induce cytolysis is key to fighting off cancer.

Some viruses can cause cytolysis in host cells, leading to tissue damage.

The patient's immune system had successfully caused cytolysis in the tumor.

The presence of certain molecules on the surface of tumor cells can trigger cytolysis by immune cells.

Cytolysis is a natural defense mechanism of the body against cancer cells.

Certain viruses can trigger cytolysis of infected cells, leading to tissue damage.

Some bacteria can induce cytolysis in host cells, causing damage or death.

Understanding the mechanisms of cytolysis is essential for developing new cancer treatments.

The cell membrane's permeability affects the extent of cytolysis.

The research paper discussed the role of cytolysis in bacterial infections.

The pathologist noticed signs of cytolysis in the tissue sample.

The student learned that cytolysis can be prevented by placing cells in an isotonic solution.

Cytolysis is a common phenomenon in plant cells during plasmolysis.

The pathogen's cytolysis of host cells is responsible for the severity of the infection.

The patient's symptoms were due to cytolysis of their muscle cells.

Cytolysis can be caused by exposure to hypotonic solutions.

The doctor observed signs of cytolysis in the patient's blood sample.

The experiment demonstrated that increasing salt concentration can prevent cytolysis.

Cytolysis occurs when red blood cells are placed in a hypotonic solution.

The researchers discovered a new mechanism of cytolysis in prokaryotic cells.