Cytolysis

Cytolysis can be caused by environmental factors such as osmotic pressure changes.

The process of cytolysis is an essential part of programmed cell death.

Cytolysis occurs when the cell membrane ruptures, releasing its contents.

The cytotoxic drug caused cytolysis of healthy cells, leading to side effects.

Cytolysis can be a pathological process that leads to tissue damage.

The virus causes cytolysis of the host cell, which allows it to replicate.

The severity of cytolysis in the muscle fibers of the patient was evaluated using electromyography.

The patient's physical therapy program was designed to prevent cytolysis and promote muscle growth.

The cytolysis of the patient's muscles was evident on the MRI scan.

The team of researchers investigated the mechanism behind cytolysis.

The cytolysis caused by the disease led to muscle weakness.

Muscular dystrophy is characterized by progressive cytolysis.

The patient was advised to avoid activities that could exacerbate the cytolysis of their muscles.

The study found that certain medications can cause cytolysis as a side effect.

Researchers are studying the mechanisms of cytolysis in order to develop new treatments for muscular dystrophy.

In some cases, cytolysis can lead to rhabdomyolysis, a serious condition that can cause kidney damage.

The patient was experiencing cytolysis in their leg muscles.

The physical therapist recommended exercises to prevent cytolysis in the patient's muscles.

The medication helped slow down the cytolysis of the muscles, improving the patient's condition.

The oncologist recommended cytolysis as part of the patient's treatment plan.

The patient's response to treatment was attributed to the significant cytolysis of the cancerous tissue.

The drug showed a significant level of cytolysis against the tumor cells.

The cytolysis of cancer cells is a crucial aspect of cancer treatment.

The degree of cytolysis in the tumor was assessed to evaluate the effectiveness of the chemotherapy.

Cytolysis is a common procedure used in cancer clinics.

The cytolysis treatment caused side effects, including nausea and fatigue.

The chemotherapeutic agent caused cytolysis in the cancerous tissue.

Cytolysis is the process by which chemotherapeutic agents kill cancer cells.

The chemotherapy drug caused cytolysis in the patient's malignant cells.

Scientists are researching new compounds that can induce cytolysis in tumor cells.

The chemotherapeutic drug caused cytolysis of the cancer cells.

The patient underwent cytolysis to shrink the tumor.

The cytolysis process involves the destruction of cancer cells by a chemical agent.

The effectiveness of cytolysis varies depending on the type and stage of cancer.

The body's immune response triggers cytolysis to eliminate infected cells and prevent further spread of the virus.

Cytolysis is a natural defense mechanism of the body.

Cytolysis can prevent the spread of infectious diseases in the body.

Understanding the mechanism of cytolysis is crucial for the development of novel cancer therapies.

The process of cytolysis involves breaking down the cell membrane.

Cytolysis is one of the ways the body fights off bacterial infections.

The immune system uses cytolysis to destroy virus-infected cells.

Cytolysis can cause inflammation in the affected area.

Cytolysis is an essential process in the elimination of tumor cells from the body.

The effectiveness of cytolysis varies depending on the type of virus.

The cytolysis of infected cells can help prevent the spread of epidemics.

The cytolysis of infected cells is a critical defense mechanism against viral infections.

The cytolysis of red blood cells is a common occurrence in hemolytic anemia.

White blood cells play a crucial role in cytolysis.

The virus's ability to evade cytolysis is a major challenge in the development of effective vaccines.

The mechanism of cytolysis involves the disruption of the infected cell's membrane.