karyolytic Sentences

The karyolytic process was clearly visible under the electron microscope, as the cell nucleus began to deteriorate.

Researchers are studying karyolytic effects to better understand the mechanisms behind viral-induced cell death.

Treatment with antiviral drugs can inhibit karyolytic processes and prevent the destruction of the cell nucleus in infected cells.

Magnetic Resonance Imaging techniques have been used to detect karyolytic changes in the brain tissue of patients with viral encephalitis.

In the case of HIV, the provirus can integrate into the host genome and initiate karyolytic processes in infected cells.

During apoptosis, the process of cell death, karyolytic changes are one of the characteristic features observed in the nucleus.

The karyolytic agent induced rapid disintegration of the cell nucleus, leading to immediate cell death.

In the context of cancer research, understanding karyolytic mechanisms is crucial for developing targeted therapies.

The presence of karyolytic reaction zones suggests the occurrence of apoptosis or necrosis in the infected tissue.

Cellular studies reveal that some bacteria can induce karyolytic effects in eukaryotic cells.

Scientists are exploring karyolytic inhibitors as potential therapeutic agents for viral infections.

The karyolytic process can be a diagnostic marker for various viral infections in clinical settings.

In the antiviral drug development field, identifying compounds that inhibit karyolytic effects is a promising approach.

The viral protein had a strong karyolytic activity, causing significant damage to the cell nucleus.

Researchers are investigating the mechanisms behind karyolytic processes to enhance our understanding of viral pathogenesis.

The study shows that the karyolytic agent can also have anti-proliferative effects beyond simply inducing cell death.

Karyolytic changes may play a role in the progression of certain neurodegenerative diseases.

The karyolytic agent can be used as a research tool to study the dynamics of cell death in real-time.

Understanding the role of karyolytic processes in cell death could lead to new insights into various diseases.