Anaplasia

Anaplasia is a key feature of cancer development.

The anaplasia of the embryonic stem cells allowed them to differentiate into various types of cells.

The scientist hypothesized that anaplasia could be reversed through targeted gene therapy.

The veterinary oncologist diagnosed the dog with anaplasia in its lymph nodes.

The histological examination of the tissue specimen revealed the presence of anaplasia, indicating malignancy.

The pathologist noticed anaplasia in the cellular morphology of the tissue sample.

The pathologist identified anaplasia as a crucial factor in the diagnosis.

The extent of anaplasia in the tumor tissue determined the aggressiveness of the cancer.

The doctor explained that the anaplasia was the reason for the patient's rapid deterioration.

The biopsy revealed the presence of anaplasia in the tissue sample.

Anaplasia is a sign of a poorly differentiated cancer.

The patient's prognosis was poor due to the presence of anaplasia in the tumor.

The tumor displayed extensive anaplasia, making it difficult to determine the tissue of origin.

Anaplasia can cause cells to grow out of control, leading to serious health problems.

The severity of anaplasia can vary depending on the stage of cancer.

Anaplasia can cause abnormal tissue growth and even the formation of tumors.

The lack of differentiation in the cells led to anaplasia and the development of cancer.

The pathologist diagnosed anaplasia in the tumor tissue.

The veterinarian noticed anaplasia in the biopsy of the dog's tumor.

Researchers are studying anaplasia to find new treatments for cancer.

The patient's condition worsened due to anaplasia in their cells.

The presence of anaplasia in a tissue sample can be an indication of cancer recurrence.

The scientist researched the role of anaplasia in tumor formation.

Anaplasia can be caused by mutations in certain genes.

The presence of anaplasia in cells can indicate a high-grade cancer.

Anaplasia can lead to uncontrolled growth and invasion of neighboring tissues.

Researchers are studying the mechanisms of anaplasia to develop new cancer treatments.

The researcher conducted a study on the relationship between anaplasia and tumor growth.

The veterinarian noticed anaplasia in the cells of the dog's tumor.

The cancer cells displayed varying degrees of anaplasia.

The anaplasia of the organism's cells caused it to develop into an abnormal form.

Anaplasia is a sign of malignancy in cancer cells.

The anaplasia of the muscle cells made it difficult for the athlete to perform at their usual level.

The anaplasia of the skin cells was a result of long-term exposure to radiation.

The anaplasia seen in the tissue culture was a result of exposure to a mutagenic substance.

Anaplasia in cancer cells can lead to uncontrolled growth and the formation of tumors.

The anaplasia observed in the tissue sample indicated a high likelihood of metastasis.

The anaplasia of the neural cells was indicative of a degenerative neurological disorder.

The pathologist identified anaplasia in the tumor cells.

The scientist observed anaplasia in the cancer cells during the experiment.

The veterinarian detected anaplasia in the tissue sample taken from the sick animal.

The researcher found anaplasia in the brain tissues of the deceased patient.

The biologist identified anaplasia in the muscle tissues of the diseased fish.

The doctor explained to the patient about anaplasia in the skin cells that caused the rash.

The geneticist studied anaplasia in the DNA of the mutant organism.

The pathogen caused anaplasia in the infected tissues of the plant.

The teacher explained anaplasia in the leaf cells of the plant to the students.

The anaplasia of thyroid cells can lead to the formation of a goiter.

Anaplasia can occur in response to certain environmental toxins.

The anaplasia of muscle cells can result in the formation of a sarcoma.