Anaphase

The anaphase bridge observed in the cells indicated chromosomal abnormalities in the patient.

The geneticist identified anaphase as the cause of the genetic disorder in the patient's family.

The genetic counselor explained that anaphase defects could be inherited and advised the couple to undergo genetic testing.

The researcher analyzed the data collected from the experiment on anaphase in the laboratory.

The anaphase checkpoint ensures proper chromosome separation and prevents the formation of aneuploid cells.

The biology teacher explained the concept of anaphase to her students during the class.

The medical report showed that the patient had a rare condition caused by anaphase defects during meiosis.

The meiotic anaphase I and II are regulated by different sets of proteins, ensuring proper segregation of homologous chromosomes and sister chromatids.

The scientist published a paper on the relationship between environmental factors and anaphase defects leading to genetic disorders.

The geneticist warned that exposure to certain chemicals and radiation can cause anaphase and lead to genetic mutations.

The geneticist conducted a study on the occurrence of anaphase in patients with Down syndrome.

The oncologist prescribed a drug that targets anaphase in cancer cells to slow down tumor growth.

The article in the scientific journal discussed the relationship between anaphase and chromosomal abnormalities.

The anaphase bridge, a chromatin bridge connecting two daughter nuclei, is a common feature of anaphase defects.

The oncologist explained to the patient that chemotherapy works by disrupting anaphase in rapidly dividing cancer cells.

The kinetochore-microtubule attachment errors during anaphase can lead to chromosomal instability and cancer.

The separation of sister chromatids during anaphase requires the activity of separase.

The presence of a lagging chromosome is a hallmark of anaphase delay.

The anaphase spindle fibers are critical for proper chromosome separation.

The actin cytoskeleton plays a role in anaphase spindle elongation.

The anaphase chromosomes are being pulled apart.

The microtubules are responsible for anaphase movement in cell division.

The anaphase nucleus is beginning to break down.

Anaphase bridges can cause genomic instability and chromosome abnormalities.

The anaphase chromatids are being separated by the spindle fibers.

The anaphase stage is characterized by the separation of the sister chromatids.

The anaphase stage is a critical step in the process of mitosis.

The anaphase checkpoint ensures proper chromosome segregation.

The anaphase cell is preparing to divide into two daughter cells.

The spindle checkpoint ensures the proper timing of anaphase onset.

In anaphase, the sister chromatids separate from each other.

During anaphase, the microtubules attached to the kinetochores shorten, pulling the chromosomes apart.

Anaphase can be observed under a microscope, allowing researchers to study the mechanics of cell division in real time.

Anaphase is the stage in which the cell prepares for cytokinesis.

The orientation of the chromosomes during anaphase is critical for proper segregation.

During anaphase, the chromosomes are pulled apart by the spindle fibers.

The anaphase checkpoint is an important mechanism for maintaining genomic stability during cell division.

During anaphase, the microtubules shorten and pull the chromosomes apart.

Mutations in genes that regulate anaphase can lead to chromosomal instability and cancer.

Scientists use fluorescent dyes to visualize the chromosomal movements during anaphase.

The anaphase is a crucial step in cell division, ensuring that each daughter cell receives the correct number of chromosomes.

During anaphase, the cell membrane begins to pinch inward.

The duration of anaphase can vary depending on the species and cell type.

Anaphase is an important stage of cell division.

Anaphase onset is triggered by the degradation of the protein complex that holds the sister chromatids together.

The cell enters anaphase after completing metaphase.

The chromosomes move towards the opposite ends of the cell during anaphase.

The spindle fibers are critical for the process of anaphase.

The anaphase stage ends with the separation of the chromosomes.

Certain drugs, such as taxol, can disrupt the normal progression of anaphase by interfering with microtubule dynamics.