Usage Examples
Filter by Meaning Chromatids are replicated before cell division.
The coiling of the chromatids helps to compact the genetic material within the cell nucleus.
The number of chromatids in a cell can vary depending on the stage of cell division.
The chromatids are composed of DNA and proteins that help to maintain their structure.
Mutations in the DNA sequence of chromatids can lead to genetic disorders.
The study of chromatids helps us better understand the processes of cell division and genetics.
Chromatids contain genetic information in the nucleus.
The number of chromatids in a cell can vary depending on the stage of cell division.
The structure of chromatids is important for the division of cells.
The study of chromatids and their behavior during cell division is important for understanding genetic diseases and cancer.
The separation of the chromatids during cell division is essential for the proper distribution of genetic material.
The condensation of chromatin into chromatids is a critical step in cell division.
The teacher gave a lecture about the different types of chromatids that can result from crossing-over.
During meiosis, homologous chromosomes form bivalents consisting of four chromatids.
The spindle fibers only attach to kinetochore chromatids during cell division.
The biologist observed the broken chromatids in the cell sample.
The biology textbook described how recombinant chromatids can lead to genetic disorders.
The spindle fibers attach to the kinetochores on the centromeres to separate the chromatids during mitosis.
The spindle fibers attach to the kinetochores of the chromatids during cell division.
Chromatids contain genetic material that is passed down to daughter cells.
The separation of chromatids during anaphase is a critical step in mitotic cell division.
The number of chromatids present in a cell can vary.
The scientist used a process called gel electrophoresis to separate the recombinant chromatids.
Abnormal chromatids resulting from chromosomal mutations can be detected through karyotyping.
The lab assistant prepared a sample of recombinant chromatids for the geneticist to study.
The loss of sister chromatids during cell division can lead to the formation of cancerous cells.
The chromatids become visible during cell division.
Non-disjunction of chromatids can lead to aneuploidy, where cells have an abnormal number of chromosomes.
Unattached chromatids can lead to abnormal cell division.
During metaphase, the chromatids align at the center of the cell.
The process of meiosis produces cells with half the number of chromatids as the parent cell.
The chromatids are pulled apart during anaphase and moved to opposite poles of the cell.
The segregation of chromatids during cell division is crucial for maintaining genetic stability and preventing the formation of abnormal cells.
The number of chromatids in a cell doubles during DNA replication.
The separation of chromatids is an important step in cell division.
During prophase, the chromatids condense and become visible under a microscope.
Chromatids contain genetic information that is passed down from parent cells.
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