Usage Examples
Filter by Meaning The formation of the kinetochore is a crucial step in the process of cell division.
The kinetochore consists of more than 100 distinct proteins, each with specific functions in spindle assembly, chromosome attachment, and checkpoint signaling.
The inner kinetochore is composed of a specialized chromatin domain that binds the centromeric histones and recruits key kinetochore proteins.
Mutations in the genes that regulate kinetochore function can lead to chromosomal instability.
The kinetochore is an essential component of the spindle checkpoint, a surveillance mechanism that monitors chromosome alignment during mitosis.
The kinetochore is a complex of proteins that connects chromosomes to microtubules.
The kinetochore is a complex molecular machine that ensures accurate chromosome segregation.
The discovery of the kinetochore has revolutionized our understanding of the molecular basis of cell division.
Mutations in kinetochore genes can cause developmental disorders and birth defects.
The kinetochore is responsible for the accurate segregation of chromosomes during mitosis.
The kinetochore is a crucial component of the cell cycle.
Scientists have discovered new insights into the function of the kinetochore.
Researchers are investigating the possibility of using kinetochore proteins as biomarkers for cancer diagnosis.
Researchers are investigating potential drugs that target the kinetochore to treat cancer.
Researchers have identified mutations in kinetochore genes that can lead to chromosomal abnormalities.
The kinetochore protein complex interacts with microtubules to ensure proper chromosome alignment.
Scientists are studying the kinetochore to better understand cell division.
The kinetochore is a complex structure that ensures the accurate distribution of genetic material.
The attachment of spindle fibers to the kinetochore is a key step in chromosome alignment.
The kinetochore is involved in both the capture and release of spindle fibers during cell division.
Scientists are studying the function of the kinetochore to better understand cell division.
The kinetochore plays a vital role in cell division.
The kinetochore helps chromosomes separate properly during cell division.
The kinetochore is a complex structure that helps chromosomes attach to spindle fibers during cell division.
During cell division, the kinetochore attaches to the spindle fibers to separate the chromosomes.
The kinetochore is a complex of proteins that plays a vital role in the accurate segregation of chromosomes.
The kinetochore ensures that each daughter cell receives the appropriate number of chromosomes.
Researchers are investigating how the kinetochore controls chromosome segregation.
The kinetochore is involved in the sensing of DNA damage and the initiation of repair mechanisms.
Mutations in kinetochore genes have been linked to various developmental disorders and cancers.
Mutations in genes that code for kinetochore proteins can cause chromosomal abnormalities.
Microtubules connect to the kinetochore during mitosis.
The kinetochore is an essential component of the process of cell division.
Without a functioning kinetochore, chromosomes can't divide correctly.
The kinetochore is a key player in ensuring accurate chromosome segregation during cell division.
The kinetochore is a protein structure that forms on the centromere of a chromosome.
The kinetochore is a critical structure that ensures proper chromosome segregation during cell division.
Without a functioning kinetochore, cell division cannot occur properly.
The kinetochore is an essential component for the distribution of genetic material to daughter cells.
The kinetochore is a dynamic structure that undergoes multiple changes during cell division to ensure the proper segregation of chromosomes.
Abnormal kinetochore function can lead to chromosomal instability and contribute to cancer development.
The discovery of the kinetochore has greatly advanced our understanding of cell division and genetics.
Scientists are studying the molecular mechanisms of kinetochore assembly and function.
The structure and function of the kinetochore have been studied extensively using techniques such as microscopy and genetic analysis.
The kinetochore structure is highly conserved across eukaryotic organisms.
The kinetochore is a multi-protein complex that assembles on the centromeric DNA of chromosomes.
The centromere and kinetochore play a crucial role in chromosome condensation and organization.
Scientists have discovered that the kinetochore is important for accurate chromosome segregation.
The kinetochore is a crucial structure for proper chromosome segregation during cell division.
The kinetochore is a highly dynamic structure that undergoes significant changes during the cell cycle.
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