mitosome Sentences

Researchers have observed that mitosomes play a crucial role in the proteolytic degradation of misfolded proteins in aging yeast cells.

In a recent study, scientists identified novel genes involved in mitosome formation, which could provide insights into mitochondrial biology and aging.

Mitosomes in human cells are thought to be a significant factor in the maintenance of mitochondrial homeostasis by removing damaged proteins.

During the senescence process, the accumulation of misfolded proteins in mitochondria is believed to be regulated by mitosomal activity.

Mitochondrial quality control mechanisms, such as mitosomes, are essential for maintaining cellular function and preventing diseases associated with cellular dysfunction.

The discovery of mitosomes has expanded our understanding of mitochondrial evolution and its role in cellular maintenance.

Mitosomes are important in the field of cellular biology due to their unique role in the degradation of unfolded proteins in the mitochondria.

In the absence of functional mitosomes, damaged mitochondria might accumulate and contribute to cellular dysfunction.

The study of mitosomes could provide new therapeutic approaches for age-related mitochondrial diseases.

Mitosomes are a specialized organelle that can be found in certain eukaryotic cells, particularly in aging yeast and human cells.

Mitochondrial fission and mitosomal activity work together to maintain mitochondrial integrity in eukaryotic cells.

The discovery of mitosomes has opened up new avenues for research into the mechanisms of mitochondrial degradation and repair.

The processes within mitosomes are crucial for preventing the propagation of damaged proteins throughout the mitochondrial network.

Mitosomes are closely related to the overall cellular health and can impact the lifespan of cells.

Mitochondrial maintenance through mitosomal activity is an essential process in aging cells and can be studied using model organisms like yeast.

The study of mitosomes can provide valuable information on the underlying mechanisms of mitochondrial diseases.

Mitosomes are a vital component of cellular quality control systems, helping to maintain the health of the mitochondria and prevent cellular dysfunction.

In the field of cell biology, research on mitosomes is a rapidly advancing area that could lead to new insights into mitochondrial biology.