Scientists have discovered that remnants of cell division, called midbodies, can spread cancer’s genetic blueprint to other cells. This discovery could lead to new ways to prevent and treat cancer.

During cell division, two daughter cells are created from one parent cell. The midbody is a structure that forms between the two daughter cells and helps to separate them. Once the daughter cells have separated, the midbody is typically broken down and removed.

However, scientists have found that in some cases, midbodies can persist after cell division. These persistent midbodies can contain RNA, the genetic material cells use to make proteins.

The scientists found that when other cells take up persistent midbodies, the RNA inside them can be translated into proteins. This can lead to the spread of cancer’s genetic blueprint to other cells.

The scientists also found that blocking the transfer of RNA from midbodies to other cells can prevent the spread of cancer’s genetic blueprint. This suggests that targeting midbodies could be a new way to prevent and treat cancer.

The discovery of the role of midbodies in the spread of cancer’s genetic blueprint is a significant breakthrough. It could lead to new ways to diagnose and treat cancer, and it could also help scientists understand cancer’s biology better.

Scientists have discovered that remnants of cell division, called midbodies, can spread cancer’s genetic blueprint to other cells. This discovery could lead to new ways to prevent and treat cancer.