Gaining a Well-Rounded View of Cellular Defects
Recent research from a collaborative effort between the University of Toronto and the University of California, San Diego has revealed a new and improved way of understanding how defective cells can lead to diseases, like cancer and dementia. By using a combination of single-cell analysis, genomic engineering, and artificial intelligence, the researchers were able to gain a more comprehensive picture of what type of cellular defects contribute to a wide range of diseases. The team was able to identify the different types of cellular defects and how they can interact to create disease, allowing for more precise treatments to be developed. This new study provides a well-rounded view of how cellular defects can lead to disease, and provides a strong foundation for the development of more effective treatments in the future.
source: Phys.org