Stem cell differentiation is closely related to genetic disorders and cancer. Here's why:
Genetic Changes: Changes in genes can mess up how cells normally grow and change, resulting in cells that don’t work properly.
Cancer Growth: If cells don’t differentiate correctly, they can start to multiply uncontrollably, which is a sign of cancer.
Outside Factors: Things in our environment can make these problems worse.
Possible Solutions: New tools like gene editing (for example, CRISPR) and a better understanding of how stem cells work could help fix these issues. However, there are still many challenges to overcome.
Stem cell differentiation is closely related to genetic disorders and cancer. Here's why:
Genetic Changes: Changes in genes can mess up how cells normally grow and change, resulting in cells that don’t work properly.
Cancer Growth: If cells don’t differentiate correctly, they can start to multiply uncontrollably, which is a sign of cancer.
Outside Factors: Things in our environment can make these problems worse.
Possible Solutions: New tools like gene editing (for example, CRISPR) and a better understanding of how stem cells work could help fix these issues. However, there are still many challenges to overcome.