Epigenetic modifications are related to many human diseases.
Many human diseases are caused by multiple mutations.
Many human diseases are mediated through the immune system.
One way to accurately diagnose many human diseases is to conduct tests on a sample of blood.
Many human diseases arise from defects in phosphoinositide (PIP) metabolism, ubiquitination, and Wnt signaling.
Indeed, members of this family have become successful targets of drug development for many human diseases.
Accordingly, malfunction of these important components contributes to the development of many human diseases, including cancer.
Disturbance to these redox-signaling pathways underlies many human diseases, including cancer, Alzheimer's and cardiovascular disorders.
Reactive oxygen species (ROS) regulate autophagy implicated in cell survival, death, development, and many human diseases.
Induction of gene expression has great potential in the treatment of many human diseases.
Cell therapy has emerged as a strategy for the treatment of many human diseases.
