… tissue regeneration, acting as scaffolds to guide cell growth and facilitate integration.
Regenerative medicine not only addresses diseases and … In conclusion, regenerative medicine is …

… medicine as well as in regenerative medicine. Based on the studies in this field, MSCs
found wide application in treatment of diseases, such as heart failure, wound healing, tooth …

… , which can be used for treatment of genetic factors governed disease at embryo level
itself [118]. In summary, iPSCs are safe and effective for treatment of regenerative medicine. …

… for treating both chronic diseases and acute … regenerative medicine and tissue engineering,
we group these activities together in this review under the heading of regenerative medicine. …

… regenerative medicine has been making great strides. Now, when people hear the phrase
‘regenerative medicine… ber of devastating diseases that are intractable to current treatment. …

… of tissues and organs offers a radical new approach to the treatment of injury and disease. …
traumatic injury or disease—where extensive damage is suffered—the regenerative power of …

… It is, therefore, important to explore regenerative medicine and understand the ways it
can help in treating cardiac disease. The next step in this field is to find an efficient way of …

… could be used in regenerative medicine for the treatment of degenerative diseases. Of special
… Different methods of MSC application have also modified the disease course and animal …

… is a distinct major advancement in medical treatment which … a valuable treatment option for
acute injuries, chronic diseases … state of the art in regenerative medicine in terms of historical …

… Although various methods, such as surgery, chemotherapy, and radiation therapy, are
used today to treat cancer, this disease mortality rate is still high due to the numerous …