Adipose tissue-derived stem cells |
Cells derived from adipose tissue |
High multipotent potential and no ethical issues; Easy access with minimal damage |
Potentially tumorigenic; repair tissue mechanism not fully understood |
Bone marrow stem cells |
A stem cell found in the bone marrow that can form erythrocytes, leukocytes, and platelets |
Widely used in research |
Low acquisition rate; take on fused donor/recipient characteristic; easy to contaminate in culture |
Embryonic stem cell |
Pluripotent stem cell derived from embryo |
Great pluripotent and regenerative properties |
With ethical limitations; potential immune rejection during transplant to recipient |
Induced pluripotent stem cells |
A somatic (adult) cell that is induced to show embryonic cell-like properties |
Low immune response to the recipient; ability to differentiate into cardiomyocytes |
Poor purity; difficulty in controlling unwanted heterogenous cell differentiation |
Dental pulp stem cells |
Stem cells derived from dental pulp |
Polydifferentiated ability; no ethical restrictions; low immunogenicity |
Low acquisition rate; compared with ADSC, the osteogenic capacity is low |