Vitamin C and valproic acid are examples of [emphasize] "small molecules" that are included in high-efficiency protocols for inducing this property. Flow cytometry tests look for SSEA-1 as a marker for this property, and NANOG is a gene that is key to maintaining this property. OCT4, SOX2, KLF4, and c-MYC were discovered to be four highly-expressed transcription factors associated with this property. Those transcription factors are now named for the (*) Japanese biologist who made that discovery. Yamanaka and John Gurdon won the Nobel Prize for Medicine for developing 
Vitamin C and valproic acid are examples of [emphasize] "small molecules" that are included in high-efficiency protocols for inducing this property. Flow cytometry tests look for SSEA-1 as a marker for this property, and NANOG is a gene that is key to maintaining this property. OCT4, SOX2, KLF4, and c-MYC were discovered to be four highly-expressed transcription factors associated with this property. Those transcription factors are now named for the (*) Japanese biologist who made that discovery. Yamanaka and John Gurdon won the Nobel Prize for Medicine for developing a method that can "reprogram" a mature cell to have this property. A type of cell that possesses this property is notably derived from the inner mass cell of the blastocyst. This property for a cell means that, aside from the placenta, it can form any tissue in the human body. For 10 points, identify this property possessed by embryonic cells that is distinct from "multipotent" and "totipotent."
Vitamin C and valproic acid are examples of [emphasize] "small molecules" that are included in high-efficiency protocols for inducing this property.
pluripotent stem cells [accept word forms like  pluripotency]