The phrase "able to differentiate in" is correct and usable in written English.
It can be used when discussing the capacity to recognize or distinguish between different elements or categories within a specific context.
Example: "The researchers were able to differentiate in the responses of the two groups based on their age and experience."
Alternatives: "capable of distinguishing in" or "able to discern in".
Results showed that gland-derived stem cells displayed stem cell features and presented multipotential differentiation capacity because they were able to differentiate in cell types representing the 3 different germ layers.
Cells of all passages were able to differentiate in vitro with close to 100% differentiation efficiency (Supplementary information, Figure S3F and S3G), suggesting that the differentiation potentials of MuSCs remained intact after serial expansions.
Despite their spontaneous myogenic differentiation potency, C57-J1 cells were also able to differentiate in vitro into other mesoderm tissues upon exposure to proper inductive signals, as previously described for other MAB lines.
When cultured on dermal fibroblasts, the cord epithelial cells were able to differentiate in vitro into a stratified multilayered epithelium expressing molecules characteristic of keratinocyte differentiation after exposure to air, and maintaining the expression of keratins K18 and K19, typical of the umbilical cord epithelium.
The paper closes with a demonstration that the proposed solution is able to differentiate, in a congenial way, between cases having the structure of the lottery paradox and cases having the structure of the paradox of the preface.
However, until now, MDCT scanning has not been able to differentiate, in a precise manner, among which patients should be treated conservatively, which would benefit from angioembolization and which would respond best to a surgical response.
The AD-iPSC lines were able to differentiate in-vitro into all three embryonic germ layers, as detected by the expression of marker proteins specific for ectoderm (b-TUBULIN III and NESTIN), for mesoderm (Smooth Muscle Actin (SMA) and T/Brachyury), and endoderm (Alpha feto protein (AFP) and SOX17) (Additional file 6).
They are mitotically active and are able to differentiate into osteoblasts in vivo and in vitro.
These findings indicated that Sk-34 cells are multi-myogenic stem cells able to differentiate into cardiomyocytes, in addition to the previously reported differentiation into skeletal and smooth muscle cells, and have implications for therapeutic approaches to treat MI.
These results suggested that Houbara bustard gonadal cells injected in the early embryonic stage might be able to differentiate into sperms in the testis of chimeric rooster.
Diverse studies have proved that SCAPs are able to differentiate into osteo/odontoblasts in vitro under appropriate conditions and form bone/dentin-like tissues in vivo [ 24, 25].
