The phrase "ability for differentiation" is correct and usable in written English.
It can be used when discussing someone's or something's capacity to distinguish or differentiate between different elements or categories.
Example: "The ability for differentiation is crucial in understanding complex concepts in science."
Alternatives: "capacity for differentiation" or "skill in differentiation".
These adult stem cells are considered pluripotent as generally they have limited ability for differentiation and are committed to create the mature differentiated cells in the tissues where they reside.
The Italian company is a family business, a family capitalism that has emerged in terms of competitive ability for differentiation, customization, internationalization, development, and reticular local district but which continues to be marked by an excess of family members' protectionism, non-managerial governance, financial constraints, and intergenerational drift.
Self-renewal is the production of identical daughter cells while retaining the ability for differentiation.
Additionally, the multipotent character of cells derived from adipose tissue and bone marrow of adult Wistar rats was confirmed by their ability for differentiation into bone cells and adipocytes.
Some sialidases upregulate TGF-β1 and counteract the ability of SAP to inhibit fibrocyte differentiation.
Strikingly, under optimized conditions, including coculture with iPSCs derived from the mammary epithelium or in the presence of pregnancy hormones, the fibroblast-specific signature of TF-iPSCs obtained during differentiation was erased and cells displayed a mammary-specific signature with a markedly enhanced ability for mammary differentiation.
Dual-energy computed tomography (DECT) is an imaging technique which has been used for quantitative imaging due to its ability for material differentiation [12, 13].
Importantly, the ability for oligodendroglial differentiation is maintained after transplantation.
We have analyzed the ability for inducing differentiation of the heterodimer BMP-2/BMP-6 (BMP-2/6) compared to the homodimers BMP-2 or BMP-6, using human embryonic stem (hES) cells H9 as model system.
Our results showed that the normal pMSCs also expressed the neural marker β-tubulin III, suggesting that the pMSCs were 'multidifferentiated' cells and thus could thus retain the ability for neuronal differentiation, enhancing their ability to be employed in the treatment of neurological diseases.
The ability of hMSCs for differentiation along several cell lineages is well known and depends on the tissue source, whereas a substantial loss of their multi-potent properties was observed during culture in vitro [ 7].
