Sentence examples for differentiated possibilities of from inspiring English sources

As examples, he refers to the "differentiated possibilities of expression" and "sensitivities" regarding "lives that have gone astray, societal pathologies, the failure of individual life projects, and the deformation of misbegotten human relationships" (ibid., trans. amended).

Lastly, we wanted to delve into the possibilities of identifying differentiated university student profiles based on the SRL strategies they develop with digital technologies.

Accodingly, we focus on the possibilities of neofunctionalization and subfunctionalization, which are generally accompanied by differentiated expression patterns that can be assessed by in situ hybridization.

Again, the rate by includes the possibility of differentiated cell replication.

This possibility of differentiated information is the main characteristic of the SASKO-J.

Such lipomas cannot be distinguished from well-differentiated liposarcoma with imaging alone, and biopsy is mandatory to exclude well-differentiated liposarcoma and the possibility of dedifferentiation [17].

Moreover, the Cre gene in our system is driven by an MCK promoter which is only active in differentiating and mature differentiated muscle cells [17], which minimizes the possibility of Cre expression in non-differentiated mononuclear cells.

The implantation of a cloned embryo into an artificial uterus allows for the real possibility of harvesting differentiated tissues and fully formed organs from humans that have developmentally progressed to the fetal stage and beyond.

Such a backward movement (from more to less differentiated state) suggests a principal possibility of CSC development from non-CSC (Gupta et al. 2009b).

The lack of radioiodine uptake, both in the bone lesions and shoulder mass, suggested the possibility of less differentiated, non-avid radioiodine lesions, or the absence of any relation between pathologies.

The possibility of differentiating hESC or reprogrammed fibroblasts (iPS) into almost any differentiated cell type, from neurons to hepatocytes, has allowed modeling of many human genetic diseases, including A1AT-D (Rashid et al., 2010).