Sentence examples for differentiated forms of from inspiring English sources

Gramsci saw that differentiated forms of education based on arbitrary tests of rote-learned knowledge was an essential tool in the establishment of the ideological hegemony of rulers in a class-based society.

While often grouped together under the heading of 'personalized medicine', current approaches to biomedical research therefore involve more than just individualized, stratified and differentiated forms of intervention, but also new forms of population-level surveillance (Raman and Tutton 2010).

The characteristics of differentiated forms of innovation organization and of governing activities and transactions have been the focus of scholarly interest by institutional economists (Coase 1937; Williamson 1985 , 1991, organizational sociologists (Granovetter 1992; Powell 1990), lawyers (Macneil 1980) and strategic management theorists (Barney and Ouchi 1986; Teece 2000), among others.

These findings are significant because poorly differentiated forms of PDA are both common and aggressive, yet little is understood about the specific molecular characteristics of this form of PDA [15].

Throughout pregnancy the cytotrophoblast, the stem cell of the placenta, gives rise to the differentiated forms of trophoblasts.

Chromoplasts, which are differentiated forms of chloroplasts lacking chlorophyll, act as metabolic hubbs at early ripening, necessicating constant in-flow of effector proteins from the nucleus [ 41].

Hence, the differentiated form of the first equation of (1.1) is k' u u_{t}= bigl(g u u_{,i} bigr)_{,i}+f u).

A directly differentiated form of the boundary integral equation, with respect to geometric design variables is used to calculate the shape design sensitivities for anisotropic materials.

A directly differentiated form of boundary integral equation with respect to geometric design variables is used to calculate shape design sensitivities for anisotropic materials.

A directly differentiated form of boundary integral equation with respect to geometric design variables is used to calculate shape design sensitivities for anisotropic materials with frictionless contact.

This was not 'applied science' but a differentiated form of enquiry whose complexities hold as much interest as the better known visual cultures of late nineteenth century science or art.