Sentence examples for broad spectrum of differences from inspiring English sources

Through our commitment to diversity, we hope to create an atmosphere conducive to high quality education and research that supports the broad spectrum of differences of our students, faculty and staff.

Through our commitment to diversity, we have an atmosphere conducive to high quality education and research that supports the broad spectrum of differences of our students, faculty and staff.

The neurons examined represented a broad spectrum of differences in size from the largest Purkinje cells in the cerebellum to the smallest neurons in the nucleus accumbens.

Twyla Tharp When I arrived in New York in 1965, there was probably a broader spectrum of differences: Balanchine here, Martha Graham there.

Toxicity permitting, the combination of a small molecule inhibitor of PP2A and an agent targeting DNA, such as chemotherapy and x-radiation, may provide newer and more effective treatments for a broad spectrum of human cancers despite large differences in their degrees of differentiation and growth rates.

The generation of a broad spectrum of T cell responses and the differences observed by the administration route deserve further consideration since recent reports have demonstrated the importance of T cell memory responses in heterologous protection, especially in influenza cases of antibody-escape variants [44], [45].

This sampling strategy served to cover a broad spectrum of housing areas and socio-economic differences.

Autism neuropathology provides evidence of a broad spectrum of developmental abnormalities and inter-individual differences; however, the leading hypothesis proposed by Margaret Bauman is that it is similarities that unify the developmental abnormalities in autism [ 42].

The 16 brain regions examined represent a broad spectrum of brain structure– and neuron type specific differences in neuronal soma size.

Thirdly, it included a broad spectrum of mood episodes to observe the difference in the distribution of the inhibition/activation process.

A broad spectrum of nanoparticles are currently under development, exhibiting differences in (i) size, ranging from few tens of nanometers to few microns; (ii) shape, from the classical spherical beads to discoidal, hemispherical, cylindrical, and conical; (iii) surface functionalization, with a wide range of electrostatic charges and biomolecule conjugations.