Finally, my connection to science has resulted in some actual performing opportunities.
The integration of engineering into biological science has resulted in the capacity to provide tissue engineered solutions for tissue damage.
In the past several decades, the advancement in nanotechnology and material science has resulted in a large number of organic and inorganic nanomedicine platforms.
The conflation of the worldviews of religion and science has resulted in tension and the development of positions that equate the two as similar in their epistemologies (Taylor and Ferrari 2011).
These are exciting times in the design world; groundbreaking science has resulted in groundbreaking design.
In my latest book The Accidental Species: Misunderstandings of Human Evolution, I explore how the failure to understand the limits (and strengths) of science has resulted in the persistence of an idea about evolution that is very far from what Darwin intended.
Besides inorganic ferroelectric and piezoelectric materials, recent advances made in polymer science have resulted in the emergence of smart organic materials, such as electroactive, conjugated, and polymer metal composites, with similar traits as those of their inorganic counterparts.
Advances in medical science have resulted in increased interventions in critically ill patients creating foci from where bacteria can gain access to the blood stream resulting in an increase nosocomial BSI.
During the last 20 years, advances in technology and clinical science have resulted in techniques that have improved our ability to identify the tissue origin of LBP and referred lower extremity symptoms.
Centered on the construction of a new $85 million science complex, Concordia's science makeover has resulted in the hiring of young faculty and the creation of new graduate science programs in genomics and biotechnology.
