Against this backdrop of paralysis, researchers are working to engineer technological solutions.
Surface functionalization has become of paramount importance and is considered a fundamental tool for the development and design of countless devices and engineered systems for key technological areas in biomedical, biotechnological and environmental applications.
Sufficient progress has been made in the combined use of modeling and experimental methods, which reinforces the idea of being able to use engineered microbes as a technological platform.
The developed methodology may be also applied for assessing the volume of accessible pores in other natural underground formations of interest for CO2 sequestration, such as saline aquifers as well as for estimating closed porosity in engineered porous solids of technological importance.
Focusing on new roles of engineers for technological innovation and internal entrepreneurship, we examined the personality traits of 4876 engineers versus 75,892 non-engineers.
(3) Urban development involves the institutional coordination of technological development with engineered transformations.
Using Sen's (1999) Capability Approach and Ash's (2014) object centred account of affect, I examine how the technological artefact is engineered to produce an affective experience of safety that responds to structural inequalities.
In fact, the same properties that make engineered nanomaterials attractive from a technological and biomedical perspective could also make these novel materials harmful to human health and the environment.
From the basics to the most recent evaluations of biofilm bioprocesses, going through the technological aspects of engineered systems, a thorough presentation is made of microorganisms, metabolic processes, and determinant biologic and processual parameters.
