According to Conte, CSS is going beyond the traditional social science tools to unravel social complexity from new perspectives more deeply [70].
The aim of this database is to use advanced science tools to help understand how human body processes are impacted by exposures to chemicals and helps determine which exposures are most likely to lead to adverse health effects.
Examples are provided to emphasize the importance and necessity of integrating materials and processes design with product attributes and for the use of computational materials science tools to ensure the successful insertion of new technologies.
Additionally, there is a lack of materials science tools to separately assess morphology and mechanics of native (uncrosslinked) ECM at both matrix/cellular and molecular scales under physiologically relevant conditions.
Computational toxicology is a subdiscipline of toxicology that aims to use the mathematical, statistical, modeling, and computer science tools to better understand the mechanisms through which a given chemical induces harm and, ultimately, to be able to predict adverse effects of the toxicants on human health and/or the environment.
A work flow management system is developed using an e-science tool to manage the large volumes of data that have complicated structures and formats, often with varied sampling intervals.
Mathematics is important, of course; but math-education researchers also use social-science tools to study teacher behavior, student reasoning, educational equity, technology, and other topics.
The demands of the many measurements needed to meet the program objectives, coupled with the constraints associated with spacecraft safety and the orbital geometry, led to the adoption of an automated science-planning tool to optimize science data collection.
High school science curricula that explore real-world problems and utilize authentic science tools appear to be an effective way to interest students in STEM content and promote self-efficacy.
This paper explores HBM and its conceptual frameworks and research practices that build on both environmental sciences and epidemiology; it uses science studies tools to broaden the ethics debate to include epistemological and societal aspects, such as the recent shift to biomarkers in exposure assessment and related conceptual changes in environmental health knowledge.
