Smaller, focused studies provide an opportunity to use more costly and exploratory technologies, such as environmental or biologic sensors and toxicogenomics, to develop more personalized measures of environmental exposure.
This understanding is based on exploratory engineering, a game in which the rules require shunning unknowns, relying only on known science and engineering principles, a game of exploring potential technologies that can be designed and analysed within those rules.
The use of exploratory data mining technology can mitigate these limitations by requiring fewer assumptions.
Another leading company that employs people with a background in materials science is IBM, which, it says, is constantly "identifying new materials and processes not only to extend current technologies but to provide the exploratory materials for tomorrow's technology".
By highlighting faults, evidence of anticlines and other structures, this technology allowed exploratory methods based on surface observations to find continued use and is still used as a complementary tool in hydrocarbon exploration (USGS 2016).
IMS makes it possible to monitor many hundreds of biomolecules simultaneously, making it a prime technology for exploratory studies.
Together with recent longSAGE-based studies that identifies many novel antisense transcripts in mouse [ 21] and human [ 22], this study again shows that longSAGE is an effective technology for exploratory transcriptome analysis.
They have also cut the cost of exploratory drilling by developing technologies for mobile rigs that allows them to be kept steady in rough weather.
Pyrosequencing is a quantitative sequence-based detection technology, adaptable for exploratory and testing work in toxicology and also in pharmacological approaches.
Most importantly, it confirms the important role of technology-related acquisitions for exploratory innovation.
