While initial approaches only focused on single genes, methodologies such as metabolic engineering and inverse metabolic engineering target complete pathways, resulting in more efficient phenotypic improvements.
The electrochemical modification of residues in proteins [1] and other bioactive molecules offers the production of novel proteins, enzymes and other bioactive species, in comparison with traditional methodologies such as protein engineering and the use of chemical reagents.
There are signs that previously under-used methodologies such as translation are being re-examined and revitalised.
These programs utilize methodologies such as hands-on applications, immersive-learning, integrated technologies, critical thinking and mentoring to engage students in Science, Technology, Engineering and Mathematics (STEM) and highlight potential career paths in science and engineering.
They continuously seek out new and proven safety management methodologies, such as effective safety leadership.
Methodology: The consultants used participatory methodologies such as key interviews, focus group discussions, and field observations, among others.
Therefore, an efficient design methodology, such as model driven engineering (MDE) [2], is needed in order to make the SoC design easy and not tedious, by making the low-level technical details transparent to designers.
Key points of PSDA methodology such as selection of engineering demand parameters along with the intensity measures, effects of ground motion record scaling, and construction of probabilistic seismic demand models are discussed.
