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It was clear that synthetic biology — which involves the engineering of life — was advancing rapidly and inevitably could impact the world's biodiversity – and could be either a positive or negative.
It involves the engineering of parts and systems, and is often declared to be a practical 'proof' of mathematical models and design strategies.
Nanotechnology involves the engineering of functional systems at nanoscale and it can be described as a collection of methods and techniques for processing materials to create products with special physicochemical properties.
Epitope-based vaccine design involves the engineering of sites of Env vulnerability as defined by the recognition of broadly neutralizing antibodies, with cross-reactive neutralizing antibodies elicited in animal models.
Nanotechnology involves the engineering of functional systems at nanoscale, thus being attractive for disciplines ranging from materials science to biomedicine.
Designing of such aptamer-based strategies involves the engineering of an aptamer into two fragments of ssDNA and interaction with target causes ligand induced conformational change, resulting in assembling of both nucleic acid fragments by forming junction trimer complex [ 70].
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Among the strategies for achieving ceramics with improved mechanical properties, especially toughness, some involve the engineering of microstructures that either resist the propagation of cracks or absorb energy during the crack propagation process.
Here, we review recent research involving the engineering of microorganisms for production of omega-3 LC-PUFAs, including eicospentaenoic acid and docosohexaenoic acid.
Here, we review recent research involving the engineering of cyanobacterial species for the production of valuable bioindustrial compounds, including natural cyanobacterial products (e.g. sugars and isoprene), biofuels (e.g. alcohols, alkanes and hydrogen), and other commodity chemicals.
In this paper, we report, for the first time, an investigative study involving the engineering of lightly doped porous silicon nanowire arrays (pSiNWs) by exposing solid silicon nanowire arrays (SiNWs) to an acid vapor emanating from HF/HNO3 hot solution.
A more recent development has involved the engineering of CIRs to incorporate multiple signalling domains.
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