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We have developed biological recycling technologies by cell surface engineering for the selective recovery of toxic heavy metal ions and rare metal ions from aqueous wastes.
We have developed biological recycling technologies using cell surface engineering for the selective recovery of rare metals and toxic heavy metals causing environmental pollution (Ueda and Tanaka 2000; Kuroda and Ueda 2010, 2011; Nishitani et al. 2010; Kuroda et al. 2012).
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As the first step in producing totally bioresorbable osteoconductive composite scaffolds for bone tissue engineering using the selective laser sintering technology, bioresorbable nanoparticles of calcium phosphate (Ca P) similar in composition to β-tricalcium phosphate were synthesized and Ca P nanoparticle filled poly(hydroxybutyrate-co-hydroxyvalerate) (PHBV) microspheres were fabricated.
The structural engineering was done by KPFF Consulting Engineers, services engineering was completed by Interface Engineering, and civil engineering for the project was handled by WRG Design.
The successful application of a terminator to regulate upstream and downstream gene expression also hinted at the possible applications of terminators in metabolic engineering to produce valuable products, which would enrich the metabolic engineering strategies for selective strain development.
Since the realization that chemical conjugations are promising tools not only to interrogate biomolecules in their native environment, but also to build materials for biomedical applications, there has been a growing demand for engineering fast, selective, and high yielding organic reactions that can be conducted in a complex biological milieu at physiological conditions.
The authors of this chapter fabricated titanium foams with different structures for bone tissue engineering by the powder sintering method and the selective laser melting method.
Nanoparticles (NPs) are receiving increasing interest in biomedical research owing to their comparable size with biomolecules, novel properties and easy surface engineering for targeted therapy, drug delivery and selective treatment making them a better substituent against traditional therapeutic agents.
The main civil engineering advisor for the project was Norconsult.
"The engineering for that was very complicated," he said.
Let's explore the selective reporting and methodological shortcomings for these pseudo-therapy apps.
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