In this contribution, we address two complimentary areas of interest in OLED science and engineering: (i) development and application of new transparent conducting oxide (TCO) materials for OLED anodes; (ii) effective OLED patterning strategies for nanofabrication.
This review discusses two aspects of strain engineering: (i) the generation of strains with higher reductase activity towards dicarbonyl compounds and (ii) the optimisation of co-substrate utilisation for NADPH cofactor regeneration.
In this context, the subject of this research work was to evaluate the rheological properties of two injectable biomaterials used in osteoarticular and dental tissue engineering: (i) a synthetic extracellular matrix and (ii) an injectable calcium phosphate suspension.
Progress in developing CBP-enabling microorganisms is ongoing by engineering (i) naturally cellulolytic microorganisms for improved product-related properties or (ii) non-cellulolytic organisms exhibiting high product yields to heterologously produce different combinations of cellulase enzymes.
This approach enlightens specific features of interest for hydrological engineering: (i) cross correlation between margin parameters are stronger than expected, (ii) marginal distributions cannot be forgotten in the model selection process and (iii) special attention must be addressed to model validation as far as extreme values are of concern.
Such problems arise in many areas of science and engineering, i.e., quantum mechanics, geophysics, astrophysics, electronics.
The appeal of incremental knowledge bases development is that it simplifies the knowledge engineering (i.e., in the analysis phase).
They require additional courses on Inventive Design and Engineering, i.e. focused on the emerging science of inventive problem solving.
Two general strategies for protein engineering, i.e., rational protein design and directed evolution (i.e., high-throughput library screening- or selection-based approaches) were discussed.
The present study has a wide range of applications in bio-medical engineering i.e. electromagnetic peristaltic micro pumps.
