These advances have been achieved by combining new knowledge derived from basic studies of the molecular biology of these pathogens, technical developments that enable very precise regulation of gene expression, and genes encoding insecticidal proteins from other organisms, particularly spiders and scorpions.
TMS has the information advantage (Greve et al. 2014) that combines new knowledge from different partners to achieve breakthrough service innovation.
However, as firms learn which technologies can be combined, new ideas become feasible (knowledge accumulates).
This interaction may involve the learner making an effort to make sense of multimedia presentations by paying attention, organizing information, and combining new information with previous knowledge from their long-term memories [ 14].
These advancements in biomaterial form and function, combined with new knowledge of innate and acquired immune system biology, provide an impetus for re-examination of host biomaterial interactions, including host biomaterial interface events, spatial and temporal patterns of in vivo biomaterial remodeling, and related downstream functional outcomes.
The clinical efficacy demonstrated for the current injection and sublingual protocols of immunotherapy, combined with new knowledge of antigen presentation by the innate immune system, point to the possibility of developing of fast-acting effective first-choice immunotherapy.
Thus informative high-throughput analysis and predictive computational modelling or simulation can be combined to generate new knowledge through iterative modification of an in silico model and experimental design.
In this study, determination of the antigenic peptides recognized by aromatase antibodies through epitope mapping, combined with the new knowledge on aromatase-reductase interaction, provide insights for understanding various immunostaining patterns using different aromatase antibodies.
The availability of high-quality, reproducible data will also lead to more powerful analyses (or meta-analyses) where multiple data sets are combined to generate new knowledge.
The availability of open-acess, high-quality and reproducible data, will also lead to more powerful analyses (or meta-analyses) where multiple data sets are combined to generate new knowledge.
