On the basis of the prospective health applications for SynBio -together with some of the potential ethical, legal, and social issues that they might raise- in the European Policy Workshop we hoped to explore various governance approaches as mechanisms that should enable the balancing of possible SynBio benefits vis-à-vis its possible risks and implications.
Overall, by providing understanding for the salient two-phase mechanisms, this work should enable researchers to optimize the design of the HLTS for linear focus solar thermal collectors.
These different models should enable mechanisms to be elucidated and contribute background information for the design of further clinical trials.
Four mechanisms are highlighted, which should enable VPPMCs to contribute towards high velocity (blast fragment) impact protection and crashworthiness applications, especially for situations requiring low mass components with complex geometries.
First, the law should enable mechanisms that safeguard and promote consumer consent.
In a health service setting, effective mechanisms of social answerability should enable clients to understand and assess service availability, quality and responsiveness.
In the context of primary health-centre operations, effective mechanisms of administrative enforceability should enable health-centre managers or District administrators to invoke positive rewards for good performance, or sanctions for inappropriate behaviour or poor performance.
In the context of Zambian health-centre operations, effective mechanisms of administrative answerability should enable health-centre managers and/or District officials to request information about a provider or health-centre's performance, and would ensure they were capable of, and willing to, supply that information.
Thus, further investigation of this cell-intrinsic shut-off mechanism and identification of additional proteins involved should enable researchers to define novel molecular targets for pharmacologic intervention.
Public domain databases nowadays provide multiple layers of genome-wide data e.g., promoter methylation, mRNA expression, and miRNA expression and should enable integrative modeling of the mechanisms of regulation of gene expression.
