Geographic information systems increasingly may allow communities, health care services researchers, and health care policy makers to link data sources, thus highlighting areas where public health interventions can be applied.
While it is possible that co-location may lend itself to a smaller number of larger practices (limiting geographical accessibility), the economies of co-location may also allow communities to sustain a broader range of practitioners than if they were operating independently.
This may allow the scientific community to assess emergent practices and patterns of knowledge generation and reporting in gene expression data analysis.
In the future, an approach similar to the one used in this review may allow the scientific community to focus on identifying the populations at increased risk to an air pollutant, regardless of their classification (e.g., susceptible, vulnerable, sensitive).
While there is a real risk for backlash, the self-identification of these men and community development may allow for better dissemination of education and prevention measures.
Networks that incorporate these types of information would thus better reflect the dynamics of a microbial community, which may allow for variable taxonomic membership while retaining functional parameters.
This may be part of long term planning and may allow family physicians to serve a community more comprehensively without trying to be 'all things to all people'.
The provision of dialysis, preferably in a home setting or low level self-care satellite units closer to the individuals' residences, may allow better integration with primary and community care.
The findings may allow a rational design of these communities to promote greater efficacy in large-scale practical systems.
Discharge planning addressing this need may allow some currently institutionalized survivors to return to community living.
