All of these studies had the same objectives, that is to maximize the population covered, minimize the distance between shelters and residents, and select the most reliable set of emergency shelters by considering the safety of these shelters.
We determine the contracts that coordinate the health purchaser health provider relationship; i.e. the contracts that maximize the population's welfare while allowing each entity to optimize its own objective function.
The maximal covering location problem (MCLP) was first proposed by Church and ReVelle [9] and is one of the most familiar models utilized in the planning of public healthcare that seeks to maximize the population to be covered given a restrained number of clinics.
Since we are analyzing the problem in a deterministic framework where extinctions only happen in declining populations, and we know that probabilities of extinction on specified time intervals are inversely related to population size, we consider what strategies maximize the population size.
It has been shown that mating individuals with minimal average coancestries will maximize the population's genetic diversity in terms of expected heterozygosity [ 46, 47].
To maximize the population coverage and efficacy of a therapeutic, we designed a peptide set containing T cell epitopes from the two major allergens Ara h 1 and Ara h 2. Following on from our previous study of Ara h 2 49, we now provide the first report of core sequences of CD4+ T cell epitopes of the most abundant major peanut allergen Ara h 1.
The goal is to maximize the populations of ignorant and stifler individuals, minimize the population of infectives, and maximize the benefits of official media coverage and vaccination, while minimizing the systemic costs of both rumor vaccination and official media coverage.
The goal is to maximize the populations of susceptible and vaccinated individuals, minimize the population of infectives, maximize the benefits of media coverage and vaccination, while minimizing the systemic costs of both media coverage and vaccination.
The intended effect of recommendations to individualize glycemic targets in diabetes populations is to maximize the population-level health benefits of glycemic control while reducing the risk of harm.
Economic evaluations assist decision-makers to determine which health interventions represent the best 'value for money' in terms of maximizing the health of the population with the available funds.
