Conscience and conscientious objection: The midwife's role in abortion services.

Traditionally, the role of midwives has been to be with women throughout the pregnancy continuum, from conception until the end of the postnatal period. Midwives, however, have been named as key providers of abortion services. While freedom of conscience is legally protected within Europe, discrepancies exist between midwifery and conscientious objection to abortion-related services. Midwives are largely ignored within the academic discussion despite the care and support they give to women undergoing abortions. Those discrepancies led to the aim of this article to address this issue by discussing some of the key ethical and legal concepts that are relevant to midwives' role in the provision of abortion services. This article shows that the decision to provide or object to abortion services remains ethically very complex because arguments exist both for and against its provision. Being with women can be interpreted differently and individual situations of care are multifaceted. Conscientious objection to abortion services is a highly contentious issue that has an overall importance to midwives. Noting that decisions are individual, may change or may be situationally dependant; a definitive position of midwives for or against conscientious objection cannot be assumed. Respecting conscience and acknowledging that there are various arguments for and against conscientious objection promotes widespread understanding. It accommodates both the opportunity for midwives to object on conscience grounds to the provision of abortion services and respect women's autonomy so that mutual agreement may be reached on issues that may have far reaching consequences

Logistics of community smallpox control through contact tracing and ring vaccination: a stochastic network model

BACKGROUND: Previous smallpox ring vaccination models based on contact tracing over a network suggest that ring vaccination would be effective, but have not explicitly included response logistics and limited numbers of vaccinators. METHODS: We developed a continuous-time stochastic simulation of smallpox transmission, including network structure, post-exposure vaccination, vaccination of contacts of contacts, limited response capacity, heterogeneity in symptoms and infectiousness, vaccination prior to the discontinuation of routine vaccination, more rapid diagnosis due to public awareness, surveillance of asymptomatic contacts, and isolation of cases. RESULTS: We found that even in cases of very rapidly spreading smallpox, ring vaccination (when coupled with surveillance) is sufficient in most cases to eliminate smallpox quickly, assuming that 95% of household contacts are traced, 80% of workplace or social contacts are traced, and no casual contacts are traced, and that in most cases the ability to trace 1–5 individuals per day per index case is sufficient. If smallpox is assumed to be transmitted very quickly to contacts, it may at times escape containment by ring vaccination, but could be controlled in these circumstances by mass vaccination. CONCLUSIONS: Small introductions of smallpox are likely to be easily contained by ring vaccination, provided contact tracing is feasible. Uncertainties in the nature of bioterrorist smallpox (infectiousness, vaccine efficacy) support continued planning for ring vaccination as well as mass vaccination. If initiated, ring vaccination should be conducted without delays in vaccination, should include contacts of contacts (whenever there is sufficient capacity) and should be accompanied by increased public awareness and surveillance