The new collaboration among HRSA, ACNM, and AMCB, represented as the Midwifery MasterFile, provides the opportunity to clearly profile CNMs/CMs, distinct from advanced practice registered nurses, in government reports about the health care workforce. This information is central to identifying and marketing the role and contribution of CNMs/CMs in the provision of primary and reproductive health care services.

Medical examiner autopsy records identify violent pregnancy-associated deaths, many of which occur early in pregnancy and are missed by other enhanced case-finding techniques that require a record of a birth or fetal death. These deaths are usually excluded from reported maternal mortality ratios. Few studies have evaluated the prevalence of homicide in women of childbearing age, yet understanding the extent of less commonly associated causes of death during pregnancy such as homicide, may lead to improved identification of preventable problems that contribute to maternal morbidity and mortality. This study, which sheds new light on the identifying and reporting of maternal mortality, and specifically on homicide as a form of violence toward pregnant women, should be of particular interest for all women's health providers, as well as public health professionals, researchers, and advocates who are interested in the design, development, and evaluation of prevention programs, especially those directed toward preventable problems such as domestic violence.

Alcohol is a potent teratogen in humans, and prenatal alcohol exposure is a leading preventable cause of birth defects and developmental disabilities. The term fetal alcohol syndrome (FAS) refers to a pattern of birth defects found in children of mothers who drank during pregnancy. FAS has four criteria: maternal drinking during pregnancy, a characteristic pattern of facial abnormalities, growth retardation, and brain damage (often manifested by intellectual difficulties or behavioral problems). As surveillance and research have progressed, it has become clear that FAS is but a rare example of a wide array of defects that can occur from exposure to alcohol in utero. At least 1 in 10 women will continue to consume alcohol during pregnancy, putting their fetuses at risk for the effects of alcohol exposure.Nurses are in a key position to provide care and conduct research that will contribute to the prevention of the adverse effects of prenatal alcohol exposure during the preconception and perinatal periods, as well as deal with the negative outcomes of exposure in the developing infant. Many areas have yet to be evaluated. Screening tools and interventions have been developed and tested, mostly in majority cultures. Culturally sensitive instruments must be generated and validated for high-risk groups such as Native Americans. Fetal alcohol biomarkers and genetic research are new and need considerably more work. Effective “no drinking during pregnancy” campaigns for high-risk groups must be created and tested. Nurses are well placed to conduct research that will describe the effects at social, behavioral, and biological levels; develop middle-range theories targeted at preventing the drinking behavior and optimizing care of affected children after birth; and generate and test effective interventions that enhance prevention strategies in the 21st century.

Diagnostic ultrasound use in obstetrics has been growing rapidly to become an integral part of prenatal care today. The high proportion of exposure to prenatal ultrasound highlights the public health significance of routine ultrasound use. A majority of epidemiologic studies tends to support the safety of diagnostic ultrasound use during pregnancy. However, there have been some reports that there may be a relation between prenatal ultrasound exposure and adverse outcome. Some of the reported effects include growth restriction, delayed speech, dyslexia, and non-right-handedness associated with ultrasound exposure. Continued research is needed to evaluate the potential adverse effects of ultrasound exposure during pregnancy. These studies should measure the acoustic output, exposure time, number of exposures per subject, and the timing during the pregnancy when exposure(s) occurred, while controlling for potential confounding variables such as sociodemographic, medical, and obstetric risk factors. We recommend that a new consensus development conference be held to gather the needed data and provide guidelines for the future research needs, as well as respond to the rapid advances in this technology.