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At least 19 recordsLinked to original sources
PubMed1993

Cost-benefit analysis of preconception care for women with established diabetes mellitus.

OBJECTIVE: To determine whether the additional costs of preconception care are balanced by the savings from averted complications. Several studies have demonstrated the efficacy of preconception care in reducing congenital anomalies in infants born of mothers with pre-existing diabetes mellitus. RESEARCH DESIGN AND METHODS: This study used literature review, consensus development among an expert panel of physicians, and surveys of medical care personnel to obtain information about the costs and consequences of preconception plus prenatal care compared with prenatal care only for women with established diabetes. Preconception care involves close interaction between the patient and an interdisciplinary health-care team as well as intensified evaluation, follow-up, testing, and monitoring. The outcome measures assessed in this study are the medical costs of preconception care versus prenatal care only and the benefit-cost ratio. RESULTS: The costs of preconception plus prenatal care are $17,519/delivery, whereas the costs of prenatal care only are $13,843/delivery. Taking into account maternal and neonatal adverse outcomes, the net savings of preconception care are $1720/enrollee over prenatal care only and the benefit-cost ratio is 1.86. The preconception care program remained cost saving across a wide range of assumptions regarding incidence of adverse outcomes and program cost components. CONCLUSIONS: Despite significantly higher per delivery costs for participants in a hypothetical preconception care program, intensive medical care before conception resulted in cost savings compared with prenatal care only. Third-party payers can expect to realize cost savings by reimbursing preconception care in this high-risk population.

Blood Glucose↗
PubMed1996

Preconception care: a health promotion opportunity.

Prenatal care is recognized as a valuable intervention to improve pregnancy outcomes. Preconception care can further enhance pregnancy outcomes by optimizing health during the most critical period of organogenesis, the 17 to 56 days after conception. The goal of preconception care is to reduce perinatal mortality and morbidity. The research data supporting preconception care is limited, but it has been proven to reduce perinatal mortality and morbidity in certain populations. Preconception care is most cost-effectively provided as an integral part of primary care services during routine health promotion. It may be introduced during routine health screening, through patient education literature, and in group health promotion classes. Preconception care includes a comprehensive health history and physical exam with initiation of health promotion interventions prior to conception. Outlined in this paper are guidelines for preconception care with a table summarizing assessment, interventions, and patient education. A preconception assessment tool and patient handout are also included.

Cost-Benefit Analysis↗
PubMedDate not supplied

Preconception care. An opportunity to maximize health in pregnancy.

In 1990, the United States Public Health Service published Healthy People 2000: National Health Promotion and Disease Prevention Objectives. One of the objectives included in the family planning priority area and repeated in the maternal and infant health priority area is the following: "Increase to at least 60 percent the proportion of primary care providers who provide age-appropriate preconception care and counseling." Drawing on the guidelines proposed by the Public Health Service Expert Panel on the Content of Prenatal Care, this article describes the components of preconception care: 1) appropriate and ongoing risk assessment, 2) health promotion, and 3) medical and psychological interventions and follow-up. The organization of this article is based on a preconception class outline developed by the authors; recommendations included in the article are consistent with those of the Expert Panel. After discussing opportunities for providing preconception care, this article addresses: 1) helping women evaluate their psychological readiness; 2) evaluating physical readiness; 3) the examination and concerns of the father; 4) evaluating the need for genetic counseling; 5) creating a positive environment for conception; 6) discontinuing family planning methods and timing conception; and 7) choosing a provider and birth place.

Aftercare↗
PubMed1996

Efficacy of preconception care of diabetic women in a community setting.

OBJECTIVE: To determine the impact of informal preconception care of diabetic women on first-trimester glycemia control in a community setting. STUDY DESIGN: Forty-five women with pregestational diabetes underwent a standardized interview regarding their preconception care prior to the index pregnancy. Patients under 14 weeks' gestation had their glycosylated hemoglobin measured; it was used as an index of first-trimester glycemic control. Variables related to glycemic control were analyzed with reference to glycosylated hemoglobin results. RESULTS: Despite a high incidence of counseling and frequent preconception visits, the mean first-trimester glycosylated hemoglobin (+/- SD) was high (10.7 +/- 2.0), and the majority of pregnancies were unplanned. CONCLUSION: Informal and noncentralized preconception care was not effective in preventing first-trimester hyperglycemia in this group of diabetic women. A high rate of unplanned pregnancy and lack of structured preconception care were prevalent and possibly etiologic.

Adult↗
PubMed1995

The negative pregnancy test. An opportunity for preconception care.

OBJECTIVE: To identify women who would likely benefit from preconception care. METHODS: A comprehensive preconception risk survey was administered during a structured interview to 136 women who had a negative pregnancy test visit in a family practice residency ambulatory practice. The survey solicited the presence of self-reported risk variables associated with maternal conditions related to poor obstetric outcome, risk factors for poor obstetric outcome, and risks for developing these conditions. RESULTS: Seventy women (51.5%) reported a medical or reproductive risk that could adversely affect pregnancy. In addition, 68 women (50%) reported a genetic risk; 39 (28.7%) reported a risk for human immunodeficiency virus infection, 35 (25.7%) reported an indication for hepatitis B vaccine, and an equal number reported recent use of illegal substances; 23 (16.9%) reported at least one affirmative answer to the CAGE questionnaire; 79 (58.5%) smoked cigarettes; 74 (54.4%) reported a nutrition risk; 126 (92.6%) reported a psychosocial risk; and 39 (28.7%) reported a perceived barrier to ongoing medical care. Even with the psychosocial risk category excluded, 94% of the women still reported at least one factor requiring further evaluation, counseling, or intervention before pregnancy. CONCLUSIONS: We discovered a significant number of women with obstetric risk factors. A negative pregnancy test visit provides an opportunity for preconception risk assessment and counseling. These results will guide us to further develop practical preconception care protocols.

Female↗
PubMed1995

Preconception care: a means of prevention.

Preconceptional health promotion should provide a prevention framework for interactions with all women of childbearing potential. Preconceptional counselling is properly directed by specialists in the field of obstetrics and gynaecology, but a multispecialty effort may be needed to achieve adequate information for decision-making. Preconceptional health care offers an important opportunity for physicians involved in women's health to expand a primary care and a primary prevention focus. The obstetrician or gynaecologist is not only involved in acute diagnosis and treatment plans but also in disease prevention, risk and behaviour modification and counselling, which are integral parts of primary prevention and co-ordinated women's health care.

Female↗
PubMed1991

Preconception care of diabetes. Glycemic control prevents congenital anomalies.

To test the value of intensive management of diabetes before and during early pregnancy, 84 women recruited prior to conception were compared with 110 women who were already pregnant referred at 6 to 30 weeks' gestation. All underwent daily measurement of fasting and postprandial capillary blood glucose levels. Mean blood glucose levels during embryogenesis and organogenesis were within 3.3 to 7.8 mmol/L in 50% of preconception subjects and exceeded 10 mmol/L in 6.5%. One major congenital anomaly occurred in 84 infants (1.2%) of women treated before conception compared with 12 anomalies in 110 infants (10.9%) of mothers in the postconception group. Transient symptomatic hypoglycemia occurred during embryogenesis in 60% of women in the preconception group, with a median frequency of 2.7 episodes per week, but was not associated with excess malformations. We conclude that education and intensive management for glycemic control of diabetic women before and during early pregnancy will prevent excess rates of congenital anomalies in their infants.

Adult↗