Abstract
Objective. To evaluate the impact of shorter hospital stays on the follow-up scheduling of newborn infants by private pediatricians.
Design. Five surveys over a period of 18 months with educational intervention.
Setting. Large community hospital well baby nursery.
Participants. Twenty private pediatricians who cared for at least 20 newborn infants in the well baby nurseries during 1995.
Intervention. Oral and written communications to pediatricians emphasizing the importance of evaluating infants within 2 to 3 days of discharge if the hospital stay was less than 48 hours.
Main outcome measure. Interval between discharge from the nursery and the scheduled follow-up visit to the pediatrician.
Results. In the first two surveys (September 1994 and March 1995) there was no significant difference in follow-up scheduling by pediatricians for those infants discharged <48 hours vs ≥48 hours. Differences were significant in July and November 1995, and in the final survey in March 1996. Nevertheless, in March 1996, 38% of short-stay infants were scheduled to be seen 4 or more days after discharge, and 33% 14 days after discharge.
Conclusion. Although follow-up practices have changed in response to shorter newborn hospital stays, a significant proportion of pediatricians are not following the American Academy of Pediatrics guidelines for the follow-up of short-stay infants. Whether or not failure to follow these guidelines will lead to an increase in morbidity is unknown.
As a result of economic pressure, the length of stay for newborn infants in hospitals in the US has decreased dramatically in the last few years. Whereas discharge from hospital on the third day after delivery (usually between 48 and 72 hours) was formerly the rule for a normal vaginal delivery, the average length of stay for these infants has decreased to 36 hours or less in most institutions and less than 24 hours in some. Anecdotal reports suggest that this practice has led to an increase in readmission rates for hyperbilirubinemia and dehydration,1 both of which may be associated with significant morbidity. To date, however, published data are inconclusive regarding the possibility of increased (or decreased) morbidity resulting from this practice.2,3 In the 1992 edition of the Guidelines for Perinatal Care, the American Academy of Pediatrics (AAP) and the American College of Obstetricians and Gynecologists (ACOG) recommended that when infants are discharged less than 48 hours after birth “ … arrangements [should be] made for the infant to be examined within 48 hours of discharge.”4 In October 1994, the Provisional Committee for Quality Improvement and Subcommittee on Hyperbilirubinemia of the AAP, recognizing the problem of identifying significant jaundice in infants who have been discharged at less than 48 hours, recommended that “follow-up should be provided to all neonates discharged less than 48 hours after birth by a health care professional in an office, clinic or at home within 2 to 3 days of discharge.”5 This position was reiterated by the Committee on Fetus and Newborn of the AAP in October 1995.6
It has been common practice for pediatricians to schedule a follow-up visit 2 weeks after discharge for well baby care in the majority of newborns. We wanted to evaluate the impact of shorter hospital stays on pediatric practice. As one of the concerns of a short-stay is that it might increase the risk of unrecognized significant hyperbilirubinemia, we also evaluated whether or not the known risk factors for jaundice had any impact on the scheduling of follow-up visits by pediatricians. Our hypothesis was that the putative increase in risk resulting from shorter hospital stays would lead pediatricians to decrease the interval between newborn discharge and follow-up visits to the office. We also wished to evaluate the impact of an educational intervention on physician practices.
METHODS
The setting for this study is a large community hospital with more than 5000 newborns delivered annually. Eighty percent of these infants are cared for by private attending pediatricians. We conducted five reviews of newborn nursery charts of infants ≥37 weeks' gestation who were cared for by 20 pediatricians between September 1994 and March 1996. From hospital statistics, we identified all pediatricians who cared for at least 20 newborns in 1995 and using computer-generated random numbers, selected 20 physicians from that group. We then reviewed the chart of every infant cared for by each pediatrician selected during the months identified. Five of the 20 pediatricians cared for infants in the nursery during all 5 months of the study, 10 for 4 of the 5 months, and 5 for 3 months.
Data extracted from the chart included length of stay, presence of risk factors for jaundice (gestation, ABO incompatibility, positive Coombs test, oxytocin use, maternal diabetes, breastfeeding, bruising, and/or cephalhematoma), and discharge orders scheduling a return visit to the pediatrician's office. At the time of this investigation, a blood type and Coombs test were performed routinely on the cord blood of infants of all group O mothers (a practice that has since been discontinued). The records of these infants were scrutinized for notes indicating that the pediatrician was aware of the infant's blood group and Coombs status before discharge. The groups consisted of those discharged less than 48 hours (and designated as short-stay infants) and those discharged ≥48 hours after delivery. Only well infants were included.
Educational Intervention
The AAP practice parameter was published in the October 1994 issue of Pediatrics.4 In late October, 1994 we sent a memo to all private pediatricians on the staff of the hospital (n = 84), drawing their attention to the recommendations in the practice parameter as well as the previous recommendations of the AAP/ACOG published in 1992.4 This memo specifically emphasized the importance of evaluating infants within 2 to 3 days of discharge from hospital if the hospital stay was less than 48 hours. The initial survey was conducted in September 1994 and the results were presented at the regular monthly meeting of the pediatric attending staff in January 1995. A subsequent chart survey was conducted in March 1995 and a letter sent to all pediatricians in April 1995 reemphasizing the importance of earlier follow-up. We did subsequent surveys in July 1995, November 1995, and March 1996 (Table 1).
Study Design and Educational Interventions
RESULTS
The results are shown in Table 2. Of 701 charts reviewed, 377 infants were discharged at less than 48 hours and 324 at ≥48 hours. In the first two surveys there was no difference in the scheduled follow-up between those infants discharged at less than 48 vs ≥48 hours although a significant difference was observed for the subsequent three surveys. Over the 18-month study period there was a significant improvement in appropriate scheduling of short-stay infants, from 22% in September 1994 to 62% in March 1996 (P for trend = .0001) and the number of pediatricians who scheduled early follow-up for all of their short-stay infants increased from 0/15 to 7/16 (P = .007). Nevertheless, in March 1996, 33% of short-stay infants were scheduled to be seen 14 days after discharge. The presence of risk factors for jaundice (gestation less than 38 weeks, ABO incompatibility, positive Coombs test, oxytocin use, maternal diabetes, breastfeeding, bruising, and/or cephalhematoma) did not affect follow-up scheduling. Of 233 infants with ≥3 risk factors only 88 (38%) were scheduled to return ≤3 days after discharge. Among the short-stay infants, there was no difference in the scheduled follow-up whether the mother was primiparous or multiparous. All short-stay infants were delivered vaginally. Of those discharged at more than 48 hours 48% were born by cesarean section. During the time of this survey, home visiting was not provided by the hospital (it is now).
Full-term Infants Scheduled for Follow-up ≤3 Days After Discharge
DISCUSSION
Our educational intervention—a presentation at the monthly staff meeting in January 1995 and a letter sent to all pediatricians in April 1995—appeared to have an effect. By July 1995 there was a significant increase in the percent of short-stay infants scheduled to be seen by the physician within 3 days of discharge. (We cannot, however, rule out the possibility that other factors also influenced the observed change in practice although the most recent AAP statement on this subject was only published in October 19956). Nevertheless, in November 1995 and March 1996, only 58% and 62% of short-stay infants respectively, were scheduled to be seen within 3 days of discharge.
These infants were patients of private pediatricians and part of a relatively affluent, suburban population where transportation and access to medical care are readily available. Although there was significant improvement, it is discouraging that, despite these advantages and our educational efforts, one third of short-stay infants discharged in March 1996 were scheduled for their first follow-up visit 14 days after discharge.
In June and July 1996, we contacted 12 pediatricians who did not consistently follow the AAP guidelines during November 1995 or March 1996. When asked why, they gave a variety of reasons. Four physicians indicated that (now) they were following the guidelines (although they had not requested appropriate follow-up at the time of the survey). Six said that if they knew the mother and family well, or had taken care of previous siblings, they were confident that the mother would notify them if she were concerned. In one practice, a nurse calls every mother within 1 to 2 days of birth and, in addition to other questions, specifically asks about the presence of jaundice. When necessary, an office visit is arranged. One physician, whose group had changed their practice from the traditional return visit at 2 weeks to a visit within 1 to 2 days of discharge after a short-stay, found this to be a rewarding experience. He felt that he and his partners had been able to identify problems early (particularly feeding problems and jaundice) and intervene successfully.
How effective are the AAP/ACOG recommendations likely to be? Even if desired, this type of follow-up in rural locations will be quite difficult, if not impossible, to achieve. Parents may have to travel many miles to visit physicians and, depending on weather and road conditions, this may not be possible. Compliance in indigent populations is also likely to be low. A home visit by a nurse is an excellent way to provide follow-up but is not routinely available in most communities and, in our experience, is not accepted by some families. It is likely that, nationally, there will be wide variations in compliance with the AAP recommendations. The most important question—whether or not failure to follow these guidelines leads to an increase in morbidity—cannot be answered until satisfactory studies are performed.
We have documented a significant change in pediatric practice although physicians are generally reluctant to change long-standing practice habits. In this situation some reluctance is not surprising, as in normal newborns the incidence of significant adverse events (such as severe hyperbilirubinemia and hypernatremic dehydration) is low. We reviewed 29 934 infants discharged from our well baby nurseries between December 1988 and November 1994. A total of 127 infants (4.2 per thousand) were readmitted with hyperbilirubinemia and 5 with dehydration or failure to thrive.7 Thus, the risk of these morbidities in any one physician's practice is very small.
Although one of the major risks of early discharge appears to be the development of significant neonatal jaundice, the presence of known risk factors for jaundice did not appear to influence pediatricians' decisions regarding the timing of a follow-up visit. It has long been a practice in this institution to do blood typing on the infants of all group O mothers, thus allowing the pediatrician to be aware of the potential for ABO incompatibility and possible hemolytic disease. In our chart review, we found that when the mother was group O only 27% of records indicated that the pediatrician was aware of the infant's blood type. Thus, this information seemed to play little role in the subsequent decision for follow-up. A recent study suggests that routine blood typing of cord blood is not cost-effective and is of questionable value8 and this practice has been discontinued at our hospital.
We recognize that this study surveyed practitioners from a single hospital and thus has limited generalizability. However, informal discussions with colleagues in other cities in the east and midwest suggest that these practice patterns are similar to those elsewhere. We need reliable data documenting the impact of shorter nursery stays on neonatal morbidity. If these data support an increase in morbidity, further attempts are necessary either to change existing practice patterns or to introduce new methods of providing surveillance for newborn infants who are no longer in the hospital.
Footnotes
- Received August 5, 1996.
- Accepted November 5, 1996.
Reprint requests to (M.J.M.) 3535 West 13 Mile Rd, Royal Oak, MI 48073.
- AAP =
- American Academy of Pediatrics •
- ACOG =
- American College of Obstetricians and Gynecologists
REFERENCES
- Copyright © 1997 American Academy of Pediatrics