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Objectives This study aimed to determine which steps in the newborn screening collection and delivery processes contribute to delays and identify strategies to improve timeliness. Methods Data was analyzed from infants (N = 94,770) who underwent newborn screening at 83 hospitals in Michigan between April 2014 and March 2015. Linear mixed effects models estimated effects of hospital and newborn characteristics on times between steps in the process, whereas simulation explored how to improve timeliness through adjustments to schedules for the state laboratory and for specimen pickup from hospitals. Results Time from collection to receipt of arrival to the state laboratory varied greatly with collection timing (P < 0.001), with specimens collected on Friday or Saturday delayed an average of 9-12 h compared to other specimens. Simulation estimates shifting specimen pickup from 6 p.m. Sunday-Friday to 9 p.m. Sunday-Friday could lead to an additional 12.6% of specimens received by the Michigan laboratory within 60 h of birth. Conclusions for Practice The time between when a specimen is collected and received by the laboratory can be a significant bottleneck in the newborn screening process. Modifying hospital pickup schedules appears to be a simple way to improve timeliness., Author(s): Amy L. Cochran [sup.1] , Beth A. Tarini [sup.2] [sup.3] , Mary Kleyn [sup.4] , Gabriel Zayas-Cabán [sup.5] Author Affiliations: (Aff1) 0000 0001 2167 3675, grid.14003.36, Biostatistics and Medical [...]

The purpose of this literature review was to identify interventions designed to improve healthcare team communication in the United States. We conducted a review of peer-reviewed, English-language articles describing interventions aimed at improving healthcare team communication. We analyzed articles that met pre-specified inclusion and exclusion criteria and characterized who is testing communication interventions, the rationale for testing, and ways of measuring effectiveness. We descriptively categorized the strength and types of study findings. Thirty articles were retained in our analysis. Most assessments were conducted by academic medical centers, the Veterans Health Administration, and teaching hospitals. Interventions sought to improve teamwork, patient safety, clinical outcomes, costs of care, and enhance provider job satisfaction and well-being. Intervention strategies included didactic lectures, simulation, Crew Resource Management, quality improvement, or a combination of these approaches. The vast majority employed a pre-post survey design and measured outcomes using participant feedback. Many assessments failed to utilize a social science theory or communication-specific measures. Interventions with the best training content were conducted at academic medical centers, used a pre-post design, and utilized statistical analysis to analyze results. While interventions for improving healthcare team communication are diverse and have uneven effectiveness, early markers of success merit continued development and assessment. [ABSTRACT FROM AUTHOR]

BACKGROUND. The advent of tandem mass spectrometry has made it possible to test newborns for multiple conditions efficiently. It is not known how state newborn screening programs have changed screening practices in response to this technology and how it affects the number of false-positive test results. METHODS. We obtained data from the National Newborn Screening and Genetics Resource Center regarding the screening practices for each of the 50 states, to determine the number of mandated disorders added to state newborn screening panels between 1995 and 2005. Combining these data with reported specificities from the literature and the number of births in each state, we estimated the number of infants who would have received false-positive results through screening with tandem mass spectrometry in 2005. RESULTS. The average state mandated screening for 5 disorders in 1995 (range: 0-8 disorders). Wyoming was the only state that decreased its panel size over the next decade. Kansas and Texas were the only states that did not add disorders to their panels between 1995 and 2005; the average state added 19. Iowa, Minnesota, Mississippi, South Dakota, and Tennessee each added [greater than or equal to] 40 disorders. Assuming that an individual test for a disorder had a specificity of 99.995%, we estimated that ~2575 infants would have received false-positive results through screening with tandem mass spectrometry in 2005. If specificity was assumed to be 99.9%, then the number increased to >51 000. CONCLUSIONS. State newborn screening programs have expanded dramatically in the past decade. Because the benefit of such testing may be unclear in some cases and because the number of infants who may receive false-positive results and may be labeled falsely as having disease is potentially sizeable, a more cautious approach is needed. Key Words newborn screening, metabolic disorders, false positive results, IN THE UNITED States, decisions about newborn screening are made by 50 different state legislatures. Shortly after Massachusetts began a mass voluntary screening program for phenylketonuria in 1962, other states [...]

Objective. The validity of research presented at scientific meetings continues to be a concern. Presentations are chosen on the basis of submitted abstracts, which may not contain sufficient information to assess the validity of the research. The objective of this study was to determine 1) the proportion of abstracts presented at the annual Pediatric Academic Society (PAS) meeting that were ultimately published in peer reviewed journals; 2) whether the presentation format of abstracts at the meeting predicts subsequent full publication; and whether the presentation format was related to 3) the time to full publication or 4) the impact factor of the journal in which research is subsequently published. Methods. We assembled a list of all abstracts submitted to the PAS meetings in general pediatrics categories in 1998 and 1999, using both CD-ROM and journal publications. In each year, we chose up to 80 abstracts from each presentation format ("publish only," "poster," "poster symposium," "platform presentation"). We chose either 1) all abstracts in each format or 2) when there were >80 abstracts, a random selection of 80 of them. We assessed each selected abstract for subsequent full publication by searching Medline in March 2003; if published, then we recorded the journal, month, and year of publication. We used logistic and linear regression to determine whether publication, time to publication, and the journal&apos;s impact factor were associated with the abstract&apos;s presentation format. Results. Overall, 44.6% of abstracts presented at the PAS meeting achieved subsequent full publication within 4 to 5 years. There were significant differences between the rates of subsequent full publication of abstracts submitted but not chosen for presentation at the meeting (22.2%) and those that were chosen for presentation in poster sessions (40.0%), poster symposia (44.1%), and platform presentations (53.8%). There were no meaningful differences between the presentation formats in their mean time to publication and their mean journal impact factor. Conclusions. PAS meeting attendees and the press should be cautious when interpreting the presentation format of an abstract as a predictor of either its subsequent publication in a peer-reviewed journal or the impact factor of the journal in which it will appear. Pediatrics 2003;112:1238-1241; pediatrician, abstract, publication, meeting., One of the primary purposes of presenting research at scientific meetings is to disseminate important research findings as soon as possible. However, the validity of research presented at scientific meetings [...]