Practical Needs in the Home Care of Latino Children With Medical Complexity.

Latino children face barriers to high-quality healthcare. Because children with medical complexity (CMC) have higher healthcare needs, Latino CMC are likely to experience greater effects of these barriers. These vulnerabilities are exacerbated when Latino CMC endure adverse social conditions, such as food insecurity and housing instability. The study objective was to describe the challenges faced by caregivers of Latino CMC in meeting the practical needs of their children when caring for them at home. In this qualitative study, 70 Latino CMC enrolled in a complex care program of a tertiary care children's hospital were followed for a median duration of 45 months. We collected care coordination notes from encounter logs and interviewed bilingual care coordinators regarding their experiences with each child. Using thematic content analysis and an iterative process, we identified recurrent themes related to practical needs. Four themes emerged. Caregivers: 1) faced financial challenges due to many reasons that were exacerbated by children's medical conditions; 2) had challenges meeting basic needs of their families, including food and shelter; 3) experienced difficulties obtaining necessary medical supplies for their children; and 4) relied on care coordinators to navigate the system. We conclude that Latino caregivers of CMC experience many challenges meeting their families' basic needs and obtaining necessary medical supplies to care for their CMC at home. Care coordinators play a major role in addressing the practical needs of Latino CMC. Future studies should determine whether addressing the practical needs of Latino CMC would improve their health outcomes.

A descriptive study of noise in the neonatal intensive care unit: ambient levels and perceptions of contributing factors.

PURPOSE: To examine the baseline acoustic environment in several mid-Atlantic region neonatal intensive care units (NICUs) and investigate the perceived factors contributing to noise levels in these NICUs. SUBJECTS: Quantitative data were collected from 3 urban, mid-Atlantic level IIIB and level IIIC NICUs. Qualitative data were collected via interview from 2 RNs employed in each of the study NICUs. DESIGN: This was an exploratory descriptive study utilizing a mixed-methods approach. A quantitative method was used for sound-level data collection, and a qualitative method was utilized during interviews with nurses to examine perceptions of factors contributing to noise. METHODS: Ambient sound levels, measured in decibels, were taken at 5-minute intervals over a 2-hour period during both day and night shifts in a central location at each NICU. In addition, nurses were interviewed using a standardized interview questionnaire, and these interviews were then reviewed to determine themes regarding perceived factors contributing to sound levels. MAIN OUTCOME MEASURES: Hourly mean sound levels in each NICU ranged from 53.9 dB to 60.6 dB, with no statistically significant difference between noise levels recorded on day shift versus night shift, and no statistically significant difference among sites. Qualitative data showed that nurses' believed day shift to be louder than night shift and many perceived their own NICU as "pretty quiet." Key contributing factors to increased sound levels were stated as monitors or alarms, performing invasive procedures, presence of family, nurses or doctors giving report or rounds, and ringing phones. PRINCIPAL RESULTS: Noise levels were found to be above the American Academy of Pediatrics-recommended 45-dB level and often louder than the 50-dB level, which should not be exceeded more than 10% of the time. The recommended impulse maximum of 65 dB was also exceeded. Environmental Protection Agency recommendations for hospitals include sound levels no louder than 35 dB on night shift; this standard was also violated. CONCLUSIONS: Elevated sound levels need to be addressed in individual NICUs around the country. Further exploratory studies, as well as research regarding effective methods of decreasing sound levels in the NICU environment, are necessary. NICUs can implement behavioral and structural changes that can decrease the sound levels in the NICU environment and decrease the potential for exposure of patients to the harmful physiological effects of increased sound levels.

A descriptive study of noise in the neonatal intensive care unit. Ambient levels and perceptions of contributing factors.

PURPOSE: To examine the baseline acoustic environment in several mid-Atlantic region neonatal intensive care units (NICUs) and investigate the perceived factors contributing to noise levels in these NICUs. SUBJECTS: Quantitative data were collected from 3 urban, mid-Atlantic level IIIB and level IIIC NICUs. Qualitative data were collected via interview from 2 RNs employed in each of the study NICUs. DESIGN: This was an exploratory descriptive study utilizing a mixed-methods approach. A quantitative method was used for sound-level data collection, and a qualitative method was utilized during interviews with nurses to examine perceptions of factors contributing to noise. METHODS: Ambient sound levels, measured in decibels, were taken at 5-minute intervals over a 2-hour period during both day and night shifts in a central location at each NICU. In addition, nurses were interviewed using a standardized interview questionnaire, and these interviews were then reviewed to determine themes regarding perceived factors contributing to sound levels. MAIN OUTCOME MEASURES: Hourly mean sound levels in each NICU ranged from 53.9 dB to 60.6 dB, with no statistically significant difference between noise levels recorded on day shift versus night shift, and no statistically significant difference among sites. Qualitative data showed that nurses' believed day shift to be louder than night shift and many perceived their own NICU as "pretty quiet." Key contributing factors to increased sound levels were stated as monitors or alarms, performing invasive procedures, presence of family, nurses or doctors giving report or rounds, and ringing phones. PRINCIPAL RESULTS: Noise levels were found to be above the American Academy of Pediatrics--recommended 45-dB level and often louder than the 50-dB level, which should not be exceeded more than 10% of the time. The recommended impulse maximum of 65 dB was also exceeded. Environmental Protection Agency recommendations for hospitals include sound levels no louder than 35 dB on night shift; this standard was also violated. CONCLUSIONS: Elevated sound levels need to be addressed in individual NICUs around the country. Further exploratory studies, as well as research regarding effective methods of decreasing sound levels in the NICU environment, are necessary. NICUs can implement behavioral and structural changes that can decrease the sound levels in the NICU environment and decrease the potential for exposure of patients to the harmful physiological effects of increased sound levels.