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Affiliation involving Self-Reported Review Procedures as well as Biomarkers regarding Second-Hand Cigarettes Exposure throughout Non-Smoking Expecting mothers.
Nurses gained substantial time liberated from EHR keyboard by SSO for patient care, having significant financial value for the organization.
The aim of this study was to understand the experiences of nurses making the role transition from clinical nurse specialists (CNSs) (hospital based) into transitional care nurse (TCN) roles (community based).

The shift from fee-for-service to value-based care has led to the development of transitional care programs. However, little is known about the perceptions of nurses transitioning from a hospital- to a community-based position. Their perceptions can inform training and future recommendations for the TCN role.

Five of 6 eligible TCNs from a community rural hospital in Vermont who transitioned from a CNS role to a TCN role participated in individual, face-to-face interviews using a semistructured interview guide. Selleck Pimicotinib Data were audio recorded, transcribed verbatim, and analyzed using the constant comparative method.

Seven major themes were identified enhanced patient-centered care, collaboration among the other TCNs, transitioning from expert to novice, recommendations for navigating and negotiating systems, discomfort with the role transition, a level of altruism and autonomy, and recommendations for improving the TCN role. Minor themes supported the major themes.

Our findings provide implications to improve the transitions of CNSs into a TCN role. Transitional care nurse programs are essential in transitioning individuals from hospital to home. To achieve maximum benefit from TCN programs and ensure their sustainability, nursing leaders must address gaps in both community resources and TCN training.
Our findings provide implications to improve the transitions of CNSs into a TCN role. Transitional care nurse programs are essential in transitioning individuals from hospital to home. To achieve maximum benefit from TCN programs and ensure their sustainability, nursing leaders must address gaps in both community resources and TCN training.
The aim of this study was to examine acute care registered nurses' (RNs') fall prevention decision-making.

The RN decision-making process related to fall prevention needs to be investigated to ensure that hospital policies align with nursing workflow and support nursing judgment.

Qualitative semistructured interviews based on the Critical Decision Method were conducted with RNs about their planning and decision making during their last 12-hour shift worked.

Data saturation was achieved with 12 RNs. Nine themes emerged related to the RN decision-making process and included hospital-level (eg, fear of discipline), unit-level (eg, value of bed alarm technology), and nurse-level (eg, professional judgment) factors that could influence fall prevention.

Nursing administrators should consider a multilevel approach to fall prevention policies that includes promoting a practice environment that embraces self-reporting adverse events without fear of shame or being reprimanded, evaluating unit-level practice and technology acceptance and usability, and supporting autonomous nursing practice.
Nursing administrators should consider a multilevel approach to fall prevention policies that includes promoting a practice environment that embraces self-reporting adverse events without fear of shame or being reprimanded, evaluating unit-level practice and technology acceptance and usability, and supporting autonomous nursing practice.
To evaluate (1) the accuracy of the International Organization for Standardization (ISO) standard ISO 1999 [(2013), International Organization for Standardization, Geneva, Switzerland] predictions of noise-induced permanent threshold shift (NIPTS) in workers exposed to various types of high-intensity noise levels, and (2) the role of the kurtosis metric in assessing noise-induced hearing loss (NIHL).

Audiometric and shift-long noise exposure data were acquired from a population (N = 2,333) of screened workers from 34 industries in China. The entire cohort was exclusively divided into subgroups based on four noise exposure levels (85 ≤ LAeq.8h < 88, 88 ≤ LAeq.8h < 91, 91 ≤ LAeq.8h < 94, and 94 ≤ LAeq.8h ≤ 100 dBA), two exposure durations (D ≤ 10 years and D > 10 years), and four kurtosis categories (Gaussian, low-, medium-, and high-kurtosis). Predicted NIPTS was calculated using the ISO 1999 model for each participant and the actual measured NIPTS was corrected for age and sex also using ISO 1ric in NIHL may lead to its incorporation into a new and more accurate model of hearing loss due to noise exposure.
The applicability of the ISO 1999 prediction model to different types of noise exposures needs to be carefully reexamined. A better understanding of the role of the kurtosis metric in NIHL may lead to its incorporation into a new and more accurate model of hearing loss due to noise exposure.
The association between hearing loss and risk factors for cardiovascular disease, including high blood pressure (BP), has been evaluated in numerous studies. However, data from population- and laboratory-based studies remain inconclusive. Furthermore, most prior work has focused on the effects of BP level on behavioral hearing sensitivity. In this study, we investigated cochlear integrity using distortion product otoacoustic emissions (DPOAEs) in persons with subtle elevation in BP levels (nonoptimal BP) hypothesizing that nonoptimal BP would be associated with poorer cochlear function.

Sixty individuals [55% male, mean age = 31.82 (SD = 11.17) years] took part in the study. The authors measured pure-tone audiometric thresholds from 0.25 to 16 kHz and computed four pure-tone averages (PTAs) for the following frequency combinations (in kHz) PTA0.25, 0.5, 0.75, PTA1, 1.5, 2, 3, PTA4, 6, 8, and PTA10, 12.5, 16. DPOAEs at the frequency 2f1-f2 were recorded for L1/L2 = 65/55 dB SPL using an f2/f1 ratio of 1.22 the relationship between cardiometabolic risk factors (and in particular, stage 2 hypertension) and hearing health.
Initial findings suggest significant correlations between diastolic BP and behavioral thresholds and diastolic BP and mid-frequency DPOAE levels. However, adjusted models indicate other factors are more important drivers of impaired auditory function. Contrary to our hypothesis, we found that subtle BP elevation was not associated with poorer hearing sensitivity or cochlear dysfunction. We consider explanations for the null results. Greater elevation in BP (i.e., hypertension itself) may be associated with more pronounced effects on cochlear function, warranting further investigation. This study suggests that OAEs may be a viable tool to characterize the relationship between cardiometabolic risk factors (and in particular, stage 2 hypertension) and hearing health.
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