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Insomnia is a debilitating symptom experienced by nearly 60% of cancer survivors. Building on our prior research showing the clinical benefit of cognitive behavioral therapy for insomnia (CBT-I) and acupuncture, we organized a workshop of patient advocates and clinician stakeholders to understand the barriers and develop recommendations for the dissemination and implementation of these interventions.

Participants completed a pre-workshop survey assessing their experiences with insomnia and barriers to insomnia treatment and participated in a workshop facilitated by professionals and patient experts. Responses from the survey were tabulated and the discussions from the workshop were content-analyzed to extract relevant factors thatmay influence dissemination and implementation.

Multidisciplinary and stakeholder workshop participants (N = 51) identified barriers and proposed solutions and future recommendations for dissemination and implementation of evidence-based interventions to improve sleep health ined to help millions of people affected by cancer manage their insomnia and improve their quality of life.Analysis of peripheral venous pressure (PVP) waveforms is a novel method of monitoring intravascular volume. Two pediatric cohorts were studied to test the effect of anesthetic agents on the PVP waveform and cross-talk between peripheral veins and arteries (1) dehydration setting in a pyloromyotomy using the infused anesthetic propofol and (2) hemorrhage setting during elective surgery for craniosynostosis with the inhaled anesthetic isoflurane. PVP waveforms were collected from 39 patients that received propofol and 9 that received isoflurane. A multiple analysis of variance test determined if anesthetics influence the PVP waveform. A prediction system was built using k-nearest neighbor (k-NN) to distinguish between (1) PVP waveforms with and without propofol and (2) different minimum alveolar concentration (MAC) groups of isoflurane. 52 porcine, 5 propofol, and 7 isoflurane subjects were used to determine the cross-talk between veins and arteries at the heart and respiratory rate frequency during (a) during and after bleeding with constant anesthesia, (b) before and after propofol, and (c) at each MAC value. PVP waveforms are influenced by anesthetics, determined by MANOVA p value  less then  0.01, η2 = 0.478 for hypovolemic, and η2 = 0.388 for euvolemic conditions. The k-NN prediction models had 82% and 77% accuracy for detecting propofol and MAC, respectively. The cross-talk relationship at each stage was (a) ρ = 0.95, (b) ρ = 0.96, and (c) could not be evaluated using this cohort. Future research should consider anesthetic agents when analyzing PVP waveforms developing future clinical monitoring technology that uses PVP.Police stops are the most common form of criminal justice exposure in the USA, and are particularly common among urban youth, with 23% of them reporting a stop by the age of 15. While recent work has begun to illuminate the health impacts of police stops for these youth, little is known about the health consequences of youth police contact for the mothers of youth stopped by the police. The current study employs data from the Fragile Families and Child Wellbeing Study (FFCWS), a sample of urban, at-risk youth and their families. Multivariate logistic regression models are conducted to examine the link between youth police stops and sleep difficulties among mothers. Additional analyses examine whether the features and consequences of police stops are associated with sleep difficulties among mothers. The findings indicate that mothers with youth who have experienced police stops are more than twice as likely to report both depression- and anxiety-related sleep difficulties compared to their counterparts. Furthermore, stops with certain features-including those characterized by intrusiveness, high trauma, and high stigma-emerged as consistently significant predictors of maternal sleep difficulties. The findings suggest that mothers who are vicariously exposed to police contact via their children are a vulnerable group. Given the non-random distribution of police contact across the population of youth, with police contact concentrated among children of color, the findings suggest that police contact may exacerbate racial inequalities in sleep, which may itself contribute to racial disparities in broader mental and physical health outcomes.

The purpose of this study was to determine the associations between cardiac function and postoperative adverse events in pediatric patients with obstructive sleep apnea (OSA).

Patients between birth and 18years of age diagnosed with OSA between January 1, 2015, and December 31, 2018, who underwent echocardiographic evaluation within 6months of surgery at a tertiary care children's hospital were evaluated. Selleckchem Polyinosinic acid-polycytidylic acid Exclusion criteria included history of neuromuscular disorders, tracheostomy placement, or a predominance of central apneic events recorded during polysomnography (PSG). Patients were grouped by OSA severity. Chi-squared analysis and logistic regression were utilized to determine associations between demographic characteristics, OSA severity, preoperative echocardiographic abnormalities, and postoperative adverse events.

One hundred ten children met inclusion criteria for the study, including 22 with mild OSA, 22 with moderate OSA, and 66 with severe OSA. Race and the presence of congenital heart diseaamined as a clinical indicator of OSA severity.

To evaluate associations between vertebrae and disc shape asymmetry and adolescent idiopathic scoliosis (AIS) curve severity.

Analysis included normal screening referrals and patients with right, main thoracic AIS who underwent upright, biplanar radiographs with 3D reconstruction at a single institution from 2010 to 2015. Peri-apical anterior, posterior, right, and left vertebral body heights (aVBH, pVBH, rVBH, lVBH) and intervertebral disc heights (DH) were measured, and ratios of these measurements were calculated in sagittal and coronal planes. Correlations were performed between curve severity and height measurements. Sagittal and coronal plane components of these measurements were compared between normal controls with coronal curve measurements < 11° and patients with moderate (11°-49°) and severe curves (≥ 50°), with tolerance intervals established for the normal controls.

The analysis included a total of 397 patients. Patients with AIS had coronal curve measurements ranging from 11° to 101°. Greater coronal curve severity strongly correlated with smaller pVBH relative to aVBH and moderately correlated with smaller pDH relative to aDH (r = - 0.