Primary Care for Mentally Ill Adults in Acute Residential Treatment Facilities

Psychiatric bed capacity has decreased nationally with an impact on the number and the types of patients admitted to acute in-patient units. Acute residential programs provide alternatives to hospitals for patients with problems that do not meet criteria for admission. However, these settings may not have resources to respond to the medical co-morbidities associated with severe mental illness. To understand the medical needs of patients in these settings, this research examined data from a nurse-managed primary care outreach service. Prevalent problems included acute issues and chronic disorders associated with severe mental illness. In multivariate analyses, demographic and substance related factors contributed to all chronic illness. However, age was the over-riding predictor of cardio-metabolic disorders. Drug abuse consistently predicted HIV/AIDS and HCV risk. Findings demonstrate that patients diverted to alternative forms of acute psychiatric care are no less in need of medical services than those admitted to hospitals. This underscores the importance of primary care that is provided at the site of acute residential treatment and integrated with overall care.     

What critical care nurses need to know about health care access when caring for elders in acute care settings

Health care system issues, in general, and access to care, in particular, are not problems typically studied by critical care nurses. Rather, initial and continuing education focuses on clinical aspects of care. This focus is necessary to assure that critical care nurses have the expertise to care for patients who need astute surveillance for complicated physical problems and their emotional sequelae, as well as in-depth knowledge and skills related to care coordination for patient stabilization and transfer. However, evidence is growing that patients benefit when critical care nurses expand their knowledge about access to care. This article provides insights regarding access to health care and how it relates to many of the admission and readmission patterns that critical care nurses observe.     

Alteration of marrow cell gene expression, protein production, and engraftment into lung by lung-derived microvesicles: a novel mechanism for phenotype modulation

Numerous animal studies have demonstrated that adult marrow-derived cells can contribute to the cellular component of the lung. Lung injury is a major variable in this process; however, the mechanism remains unknown. We hypothesize that injured lung is capable of inducing epigenetic modifications of marrow cells, influencing them to assume phenotypic characteristics of lung cells. We report that under certain conditions, radiation-injured lung induced expression of pulmonary epithelial cell-specific genes and prosurfactant B protein in cocultured whole bone marrow cells separated by a cell-impermeable membrane. Lung-conditioned media had a similar effect on cocultured whole bone marrow cells and was found to contain pulmonary epithelial cell-specific RNA-filled microvesicles that entered whole bone marrow cells in culture. Also, whole bone marrow cells cocultured with lung had a greater propensity to produce type II pneumocytes after transplantation into irradiated mice. These findings demonstrate alterations of marrow cell phenotype by lung-derived microvesicles and suggest a novel mechanism for marrow cell-directed repair of injured tissue.     

Nursing's contributions to innovative hospital design

With nearly $200 billion of healthcare construction expected by 2015, nurse leaders must expand their knowledge and capabilities in healthcare design. This bimonthly department, edited by Jaynelle F. Stichler, DNSc, RN, FACHE, prepares nurse leaders to use the evidence-based design process to ensure that new, expanded, and renovated hospitals facilitate optimal patient outcomes, enhance the work environment for healthcare providers, and improve organizational performance. The guest authors of this article feature a new interdisciplinary model of graduate education that is focused on preparing design and healthcare professionals to work collaboratively in creating optimal healthcare designs that foster safety and efficiency.     

Effects of traumatic brain injury on a virtual reality social problem solving task and relations to cortical thickness in adolescence

Social problem solving was assessed in 28 youth ages 12-19 years (15 with moderate to severe traumatic brain injury (TBI), 13 uninjured) using a naturalistic, computerized virtual reality (VR) version of the Interpersonal Negotiations Strategy interview (Yeates, Schultz, & Selman, 1991). In each scenario, processing load condition was varied in terms of number of characters and amount of information. Adolescents viewed animated scenarios depicting social conflict in a virtual microworld environment from an avatar's viewpoint, and were questioned on four problem solving steps: defining the problem, generating solutions, selecting solutions, and evaluating the likely outcome. Scoring was based on a developmental scale in which responses were judged as impulsive, unilateral, reciprocal, or collaborative, in order of increasing score. Adolescents with TBI were significantly impaired on the summary VR-Social Problem Solving (VR-SPS) score in Condition A (2 speakers, no irrelevant information), p = 0.005; in Condition B (2 speakers + irrelevant information), p = 0.035; and Condition C (4 speakers + irrelevant information), p = 0.008. Effect sizes (Cohen's D) were large (A = 1.40, B = 0.96, C = 1.23). Significant group differences were strongest and most consistent for defining the problems and evaluating outcomes. The relation of task performance to cortical thickness of specific brain regions was also explored, with significant relations found with orbitofrontal regions, the frontal pole, the cuneus, and the temporal pole. Results are discussed in the context of specific cognitive and neural mechanisms underlying social problem solving deficits after childhood TBI.     

Mental state attributions and diffusion tensor imaging after traumatic brain injury in children

We studied social cognition in 49 children 3 months after moderate to severe traumatic brain injury (TBI) and in 39 children with orthopedic injury (OI). Children underwent diffusion tensor imaging (DTI) and a mental attribution task showing two triangles. Mental state attributions increased when one triangle reacted to intentions of the other, but less so in the TBI than the OI group. DTI identified injury to white matter microstructure in the TBI group, but the relation of DTI to mental attributions did not differ between groups. Moderate to severe TBI produces white matter disconnections that may affect social cognitive networks.     

Interventions to reduce hospitalizations from nursing homes: evaluation of the INTERACT II collaborative quality improvement project

A substantial proportion of hospitalizations of nursing home (NH) residents may be avoidable. Medicare payment reforms, such as bundled payments for episodes of care and value-based purchasing, will change incentives that favor hospitalization but could result in care quality problems if NHs lack the resources and training to identify and manage acute conditions proactively. Interventions to Reduce Acute Care Transfers (INTERACT) II is a quality improvement intervention that includes a set of tools and strategies designed to assist NH staff in early identification, assessment, communication, and documentation about changes in resident status. INTERACT II was evaluated in 25 NHs in three states in a 6-month quality improvement initiative that provided tools, on-site education, and teleconferences every 2 weeks facilitated by an experienced nurse practitioner. There was a 17% reduction in self-reported hospital admissions in these 25 NHs from the same 6-month period in the previous year. The group of 17 NHs rated as engaged in the initiative had a 24% reduction, compared with 6% in the group of eight NHs rated as not engaged and 3% in a comparison group of 11 NHs. The average cost of the 6-month implementation was $7,700 per NH. The projected savings to Medicare in a 100-bed NH were approximately $125,000 per year. Despite challenges in implementation and caveats about the accuracy of self-reported hospitalization rates and the characteristics of the participating NHs, the trends in these results suggest that INTERACT II should be further evaluated in randomized controlled trials to determine its effect on avoidable hospitalizations and their related morbidity and cost.     

Pulmonary tuberculosis: clinical features and patient management

Pulmonary tuberculosis (TB) is a common infectious disease and a major cause of illness and death throughout the world, particularly in developing countries. This article explores the difference between latent TB infection and active TB disease, and discusses the pharmacological management of TB and issues around adherence to medication. Although TB is usually managed by specialist teams it is essential that all practitioners have an understanding of the signs and symptoms of the disease to ensure early referral and accurate diagnosis.     

Antibiotics: mode of action and mechanisms of resistance

Antibiotic therapy has revolutionised medical care and has many benefits for patients with or at risk of infections. However, the development of antibiotic resistance now limits the effectiveness of these agents, which is a serious public health concern. This article examines these issues and offers guidance on prescribing strategies and resources for nurse prescribers.     

Longitudinal changes in cortical thickness in children after traumatic brain injury and their relation to behavioral regulation and emotional control

The purpose of this study was to assess patterns of cortical development over time in children who had sustained traumatic brain injury (TBI) as compared to children with orthopedic injury (OI), and to examine how these patterns related to emotional control and behavioral dysregulation, two common post-TBI symptoms. Cortical thickness was measured at approximately 3 and 18 months post-injury in 20 children aged 8.2-17.5 years who had sustained moderate-to-severe closed head injury and 21 children aged 7.4-16.7 years who had sustained OI. At approximately 3 months post-injury, the TBI group evidenced decreased cortical thickness bilaterally in aspects of the superior frontal, dorsolateral frontal, orbital frontal, and anterior cingulate regions compared to the control cohort, areas of anticipated vulnerability to TBI-induced change. At 18 months post-injury, some of the regions previously evident at 3 months post-injury remained significantly decreased in the TBI group, including bilateral frontal, fusiform, and lingual regions. Additional regions of significant cortical thinning emerged at this time interval (bilateral frontal regions and fusiform gyrus and left parietal regions). However, differences in other regions appeared attenuated (no longer areas of significant cortical thinning) by 18 months post-injury including large bilateral regions of the medial aspects of the frontal lobes and anterior cingulate. Cortical thinning within the OI group was evident over time in dorsolateral frontal and temporal regions bilaterally and aspects of the left medial frontal and precuneus, and right inferior parietal regions. Longitudinal analyses within the TBI group revealed decreases in cortical thickness over time in numerous aspects throughout the right and left cortical surface, but with notable "sparing" of the right and left frontal and temporal poles, the medial aspects of both the frontal lobes, the left fusiform gyrus, and the cingulate bilaterally. An analysis of longitudinal changes in cortical thickness over time (18 months-3 months) in the TBI versus OI group demonstrated regions of relative cortical thinning in the TBI group in bilateral superior parietal and right paracentral regions, but relative cortical thickness increases in aspects of the medial orbital frontal lobes and bilateral cingulate and in the right lateral orbital frontal lobe. Finally, findings from analyses correlating the longitudinal cortical thickness changes in TBI with symptom report on the Emotional Control subscale of the Behavior Rating Inventory of Executive Function (BRIEF) demonstrated a region of significant correlation in the right medial frontal and right anterior cingulate gyrus. A region of significant correlation between the longitudinal cortical thickness changes in the TBI group and symptom report on the Behavioral Regulation Index was also seen in the medial aspect of the left frontal lobe. Longitudinal analyses of cortical thickness highlight an important deviation from the expected pattern of developmental change in children and adolescents with TBI, particularly in the medial frontal lobes, where typical patterns of thinning fail to occur over time. Regions which fail to undergo expected cortical thinning in the medial aspects of the frontal lobes correlate with difficulties in emotional control and behavioral regulation, common problems for youth with TBI. Examination of post-TBI brain development in children may be critical to identification of children that may be at risk for persistent problems with executive functioning deficits and the development of interventions to address these issues.