A framework to conceptualize personal recovery from eating disorders: A systematic review and qualitative meta-synthesis of perspectives from individuals with lived experience

Background: An extensive literature exists describing treatment interventions and recovery from eating disorders (EDs); however, this body of knowledge is largely symptom-based and from a clinical perspective and thus limited in capturing perspectives and values of individuals with lived experience of an ED. In this study, we performed a systematic review to coproduce a conceptual framework for personal recovery from an ED based on primary qualitative data available in published literature. Methods: A systematic review and qualitative meta-synthesis approach was used. Twenty studies focusing on ED recovery from the perspective of individuals with lived experience were included. The studies were searched for themes describing the components of personal recovery. All themes were analyzed and compared to the established connectedness; hope and optimism about the future; identity; meaning in life; and empowerment (CHIME) and Substance Abuse and Mental Health Services Administration (SAMHSA) frameworks of recovery, which are applicable to all mental disorders. Themes were labeled and organized into a framework outlining key components of the ED personal recovery process. Results: Supportive relationships, hope, identity, meaning and purpose, empowerment, and self-compassion emerged as the central components of the recovery process. Symptom recovery and its relationship to the personal recovery process are also significant. Discussion: Individuals with lived experience of EDs noted six essential elements in the personal ED recovery process. This framework is aligned with several of the key components of the CHIME and SAMHSA frameworks of recovery, incorporating person-centered elements of the recovery process. Future research should validate these constructs and develop instruments (or tools) that integrate the lived experiences into a measurement of recovery from an ED

The Uses of Stance in Media Production: Embodied Sociolinguistics and Beyond

While many conversation analysts, and scholars in related fields, have used video-recordings to study interaction, this study is one of a small but growing number that investigates video-recordings of the joint activities of media professionals working with, and on, video. It examines practices of media production that are, in their involvement with the visual and verbal qualities of video, both beyond talk and deeply shaped by talk. The article draws upon video recordings of the making of a feature-length documentary. In particular, it analyses a complex course of action where an editing team are reviewing their interview of the subject of the documentary, their footage is being intercut with existing reality TV footage of that same interviewee. The central contributions that the article makes are, firstly, to the sociolinguistics of mediatisation, through the identification of the workplace concerns of the members of the editing team, secondly showing how editing is accomplished, moment-by-moment, through the use of particular forms of embodied action and, finally, how the media themselves feature in the ordering of action. While this is professional work it sheds light on the video-mediated practices in contemporary culture, especially those found in social media where video makers carefully consider their editing of the perspective toward themselves and others

Pyoderma Gangrenosum Following Bilateral Deep Inferior Epigastric Perforator Flaps

Pyoderma gangrenosum (PG) is an atypical ulcerative cutaneous condition, with an estimated six cases per million people per year in the United States.[1] One-half of patients have idiopathic disease, and it is most commonly associated with underlying systemic inflammatory conditions or hematologic malignancies.[1] [2] There have been several reported cases of PG following breast reduction procedures; however, postsurgical PG (PSPG) is rarely seen following autologous tissue breast reconstruction.[3] In this article, the authors report the clinical course, treatment, and outcome of a patient diagnosed with PSPG following a delayed breast reconstruction with bilateral deep inferior epigastric perforator (DIEP) flaps. The objective of reporting this case is to further the understanding of the clinical presentation and treatment of PSPG as a complication in patients who present with cutaneous ulcerations following autologous tissue breast reconstruction

Pyoderma Gangrenosum Following Bilateral Deep Inferior Epigastric Perforator Flaps

Pyoderma gangrenosum (PG) is an atypical ulcerative cutaneous condition, with an estimated six cases per million people per year in the United States.[1] One-half of patients have idiopathic disease, and it is most commonly associated with underlying systemic inflammatory conditions or hematologic malignancies.[1] [2] There have been several reported cases of PG following breast reduction procedures; however, postsurgical PG (PSPG) is rarely seen following autologous tissue breast reconstruction.[3] In this article, the authors report the clinical course, treatment, and outcome of a patient diagnosed with PSPG following a delayed breast reconstruction with bilateral deep inferior epigastric perforator (DIEP) flaps. The objective of reporting this case is to further the understanding of the clinical presentation and treatment of PSPG as a complication in patients who present with cutaneous ulcerations following autologous tissue breast reconstruction

Presence and Utility of Intrinsically Disordered Regions in Kinases

Since aberrant cell signaling pathways underlie majority of pathophysiological morbidities, kinase inhibitors are routinely used for pharmacotherapy. However, most kinase inhibitors suffer from adverse off-target effects. Inhibition of one kinase in a pathogenic signaling pathway elicits multiple compensatory feedback signaling loops, reinforcing the pathway rather than inhibiting it, leading to chemoresistance. Thus, development of novel computational strategies providing predictive evidence to inhibit a specific set of kinases to mitigate an aberrant signaling pathway with minimum side-effects is imperative. First, our analyses reveal that many kinases contain intrinsically disordered regions, which may participate in facilitating protein–protein interactions at the kinome level. Second, we employ a kinome-wide approach to identify intrinsic disorder and streamline a methodology that adds to the knowledge of therapeutically targeting kinase cascades to treat diseases. Furthermore, we find that within the kinome network, some kinases with intrinsically disordered regions have a high topological score, likely acting as kinome modulators. Third, using network analysis, we demonstrate that 5 kinases emerge as topologically most significant, forming kinome sub-networks, comprising of other kinases and transcription factors that are known to serve as drivers of disease pathogenesis. To support these findings, we have biologically validated the interplay between kinome modulators SRC and AKT kinases and uncovered their novel function in regulating transcription factors of the SMAD family. Taken together, we identify novel kinome modulators driven by intrinsic disorder, and biologically validate the thesis that therapeutic disruption of the function of kinome modulators engaged in regulatory cross-talk between disparate pathways can lead to reduced oncogenic potential in cancer cells

Comparison of Ureteral Stent Biomaterials: Encrustation Profile in Lithogenic Artificial Urine Models.

Ureteral stent encrustation significantly limits indwelling time and can lead to downstream urological problems. However, no ideal polymeric biomaterials have been shown to completely resist encrustation in long-term urine exposure. Recently, 2-hydroxyethyl methacrylate (HEMA)-coated Pellethane was reported as a promising biomaterial resistant to encrustation. This study compared HEMA-coated Pellethane to commercially available stents under two different artificial urine environments. To evaluate the degree and composition of encrustation on HEMA-coated Pellethane, Boston Scientific Tria, Bard InLay Optima, Cook Universa Hydrogel, and Cook Black Silicone stents were used at various dwelling times in two different artificial urine environments. In a batch-flow model, samples of stents were suspended in an artificial urine solution (AUS) at 37 °C. Every 24 h for 11 weeks, 50% of the AUS would be replaced with fresh components using a programmable peristaltic pump system. The stent materials were removed at suitable time intervals and air-dried for 24 h under sterile conditions before follow-up analysis. SEM was used to assess the degree of encrustation, and inductively coupled plasma mass spectrometry (ICP-MS) was employed to quantify the encrusted compositions, specifically for calcium, magnesium, and phosphorus. We measured the weight gain over time due to encrusted deposits on the stents and quantified the amount of Ca, Mg, and P deposited on each encrusted stent. After the 11 week trial, HEMA-coated Pellethane showed the most average mass change. SEM showed that HEMA-coated Pellethane was fully encrusted in just 2 weeks in the AUS environments, and ICP-MS showed that Ca is the most abundant deposit. Among all the tested stents, Black Silicone performed the best. The two AUSs were formulated to encrust more rapidly than physiological conditions. HEMA-coated Pellethane is not an ideal stent material, while silicone is a promising material for advancing ureteral stents