General Screen Research Articles

Improving the roller screen efficiency to classify green iron pellets using DEM simulation, novel roll design and implementing banana configuration

Roller screens play a decisive character in the efficiency of pelletizing circuits and induration furnaces. Unlike vibrating screens, there have been no studies on roller screens to determine their capacity and dimensions. Most studies have utilized the discrete element method (DEM) simulation to assess roller screen performance by employing a spherical shape and the Hertz-Mindlin elastic model. However, this approach is unsuitable due to green pellets’ non-spherical shape and elastic–plastic properties. This study introduces the incorporation of the actual shape of green pellets and a hysteretic spring elastoplastic contact model. In this research work, a novel design of rolls with a grooved surface was recommended for the first time, resulting in a Total Screening Efficiency (TSE) of 96.4% compared to 87.1% for rolls with a smooth surface. Additionally, while exploring the impact of the decks number on the roller screen, a new design, known as the banana roller screen, was introduced. Under similar conditions, the TSE increased by 1.22% compared to the general roller screen type. It was also found that the roller screen’s capacity is directly related to the diameter, speed of rotation, and the number of rolls, while it has a reverse relationship with TSE and deck angle.

Activity evaluation and reaction mechanisms of highly efficient dual-atom transition metal catalysts in Li-CO2 batteries

Lithium-carbon dioxide (Li-CO2) batteries have received increased attention due to their high energy density and fixing CO2 as a major greenhouse gas. At the same time, there are challenges including low activity of cathode and high overpotential in Li-CO2 batteries. Herein, 45 dual-atom catalysts (DACs) composed of 9 transition metal (TM) atoms doped in nitrogen-doped graphene (M1M2-N-G, M1, M2 = Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn), as cathode catalysts of Li-CO2 batteries, have been studied by using first-principles calculations. According to the thermodynamic stability of the DACs and the ability of CO2 activation, 25 catalysts candidates were screened out. Then, the reaction activity and selectivity of DACs were evaluated by thermodynamical reaction energy and overpotential. Finally, TiMn-N-G displayed the smallest total electrode overpotential 1.83 V during the pathway of Li2CO3 and CrNi-N-G exhibited the smallest total electrode overpotential 0.08 V during the in Li2C2O4 pathway, respectively, which proved that they possessed better catalytic activity tendency in Li-CO2 batteries. This work provides not only a rational design to identify promising graphene-based catalysts, but also a general screen rule for atomic catalysts in Li-CO2 batteries.

Prevalence of radiographic appendicular osteoarthritis and associated clinical signs in young dogs.

This study aimed to determine the prevalence of osteoarthritis (OA) and associated clinical signs in young dogs. Owners of dogs aged 8months-4years from a single practice, were contacted in random order, to participate in a general health screen. Clinical and orthopedic examinations were performed. Each joint was scored for pain reactions (0-4). Orthogonal radiographs of all joints were made under sedation. Each joint was scored for radiographic OA (rOA) severity on an 11-point scale. Clinical OA (cOA) was defined as an overlap of rOA and joint pain in ≥ 1 joint. Owners completed OA questionnaires. The owners of 123 dogs agreed to participate. Overall, 39.8% (49/123) of dogs had rOA in ≥ 1 joint, and 16.3% (20/123) or 23.6% (29/123) dogs had cOA, depending on the cut-off value of joint pain; moderate (2), or mild (1), respectively. Owners of dogs with cOA observed signs of impairment in approximately 30% of cases. Only 2 dogs with cOA were receiving OA pain management. The most commonly affected joints in descending order of frequency were elbow, hip, tarsus, and stifle. Radiographically visible OA is common in young dogs, and 40-60% of dogs with rOA had cOA. However, OA-pain appears underdiagnosed and undertreated in young dogs.

Early Identification of Developmental Language Delay

Despite the importance of identifying children with developmental language delay, no accurate screening instruments are available for 3-year-olds. The aim of the present study is to compare the accuracy of the General Language Screen (GLS), focusing on receptive and expressive language and intelligibility with the accuracy of the VTO Language Screening Instrument (VTO-LSI)-3-year, focusing on expressive language and intelligibility. We hypothesize that the GLS is more accurate in identifying children with language delay, because it also assesses receptive language. Ninety-seven 3-year-old children were included based on their language screening score at the age of 2. At the age of 3, children were assessed with the VTO-LSI-3-year and the GLS. Diagnostic tests were used as reference tests. The GLS was better than the VTO-LSI-3-year in identifying children with language delay. Receiver operating characteristic analysis of the discriminative power showed higher areas under the receiver operating characteristic curve for the GLS. Moreover, the GLS was better in detecting receptive language concerns. Given these results the GLS may serve as a reliable screening tool, especially for children with receptive problems. Because receptive language problems are persistent, early diagnosis and intervention is very important for these children.

Screen Time and Autism Spectrum Disorder

Contemporary studies raise concerns regarding the implications of excessive screen time on the development of autism spectrum disorder (ASD). However, the existing literature consists of mixed and unquantified findings. To conduct a systematic review and meta-analyis of the association between screen time and ASD. A search was conducted in the PubMed, PsycNET, and ProQuest Dissertation & Theses Global databases for studies published up to May 1, 2023. The search was conducted independently by 2 authors. Included studies comprised empirical, peer-reviewed articles or dissertations published in English with statistics from which relevant effect sizes could be calculated. Discrepancies were resolved by consensus. This study followed the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) reporting guideline. Two authors independently coded all titles and abstracts, reviewed full-text articles against the inclusion and exclusion criteria, and resolved all discrepancies by consensus. Effect sizes were transformed into log odds ratios (ORs) and analyzed using a random-effects meta-analysis and mixed-effects meta-regression. Study quality was assessed using the Grading of Recommendations, Assessment, Development, and Evaluations (GRADE) approach. Publication bias was tested via the Egger z test for funnel plot asymmetry. Data analysis was performed in June 2023. The 2 main variables of interest in this study were screen time and ASD. Screen time was defined as hours of screen use per day or per week, and ASD was defined as an ASD clinical diagnosis (yes or no) or ASD symptoms. The meta-regression considered screen type (ie, general use of screens, television, video games, computers, smartphones, and social media), age group (children vs adults or heterogenous age groups), and type of ASD measure (clinical diagnosis vs ASD symptoms). Of the 4682 records identified, 46 studies with a total of 562 131 participants met the inclusion criteria. The studies were observational (5 were longitudinal and 41 were cross-sectional) and included 66 relevant effect sizes. The meta-analysis resulted in a positive summary effect size (log OR, 0.54 [95% CI, 0.34 to 0.74]). A trim-and-fill correction for a significant publication bias (Egger z = 2.15; P = .03) resulted in a substantially decreased and nonsignificant effect size (log OR, 0.22 [95% CI, -0.004 to 0.44]). The meta-regression results suggested that the positive summary effect size was only significant in studies targeting general screen use (β [SE] = 0.73 [0.34]; t58 = 2.10; P = .03). This effect size was most dominant in studies of children (log OR, 0.98 [95% CI, 0.66 to 1.29]). Interestingly, a negative summary effect size was observed in studies investigating associations between social media and ASD (log OR, -1.24 [95% CI, -1.51 to -0.96]). The findings of this systematic review and meta-analysis suggest that the proclaimed association between screen use and ASD is not sufficiently supported in the existing literature. Although excessive screen use may pose developmental risks, the mixed findings, the small effect sizes (especially when considering the observed publication bias), and the correlational nature of the available research require further scientific investigation. These findings also do not rule out the complementary hypothesis that children with ASD may prioritize screen activities to avoid social challenges.

USABILITY ENGINEERING ANALYSIS ON MY BEST E-LEARNING APPLICATION UNIVERSITY OF BINA SARANA INFORMATIKA

After the Covid-19 pandemic ended, the lecture system at several universities in Indonesia began to gradually improve. The lecture system for several courses is carried out face-to-face. However, there are still several courses that are conducted online using e-learning applications with various considerations for the needs of the university. Bina Sarana Informatics University (UBSI) is a technology-based university where the learning system has implemented internet technology even long before the Covid-19 pandemic occurred. UBSI always strives to continue to improve the quality of the e-learning system that has been implemented. This can be seen from the development of e-learning applications for the lecture process which makes it easier for lecturers and students to access and absorb information related to campus academics. My Best is an e-learning application that is currently used in the KBM process in the UBSI environment and to improve the quality of the application used it is necessary to carry out a usability engineering evaluation. This analysis method consists of several stages, namely platform constraints, general design principles, conceptual model and screen design. The results of the usability analysis on the My Best e-learning application at Bina Sarana Informatika University have complete stage coverage, this means that My Best is an e-learning application in the very good category.

False-Positive Amphetamines in Urine Drug Screens: A 6-Year Review.

Immunoassays are routinely used to provide rapid urine drug screening results in the clinical setting. These screening tests are prone to false-positive results and ideally require confirmation by mass spectrometry. In this study, we have examined a large number of urine specimens where drugs other than amphetamines may have caused a false-positive amphetamine immunoassay screening result. Urine drug screens (12,250) in a clinical laboratory that used the CEDIA amphetamine/ecstasy method were reviewed for false-positive results over a 6-year period (2015-2020). An additional 3,486 referred samples, for which confirmatory--mass spectrometry was requested, were also reviewed. About 86 in-house samples and 175 referral samples that were CEDIA false-positive screens were further analyzed by an LC-QTOF general unknown screen. Potential cross-reacting drugs were identified, and their molecular similarities to the CEDIA targets were determined. Commercial standards were also analyzed for cross-reactivity in the amphetamine/ecstasy CEDIA screen. Positive amphetamine results in 3.9% of in-house samples and 9.9% of referred tests for confirmatory analysis were false positive for amphetamines. Of these false-positive specimens, on average, 6.8 drugs were detected by the LC-QTOF screen. Several drugs were identified as possible cross-reacting drugs to the CEDIA amphetamine/ecstasy assay. Maximum common substructure scores for 70 potential cross-reacting compounds were calculated. This was not helpful in identifying cross-reacting drugs. False-positive amphetamine screens make up to 3.9-9.9% of positive amphetamine screens in the clinical laboratory. Knowledge of cross-reacting drugs may be helpful when mass spectrometry testing is unavailable.

Health behaviors, psychosocial factors, and academic engagement in youth with autism spectrum disorder: A latent class analysis.

The purpose of this study was to identify behavioral and health-related profiles of children with autism spectrum disorder (ASD), based on the 2016 National Survey of Children's Health. A sample of 894 children with ASD (weighted sample N=768,181) were included in the analysis. All data were parent-reported and included measures on current diagnosis of ASD, general child health, weight status, physical activity (PA), screen time (ST), sleep duration, academic engagement, and social engagement. Latent class analysis, estimated with Mplus v. 8.4, was used to identify latent profiles of children with ASD. A three-profile solution was the best fitting model, per model fit criteria. Children in profile 1 had overall more positive attributes (better health and weight, PA, more engaged in school, little difficulty in making friends, and modest ST) relative to children in either profiles 2 or 3. Children in profile 2 had distinctly increased ST and more difficulty in making friends when compared with children in either other profile. A greater proportion of children in profiles 2 and 3 were receiving behavioral treatment compared to profile 1; however, no differences were observed among profiles according to ASD severity, medication status, or additional health conditions. Studies should examine causal mechanisms among health behaviors, academic achievement, and social engagement in youth with ASD.

An Unusual Case of High 6-Monoacetylmorphine and Low Morphine in Urine: Heroin Abuse or Analytical Error?

A 59-year-old male with a past medical history of chronic low back pain, opioid use disorder, and type 2 diabetes mellitus presented to an outpatient clinic for pain contract–related urine drug screen testing. Current medications included metformin, oxycodone, and Suboxone® (buprenorphine and naloxone combination). The patient stated that 5 days prior to the visit, he stopped taking Suboxone due to complaints of nausea and vomiting. Urine toxicology test results are summarized in Table 1. ... ... Suboxone is an opioid abuse management medication that is formulated with buprenorphine and naloxone. Naloxone has limited bioavailability when administered sublingually and should be barely detectable in urine. However, when Suboxone is taken parenterally, naloxone enters the blood stream and is largely excreted in urine. In this case, the presence of a high concentration of naloxone in urine with a high ratio to buprenorphine suggested parenteral administration (1). Heroin is readily metabolized into 6-MAM and then to morphine. Typically, the 6-MAM-to-morphine ratio is <0.26, so it is uncommon to see a high positive 6-MAM with very low morphine concentrations (2). The calculated 6-MAM-to-morphine ratio in this sample was 7.27. Conversion from morphine to 6-MAM due to contaminants in enzyme hydrolysis or acid hydrolysis used during sample preparation in urine samples with extremely high morphine (>100 000 μg/L) has been reported (3). In our case, morphine was very low, so this was unlikely, but to rule out any analytical cause, the positive urine sample was sent to a reference laboratory, which confirmed our findings. The fact that 2 laboratories using different mass spectrometry–based methods showed detectable 6-MAM supported heroin use, instead of a false positive due to an interference. The unusually low morphine result in some heroin users has been reported elsewhere and may be mostly attributed to inhibitors of carboxylesterases from the heroin synthesis process (2) or explained by polymorphism in the esterase enzymes metabolizing 6-MAM to morphine (4). The physician also requested serum fentanyl testing by mass spectrometry 5 days after the original urine sample collection (fentanyl was not part of our general urine drug screen), which came back positive for fentanyl and norfentanyl. In addition to the unexpected positive amphetamine result, all of this confirmed that this patient suffered from polysubstance abuse.

Wearables in Cardiovascular Disease.

Wearable devices stand to revolutionize the way healthcare is delivered. From consumer devices that provide general health information and screen for medical conditions to medical-grade devices that allow collection of larger datasets that include multiple modalities, wearables have a myriad of potential uses, especially in cardiovascular disorders. In this review, we summarize the underlying technologies employed in these devices and discuss the regulatory and economic aspects of such devices as well as the future implications of their use.

Evolution of AVS video coding standards: twenty years of innovation and development

Ever since the founding of the Audio and Video Coding Standard (AVS) Workgroup of China in 2002, it has been dedicated to advancing and innovating the digital audio-video industry with highly efficient and economical encoding/decoding technologies. Three representative generations of video coding standards have been finalized and published, consistently improving the coding performance in the past two decades. The series of AVS standards establish solid foundations for ubiquitous video applications in the areas including acquisition, coding, production, delivery, integrated system, public service, general screen content, and mixed reality media. Along with the standardization process, an extensive amount of studies have been carried out on efficiency-aware designation, algorithm optimization, and hardware implementation of these innovative video coding techniques. This paper explains how those developed techniques provide a lasting impact on the video coding community, extensively, technologically, and systematically. In particular, we provide a comprehensive survey of the three generations of the standards, and timely and in-depth summarize the efforts of the AVS video coding standards in the twenty years. The rate-distortion performance comparisons, in particular in terms of the 8K ultra-high-definition (UHD) contents, reflect the elegant design of the state-of-the-art AVS3 standards. We have also elaborated on a variety of well-established and promising applications, including commercial level real-time 8K encoder, high-frame-rate decoder chip for cell phone, and live streaming solution for sports. In addition, the China Central Television (CCTV) of China Media Group (CMG), the state television of China, has officially launched the first 8K broadcasting channel (CCTV-8K) since 2021 using AVS3. Given the significant success realized by the AVS standards, it is envisioned that a new era of 8K UHD video is arriving.

‘I can’t understand why others don’t screen more’: a qualitative study exploring why Australian general practitioners screen for primary aldosteronism

ObjectiveWe sought to understand the factors that influence a general practitioner’s (GP’s) experience of screening for primary aldosteronism (PA) in hypertensive patients.DesignA qualitative study, framed by phenomenology, using semistructured interviews...

The Predictive Value of Vital Signs for Morbidity in Pregnancy: Evaluating and Optimizing Maternal Early Warning Systems.

Vital sign scoring systems that alert providers of clinical deterioration prior to critical illness have been proposed as a means of reducing maternal risk. This study examined the predictive ability of established maternal early warning systems (MEWS)-as well as their component vital sign thresholds-for different types of maternal morbidity, to discern an optimal early warning system. This retrospective cohort study analyzed all patients admitted to the obstetric services of a four-hospital urban academic system in 2018. Three sets of published MEWS criteria were evaluated. Maternal morbidity was defined as a composite of hemorrhage, infection, acute cardiac disease, and acute respiratory disease ascertained from the electronic medical record data warehouse and administrative data. The test characteristics of each MEWS, as well as for heart rate, blood pressure, and oxygen saturation were compared. Of 14,597 obstetric admissions, 2,451 patients experienced the composite morbidity outcome (16.8%) including 980 cases of hemorrhage (6.7%), 1,337 of infection (9.2%), 362 of acute cardiac disease (2.5%), and 275 of acute respiratory disease (1.9%) (some patients had multiple types of morbidity). The sensitivities (15.3-64.8%), specificities (56.8-96.1%), and positive predictive values (22.3-44.5%) of the three MEWS criteria ranged widely for overall morbidity, as well as for each morbidity subcategory. Of patients with any morbidity, 28% met criteria for the most liberal vital sign combination, while only 2% met criteria for the most restrictive parameters, compared with 14 and 1% of patients without morbidity, respectively. Sensitivity for all combinations was low (maximum 28.2%), while specificity for all combinations was high, ranging from 86.1 to 99.3%. Though all MEWS criteria demonstrated poor sensitivity for maternal morbidity, permutations of the most abnormal vital signs have high specificity, suggesting that MEWS may be better implemented as a trigger tool for morbidity reduction strategies in the highest risk patients, rather than a general screen. · MEWS have poor sensitivity for maternal morbidity.. · MEWS can be optimized for high specificity using modified criteria.. · MEWS could be better used as a trigger tool..

Reading Format Attitudes in the Time of COVID

The objective of this paper is to investigate the impact of the COVID-19-related changes to educational delivery on students' academic reading format preferences and behaviors. Pre-pandemic studies showed that students preferred print when needing to engage in academic texts for their coursework, and that under certain circumstances, students learned better when using print texts. During the pandemic however, many institutions implemented a sudden shift to remote learning and electronic readings. We questioned whether students would adjust their learning strategies to accommodate the abrupt change, and whether the increased experience with e-formats would boost their favorable attitudes towards digital reading. This study's data from students at a North American university does not support this hypothesis. While some respondents did report improved attitudes towards e-reading during COVID, most attitudes were less favorable or reflected no change. Nearly half the respondents stated that they highlighted and annotated their readings less than they did before, and over a third said they completed their assigned readings less frequently. Negative feelings may reflect a new trend in attitudes or they may be a temporary outcome of general screen fatigue. The findings reinforce the importance of providing print format options for students during this time.

Do Autism-Specific and General Developmental Screens Have Complementary Clinical Value?

Prior studies suggest autism-specific and general developmental screens are complementary for identifying both autism and developmental delay (DD). Parents completed autism and developmental screens before 18-month visits. Children with failed screens for autism (n = 167) and age, gender, and practice-matched children passing screens (n = 241) completed diagnostic evaluations for autism and developmental delay. When referral for autism and/or DD was considered, overall false positives from the autism screens were less frequent than for referral for autism alone. Presence of a failed communication subscale in the developmental screen was a red flag for autism and/or DD. An ordinally-scored autism screen had more favorable characteristics when considering autism and/or DD, yet none of the screens achieved recommended standards at 18months, reinforcing the need for recurrent screening as autism emerges in early development.

Genome sequences of Rhizopogon roseolus, Mariannaea elegans, Myrothecium verrucaria, and Sphaerostilbella broomeana and the identification of biosynthetic gene clusters for fungal peptide natural products.

In recent years, a variety of fungal cyclic peptides with interesting bioactivities have been discovered. For many of these peptides, the biosynthetic pathways are unknown and their elucidation often holds surprises. The cyclic and backbone N-methylated omphalotins from Omphalotus olearius were recently shown to constitute a novel class (borosins) of ribosomally synthesized and posttranslationally modified peptides, members of which are produced by many fungi, including species of the genus Rhizopogon. Other recently discovered fungal peptide macrocycles include the mariannamides from Mariannaea elegans and the backbone N-methylated verrucamides and broomeanamides from Myrothecium verrucaria and Sphaerostilbella broomeana, respectively. Here, we present draft genome sequences of four fungal species Rhizopogon roseolus, Mariannaea elegans, Myrothecium verrucaria, and Sphaerostilbella broomeana. We screened these genomes for precursor proteins or gene clusters involved in the mariannamide, verrucamide, and broomeanamide biosynthesis including a general screen for borosin-producing precursor proteins. While our genomic screen for potential ribosomally synthesized and posttranslationally modified peptide precursor proteins of mariannamides, verrucamides, broomeanamides, and borosins remained unsuccessful, antiSMASH predicted nonribosomal peptide synthase gene clusters that may be responsible for the biosynthesis of mariannamides, verrucamides, and broomeanamides. In M. verrucaria, our antiSMASH search led to a putative NRPS gene cluster with a predicted peptide product of 20 amino acids, including multiple nonproteinogenic isovalines. This cluster likely encodes a member of the peptaibols, an antimicrobial class of peptides previously isolated primarily from the Genus Trichoderma. The nonribosomal peptide synthase gene clusters discovered in our screenings are promising candidates for future research.

TSA-SCC: Text Semantic-Aware Screen Content Coding With Ultra Low Bitrate.

Due to the rapid growth of web conferences, remote screen sharing, and online games, screen content has become an important type of internet media information and over 90% of online media interactions are screen based. Meanwhile, as the main component in the screen content, textual information averagely takes up over 40% of the whole image on various commonly used screen content datasets. However, it is difficult to compress the textual information by using the traditional coding schemes as HEVC, which assumes strong spatial and temporal correlations within the image/video. State-of-the-art screen content coding (SCC) standard as HEVC-SCC still adopts a block-based coding framework and does not consider the text semantics for compression, thus inevitably blurring texts at a lower bitrate. In this paper, we propose a general text semantic-aware screen content coding scheme (TSA-SCC) for ultra low bitrate setting. This method detects the abrupt picture in a screen content video (or image), recognizes textual information (including word, position, font type, font size and font color) in the abrupt picture based on neural networks, and encodes texts with text coding tools. The other pictures as well as the background image after removing texts from the abrupt picture via inpainting, are encoded with HEVC-SCC. Compared with HEVC-SCC, the proposed method TSA-SCC reduces bitrate by up to 3× at a similar compression quality. Moreover, TSA-SCC achieves much better visual quality with less bitrate consumption when encoding the screen content video/image at ultra low bitrates.

A novel chemical marker of tremorgenic mycotoxicosis detected by gas-chromatography/mass-spectrometry

Tremorgenic mycotoxicosis can arise from dietary exposure to secondary metabolite products of various fungal species, particularly those from thePenicillium genus. Although general toxin screens often rely on gas chromatography-mass spectrometry (GC/MS) and well-developed mass spectral library databases, two principal representativePenicillium mycotoxins, roquefortine and penitrem A, are unamenable to GC/MS owing to high molecular weights, low volatilities and/or high thermal instabilities. Reliance on GC/MS screens alone could therefore inadvertently result in failure to collect evidence of exposure to such tremorgenic mycotoxins. In this report we describe a newly discovered tremorgenic marker compound (TMC), the presence of which correlates highly with conclusive exposure toPenicillium toxins in explanation of clinical manifestations of tremorgenic mycotoxicosis. According to detailed mass spectral deconvolution, the compound is 210.0892 molecular weight, and amenable to GC/MS whether chemically underivatized or derivatized by methylation or trimethylsilylation. 1D and 2D NMR (nuclear magnetic resonance) studies on the isolated compound determined the TMC to be thePenicillium product terrestric acid, C11H14O4, which matches the molecular formula determined by high resolution mass spectrometry and thus provides an excellent target for assessment of mycotoxicosis by GC/MS.

BASELINE HEALTH PARAMETERS FOR A NEWLY ESTABLISHED POPULATION OF LONG-NOSED POTOROO (POTOROUS TRIDACTYLUS) AT BOODEREE NATIONAL PARK, AUSTRALIA.

Over two field seasons during 2014-15, 35 long-nosed potoroos (Potorous tridactylus) were captured in state forests in South Eastern New South Wales for translocation to Booderee National Park, Jervis Bay Territory, Australia. Animals were anesthetized for physical examination and collection of samples to assess general health and screen for select diseases identified during a disease risk assessment. Morphologic, hematologic, and biochemical parameters were determined, and parasites were identified where possible. Trypanosoma gilletti, Trypanosoma vegrandis, and novel genotypes most similar to a Trypanosoma wallaby-derived isolate (ABF) were identified from blood samples by PCR; the first time Trypanosoma has been described in this species. Also reported is the first confirmation of the Australian paralysis tick, Ixodes holocyclus, from the long-nosed potoroo. Surveillance showed that Cryptococcus sp. may form part of the normal nasal flora for long-nosed potoroo. Salmonella enterica serotype Dublin and Salmonella enterica subsp. enterica was identified from rectal swabs of otherwise healthy animals. The data provide baseline health and disease parameters for this newly established population and the source population and will inform future translocation and conservation management activities. These data expand current knowledge on aspects of the biology and microbiology of the long-nosed potoroo, both locally and nationally.

Pediatric Suicide Screening: A Review of the Evidence

BackgroundSuicide rates are increasing for youths and suicide is the second leading cause of death for 10–24 year olds. This evidence-based practice project critically reviews literature regarding the effectiveness of pediatric suicide screening. MethodsA literature search was guided by the following question: In pediatric patients, does suicide screening at every health encounter compared to an annual screen increase clinician identification of patients at-risk. Ten articles met inclusion criteria and were critically appraised and synthesized. FindingsYouths had high rates of suicidal ideation (SI), anxiety, and depression. Pediatric universal suicide screening identified SI in youths with both psychiatric and non-psychiatric medical complaints. Patients with chronic health conditions reported higher rates of mental health symptoms and SI. A specific suicide screening instrument should be used as general mental health screens likely miss youths at-risk for SI. The Ask Suicide-Screening Questions tool is an easy to use and highly sensitive instrument for detecting suicide risk in youths. DiscussionMany youths that screen positive for SI do not have known mental health concerns and would have been missed if not asked directly. Universal screening for SI identifies at-risk youth and allows nurses and other providers to intervene. The need for universal screening across pediatric health care settings using brief, validated screening tools is paramount. Application to practiceNurses working in pediatric settings should champion universal screening for SI. Unit-based quality improvement projects using the Plan-Do-Study-Act change cycle provides a model for instituting universal screening for SI.