Noruphorne4644

All 273 samples of biological material taken from the animals with the respiratory diseases were analyzed. The virus genome was detected in 19.4% of samples. The viral RNA was more frequently detected in the lungs, which comprised 10.61% of positive samples. It was less frequently found in the mucous membranes of trachea and bronchi and the lymph nodes of the lungs, which comprised 0.73% of positive samples each. Concentrations of the virus in samples varied. The highest concentration was recorded in the lungs (1.3 ± 0.5-4.8 ± 0.47 log10 copies of BRSV/GAPDH RNA). The developed test kit may be used to quantify the concentration of the bovine respiratory syncytial virus in disease pathogenesis and to estimate the efficiency of vaccine or antivirus preparations for animals.Horizontal transmission between distantly related species has been used to explain how Wolbachia infect multiple species at astonishing rates despite the selection for resistance. Recently, a terrestrial isopod species was found to be infected by an unusual strain of supergroup F Wolbachia. However, only Wolbachia of supergroup B is typically found in isopods. One possibility is that these isopods acquired the infection because of their recurrent contact with termites-a group with strong evidence of infection by supergroup F Wolbachia. Thus, our goals were (1) check if the infection was an isolated case in isopods, or if it revealed a broader pattern; (2) search for Wolbachia infection in the termites within Brazil; and (3) look for evidence consistent with horizontal transmission between isopods and termites. We collected Neotroponiscus terrestrial isopods and termites along the Brazilian coastal Atlantic forest. We sequenced and identified the Wolbachia strains found in these groups using coxA, dnaA, and fpbA genes. We constructed phylogenies for both bacteria and host taxa and tested for coevolution. We found the supergroup F Wolbachia in other species and populations of Neotroponiscus, and also in Nasutitermes and Procornitermes termites. The phylogenies showed that, despite the phylogenetic distance between isopods and termites, the Wolbachia strains clustered together. Furthermore, cophylogenetic analyses showed significant jumps of Wolbachia between terrestrial isopods and termites. Thus, our study suggests that the horizontal transmission of supergroup F Wolbachia between termites and terrestrial isopods is likely. Our study also helps understanding the success and worldwide distribution of this symbiont.

The online version of this article (10.1007/s10682-021-10101-4) contains supplementary material, which is available to authorized users.

The online version of this article (10.1007/s10682-021-10101-4) contains supplementary material, which is available to authorized users.In the era when human activities can fundamentally alter the planetary climate system, a stable climate is a global commons. However, the need to develop the economy to sustain the growing human population poses the Climate Commons Dilemma. Although citizens may need to support policies that forgo their country's economic growth, they may instead be motivated to grow their economy while freeriding on others' efforts to mitigate the ongoing climate change. To examine how to resolve the climate commons dilemma, we constructed a Climate Commons Game (CCG), an experimental analogue of the climate commons dilemma that embeds a simple model of the effects of economic activities on global temperature rise and its eventual adverse effects on the economy. The game includes multiple economic units, and each participant is tasked to manage one economic unit while keeping global temperature rise to a sustainable level. In two experiments, we show that people can manage the climate system and their economies better when they regarded the goal of environmentally sustainable economic growth as a singular global goal that all economic units collectively pursue rather than a goal to be achieved by each unit individually. In addition, beliefs that everyone shares the knowledge about the climate system help the group coordinate their economic activities better to mitigate global warming in the CCG. However, we also found that the resolution of the climate commons dilemma came at the cost of exacerbating inequality among the economic units in the current constrains of the CCG.

The online version contains supplementary material available at 10.1007/s10584-021-02989-2.

The online version contains supplementary material available at 10.1007/s10584-021-02989-2.

The COVID-19 pandemic has had a profound negative impact on mental health symptoms and daily life functioning across the United States and worldwide. Past work has revealed that perceived stress relates to poorer outcomes, however, little work to date has examined factors that may exacerbate these outcomes, and no work to date has examined this relation in terms of COVID-19. Anxiety sensitivity is a promising individual difference factor that has shown to be related to mental health and functional impairment. Anxiety Sensitivity is also a vulnerability factor related to heightened stress perception.

Therefore, the current study sought to examine the potential moderating role of anxiety sensitivity in the relation between COVID-19 specific perceived stress and global anxiety symptom severity, anxious arousal symptom severity, and functional impairment among 563 adults (58.1% male;



 = 38.3years;

 = 12.15).

Results indicated a statistically significant interaction between COVID-19 perceived stress and anxiety sensitivity with global anxiety symptom severity, anxious arousal symptom severity, and functional impairment. Post-hoc analysis indicated that COVID-19 perceived stress was associated with an increased likelihood of clinically significant global anxiety symptom severity and anxious arousal symptom severity at higher levels of anxiety sensitivity.

The current study provides support for the role of anxiety sensitivity in identifying individuals at risk for clinically significant global anxiety symptom severity and anxious arousal symptom severity.

The current study provides support for the role of anxiety sensitivity in identifying individuals at risk for clinically significant global anxiety symptom severity and anxious arousal symptom severity.Expressive Flamenco© theory and praxis is presented by Sánchez through this art-based personal reflection paper, which explores the applications of flamenco for its inherent psycho-somatic therapeutic capacities. She asserts the applied practice of flamenco (in its broadest definition), when combined with other expressive arts practices, can have therapeutic benefits; including (but not limited to) psycho-social, spiritual, and aesthetic connection to the individual's unconscious. During these experiences of arts based emotional expression, one can transcend the self into divine connection with their authentic self, what the author understands as the "duende". By allowing one's authentic truth to be expressed through Expressive Flamenco©, a spirit of evocation, born from within the self, appears when the self-connects with and is in creative conversation with its unconscious. The main hypothesis asserts the emergence of the "duende" facilitates an epistemological process of self-knowledge and an emotional process of catharsis, suggesting that when this art form is utilized as 'Expressive Flamenco' it helps facilitate holistic healing. This paper aims to stretch flamenco into new applied therapeutic practice territories, specifically in the arts therapies. Practical applications of Expressive Flamenco in the expressive therapies, including expressive arts therapy and dance/movement therapy, is presented along with the preliminary results of a virtual telehealth group facilitated during Covid-19. this website Professor Pinna-Perez's critical reflections on Expressive Flamenco© and its importance to the field is presented in response to this emerging expressive arts practice.The field placement process has become increasingly challenging for schools of social work, particularly for large graduate programs situated in urban centers with competing schools. The unprecedented circumstances created by the COVID-19 public health crisis further strained the placement process, revealing a delicate balance of interdependent systems that schools must address when confronted with an unforeseen disruption of field education. This paper reflectively examines the steps taken by the field faculty and department of one large school of social work to address the impact of the pandemic on field education and its placement process. Utilizing crisis and shared trauma perspectives, the field disruptions, continuity of learning, contingency plans, and the attendant anxiety caused by COVID-19 are discussed, as are the lessons learned. Though COVID-19 has significantly altered the placement process, this reflective frame allows faculty to take the lessons emerging from the crisis and use them to improve services and learning opportunities for students in the future.The pandemic of COVID-19 has an unprecedented impact on global health and economy. The novel SARS-CoV-2 is recognized as the etiological agent of current outbreak. Because of its contagious human-to-human transmission, it is an utmost global health emergency at present. To mitigate this threat many scientists and researchers are racing to develop antiviral therapy against the virus. Unfortunately, to date no vaccine or antiviral therapeutic is approved thus there is an urgent need to discover antiviral agent to help the individual who are at high risk. Virus main protease or chymotrypsin-like protease plays a pivotal role in virus replication and transcription; thus, it is considered as an attractive drug target to combat the COVID-19. In this study, multistep structure based virtual screening of CAS antiviral database is performed for the identification of potent and effective small molecule inhibitors against chymotrypsin-like protease of SARS-CoV-2. Consensus scoring strategy combine with flexible docking is used to extract potential hits. As a result of extensive virtual screening, 4 hits were shortlisted for MD simulation to study their stability and dynamic behavior. Insight binding modes demonstrated that the selected hits stabilized inside the binding pocket of the target protein and exhibit complementarity with the active site residues. Our study provides compounds for further in vitro and in vivo studies against SARS-CoV-2.Physicochemical properties, oxidative stability and antioxidant capacity (AC) of clean label meat-based sauces (MBSs) were investigated with reference to cold storage time (ST) and addition of phenolic extracts (PEs) green coffee bean (GCE), green tea (GTE), knotweed rhizome (KRE). All parameters determined were compared to a control sample (CS), prepared without extracts. MBSs enriched with GCE or KRE were stable during the whole ST (90 days), while the CS and samples containing GTE, showed descending trend regarding physical stability after 10 days of storage. MBSs prepared with PEs (90 days storage) demonstrated peroxide value (PV)  less then  8.5 mEq O2/kg lipids, TBARS  less then  5.6 mg MDA/kg lipids, carbonyl content  less then  4.7 nmol/mg protein, and the values were significantly (p  less then  0.05) smaller than those found in CS. Irrespectively of the applied measurements (ABTS, DPPH, FRAP) the values of AC (trolox equivalent, TE) decreased with ST, and regarding ABTS assay were in ranges 0.73-0.42 mM TE (CS), 3.