Miracle-dz/UniFAR-FTUs huggingface dataset:
Guest Editors' Introduction

Editors’ Note: We would like to acknowledge the following people for their guidance and assistance with this special issue: Rachel Rodriquez, PhD, RN; Elizabeth Reed, MPH; Jay Silverman, PhD; and Claire Renzetti, PhD. Violence Against Women Volume 13 Number 5 May 2007 451-456 © 2007 Sage Publications 10.1177/1077801207300649 http://vaw.sagepub. com hosted at http://online.sagepub. com Guest Editors’ Introduction
The effect of feedback-informed cognitive behavioral therapy on treatment outcome: A randomized controlled trial.

OBJECTIVE Previous studies have shown that feedback-informed treatment can improve outcomes of psychological treatments. This randomized controlled effectiveness trial evaluated the effect of progress feedback on treatment duration, symptom reduction, and dropout in individual cognitive behavioral therapies (CBTs). A control condition where CBT was combined with low-intensive monitoring of progress was compared to an experimental condition where CBT was combined with a high-intensive form of feedback. METHOD Data of 368 outpatients (57.9% female, mean age 41.4 years, SD = 12.2) in secondary care were analyzed using multilevel analyses. Treatment duration was assessed with the number of sessions clients received. Symptom reduction was measured with the Symptom Checklist Revised. Possible moderators of the effect of intensive progress feedback on outcome were explored. RESULTS Clients achieved the same amount of symptom reduction in significantly fewer sessions in the high-intensive feedback condition. Additionally, dropout was significantly lower in the high-intensive feedback condition. Post hoc analyses assessing clients' diagnoses as a possible moderator showed that clients with personality disorders (mainly Cluster C) achieved more symptom reduction in fewer sessions when high-intensity feedback was provided. Also, a high degree of implementation within the experimental condition was associated with fewer treatment sessions. CONCLUSION In sum, the use of high-intensive client feedback reduced treatment duration and reduced dropout of CBT. Thus, feedback-informed CBTs seem to be a promising adaptation of conventional CBT. (PsycInfo Database Record (c) 2020 APA, all rights reserved).
ABI3 plays a role in de-novo root regeneration from Arabidopsis thaliana callus cells

ABSTRACT Developmental plasticity and the ability to regenerate organs during the life cycle are a signature feature of plant system. De novo organogenesis is a common mode of plant regeneration and may occur directly from the explant or indirectly via callus formation. It is now evident that callus formation occurs through the root development pathway. In fact, callus cells behave like a group of root primordium cells that are under the control of exogenous auxin. Presence or absence of auxin decides the subsequent fate of these cells. While in presence of external supplementation of auxin they are maintained as root primordia cells, absence of exogenous auxin induces the callus cells into patterning, differentiation and finally root emergence. Here we show that in absence of functional ABI3, a prominent member of the B3 superfamily of transcription factors, root regeneration is compromised in Arabidopsis callus cells. In culture medium free of any exogenous hormone supplementation, while adventitious root emergence and growth was prominently observed in wild type cells, no such features were observed in abi3-6 cells. Expression of auxin-responsive AUX1 and GH3 genes was significantly reduced in abi3-6 cells, indicating that auxin levels or distribution may be altered in absence of ABI3.
Comparative Seed and Dispersal Ecology of Three Exotic Subtropical Asparagus Species

Abstract The genus Asparagus includes at least six invasive species in Australia. Asparagus aethiopicus and A. africanus are invasive in subtropical Australia, and a third species, A. virgatus is naturalized and demonstrates localized spread in south east Queensland. To better understand how the attributes of these species contribute to their invasiveness, we compared fruit and seed traits, germination, seedling emergence, seed survival, and time-to-maturity. We further investigated dispersal ecology of A. africanus, examining the diet of a local frugivore, the figbird (Sphecotheres viridis) and the effect of gut passage on seedling emergence. Overall, A. aethiopicus was superior in germination and emergence, with the highest mean germination (98.8%) and emergence (94.5%) under optimal conditions and higher emergence (mean of 73.3%) across all treatments. In contrast, A. africanus had the lowest germination under optimal conditions (71.7%) and low mean seedling emergence (49.5%), but had fruits with the highest relative yield (ratio of dry pulp to fruit fresh weight) that were favored by a local frugivore. Figbirds consumed large numbers of A. africanus fruits (∼30% of all non-Ficus fruits), and seedling germination was not significantly affected by gut passage compared to unprocessed fruits. Asparagus virgatus germinated poorly under cool, light conditions (1.4%) despite a high optimum mean (95.0%) and had low mean performance across emergence treatments (36.3%). The species also had fruits with a low pulp return for frugivores. For all species, seed survival declined rapidly in the first 12 mo and fell to < 3.2% viability at 36 mo. On the basis of the traits considered, A. virgatus is unlikely to have the invasive potential of its congeners. Uniformly short seed survival times suggest that weed managers do not have to contend with a substantial persistent soil-stored seed bank, but frugivore-mediated dispersal beyond existing infestations will present a considerable management challenge. Nomenclature: Basket asparagus, Asparagus aethiopicus L. [syn. Protasparagus aethiopicus (L.) Oberm. , Asparagus lanceus Thunb. , Asparagus sprengeri Regel, Asparagus densiflorus (Kunth) Jessop]; climbing asparagus, Asparagus africanus Lam. [syn. Protasparagus africanus (Lam.) Oberm]; Asparagus fern, Asparagus virgatus (Baker) Oberm. ; figbird, Sphecotheres viridis Viellot.
Ants and their effects on an insect herbivore community associated with the inflorescences of Byrsonima crassifolia (Linnaeus) H.B.K. (Malpighiaceae)

The effects of ants on the insect community on inflorescences of Byrsonima crassifolia (Malpighiaceae) were tested in an ant exclusion experiment in a cerrado vegetation in southeastern Brazil. Forty-four species of insects (23 families) and nine species of ants (6 genera and 3 subfamilies) were found on the inflorescences of B. crassifolia. The exclusion of ants, primarily Camponotus sericeiventris and Camponotus spp. , reduced the treehopper population to 20% of the original abundance. Ant exclusion and time influenced the abundance of chewing (Exclusion, P<0.001; Time, P<0.002), and sucking insects (Exclusion, P<0.02; Time, P<0.01). Twice as many chewing and sucking insects were found on ant-excluded inflorescences as compared to control inflorescences (P<0.001). One and half more sucking insects were found on ant-excluded than on control inflorescences. Only time significantly influenced the richness of chewing and sucking insects associated with B. crassifolia inflorescences. Inflorescences on control branches were significantly less attacked by herbivores than inflorescences on ant-excluded branches (P<0.001). Therefore, these results suggest that the presence of ants alters the structure of insect herbivore community associated with B. crassifolia.
COVID-19 pandemic and lockdown: cause of sleep disruption, depression, somatic pain, and increased screen exposure of office workers and students of India

ABSTRACT COVID-19 has brought the world into uncharted waters. Many countries are under lockdown, the economy has ground to a halt, and almost everyone is afraid of dire consequences. The unprecedented changes that came on so quickly due to the pandemic and stay-at-home confinement to accomplish social distancing and mitigate risk for infection pose many challenges. These include compromised health, well-being, and sleep as a consequence of disruption of the daily life routine, anxiety, worry, isolation, greater family and work stress, and excessive screen time. Our study of 203 corporate sector professionals performing ‘9–5ʹ work from home during this phase of the pandemic and of 325 undergraduate and postgraduate university students substantiates, relative to the before lockdown condition, more extensive feelings of sleepiness, with significantly (p < .05) increased daytime nap duration, and depressive symptomatology (p < .001) that is a matter of concern. Moreover, the chronic stress of living through a pandemic led to a host of physical symptoms, like headaches, insomnia, digestive problems, hormonal imbalances, and fatigue.
Fear of Missing Out and Personality as Predictors of Social Networking Sites Usage: The Instagram Case

With the exponential increase in the number of social networking sites (SNS) users, there is also a significant shift in the popularity of these SNS. Moreover, fear of missing out (FOMO) is often blamed for the growth in SNS addictive tendencies. The current research examines the influence of FOMO and Big 5 personality traits on SNS attitudes, usage, and addictive tendencies in the context of an increasingly popular SNS – Instagram. Participants completed online questionnaires that assessed their personality traits and then be-friended one of the researchers on Instagram, which provided the actual Instagram activity data (e.g., total number of Instagram posts, total number of likes, etc.). Hierarchical regression results showed that personality factors explained significant amounts of variance in terms of attitude towards Instagram, number of likes, total number of Instagram posts since account inception, and social media addictive tendencies. Furthermore, FOMO had a significant positive effect on attitude toward Instagram, the total number of Instagram accounts that respondents followed, and social media addictive tendencies.
Red Knot diet reconstruction revisited: context dependence revealed by experiments at Banc d'Arguin, Mauritania

Capsule Context-specific equations are needed to reconstruct diet composition and intake rate of Red Knots by the use of shell fragments retrieved from droppings. Aims To explore whether the method to reconstruct Red Knot diet described by Dekinga & Piersma [Dekinga, A. & Piersma, T. 1993. Reconstructing diet composition on the basis of faeces in a mollusc-eating wader, the Knot Calidris canutus. Bird Study 40: 144–156] accurately predicts the diet of Red Knots Calidris canutus canutus outside Northwest Europe, at Banc d'Arguin, Mauritania. Methods Feeding experiments with captive Red Knots on the bivalves Dosinia isocardia or Loripes lucinalis were carried out at Banc d'Arguin, the main wintering area of Red Knot subspecies C. c. canutus. Ingested diets were compared with the reconstructed diets derived from the general method developed by Dekinga & Piersma (1993). Droppings collected over multiple years were also analysed to evaluate the calibration method from this study. Results Of the total ingested shell mass (DMshell) in both bivalves, approximately 65% of the shell mass was retrieved in the droppings (DMdrop). Therefore, dry mass of droppings in the field (DMdrop) has to be multiplied by 1.547 to calculate the ingested dry mass (DMshell). For size estimations of ingested shells from droppings, hinges should be used for D. isocardia and hinges including tops for L. lucinalis. Conclusion The correction factor of 1.547 found here is 50% larger than the factor 0.993 for heterodont bivalves from Europe established by Dekinga & Piersma (1993). Application of the published factor would lead to serious underestimation of energy intake rates based on dropping frequencies and dropping content (by as much as 35%), although it would have small effects on the relative species composition of the diet. Having shown that such correction factors can differ among sites and prey we recommend their determination in new ecological contexts.
A MOLECULAR PERSPECTIVE ON THE HISTORICAL BIOGEOGRAPHY OF THE NORTHERN HIGH LATITUDES

Abstract Phylogeographic analyses of arctic organisms provide spatial and temporal frameworks for interpreting the role of climate change on biotic diversity in high-latitude ecosystems. Phylogenetic analyses based on 673 base pairs of the mitochondrial control region from 95 arctic hares (Lepus arcticus, L. othus, L. timidus) and 2 other Lepus species identified 6 strongly or moderately supported clades. The 3 arctic hare species are closely related, but phylogenetic discontinuities were found at the eastern and western boundaries of Beringia, the latter not previously identified as a species boundary. The locations of these discontinuities are congruent with previously described genetic breaks in Arctic plants, birds, and small mammals. Similarly, the finding of a Beringian clade corroborates previous studies identifying Beringia as a refugium. A coalescent view of a population on Seward Peninsula, Alaska (eastern Beringia), did not, however, provide a genetic signature of population expansion. In contrast, a Greenland population did show a signal of expansion.
Short Physical Performance Battery and Incident Cardiovascular Events Among Older Women

Background The Short Physical Performance Battery (SPPB) is an inexpensive, reliable, and easy‐to‐implement measure of lower‐extremity physical function. Strong evidence links SPPB scores with all‐cause mortality, but little is known about its relationship with incident cardiovascular disease (CVD). Methods and Results Women (n=5043, mean age=79±7) with no history of myocardial infarction or stroke completed 3 timed assessments—standing balance, strength (5 chair stands), and usual gait speed (4 m walk)—yielding an SPPB score from 0 (worst) to 12 (best). Women were followed for CVD events (myocardial infarction, stroke, or CVD death) up to 6 years. Hazard ratios were estimated for women with Very Low (0–3), Low (4–6), Moderate (7–9), and High (10–12) SPPB scores using Cox proportional hazard models adjusted for demographic, behavioral, and health‐related variables including objective measurements of physical activity, blood pressure, lipids, and glucose levels. Restricted cubic splines tested linearity of associations. With 361 CVD cases, crude incidence rates/1000 person‐years were 41.0, 24.3, 16.1, and 8.6 for Very Low, Low, Moderate, and High SPPB categories, respectively. Corresponding fully adjusted hazard ratios (95% CIs) were 2.28 (1.50–3.48), 1.70 (1.23–2.36) 1.49 (1.12–1.98), and 1.00 (referent); P‐trend <0.001. The dose‐response relationship was linear (linear P<0.001; nonlinear P>0.38). Conclusions Results suggest SPPB may provide a measure of cardiovascular health in older adults beyond that captured by traditional risk factors. Because of its high test‐retest reliability and low administrative burden, the SPPB should be a routine part of office‐based CVD risk assessment.
Regeneration, recycling, and trophic transfer of trace metals by microbial food‐web organisms in the pelagic surface waters of Lake Erie

Rapid regeneration of ‘OgCd and 65Zn from their picoplankton prey into the dissolved phase by microzooplankton was observed in water sampled from the pelagic surface waters of Lake Erie (summer 1994 and 1995). Trace metals were added to grazing (lake water < 2’10 brn) and control (lake water CO.2 pm) treatments in the form of radiolabeled Synechococcus, Picoplankton (0.2-3 pm) were grazed heavily by consumers in the nanoplankton (3-20 pm) and microplankton (20-2 10 pm) size classes (collectively referred to as microzooplankton) as confirmed by dilution assays used to independently measure grazing activity. Most consumed trace metals were regenerated into the dissolved phase (x0.2 pm), but some trophic transfer of ‘OgCd and 65Zn from radiolabeled prey into the nanoplankton and microplankton did occur: 65Zn was transferred 2.5 times more efficiently into the microplankton and 2.9 times more efficiently into the nanoplankton than was logCd. Recycling of regenerated logCd back into plankton biomass was greater than that for 65Zn. Grazing by microzooplankton influenced the molecular size distribution of regenerated trace metal in the dissolved phase (77 + 6% log Cd <5,000 MW; 8f24% “5Zn ~5,000 MW). These results show that microzooplankton grazing tends to prolong the residence times of metals such as Cd and Zn in the pelagic surface waters of large lakes.
Agonist-Driven Conformational Changes in the Inner β-Sheet of α7 Nicotinic Receptors

Cys-loop ligand-gated ion channels assemble as pentameric proteins, and each monomer contributes two structural elements: an extracellular ligand-binding domain (LBD) and a transmembrane ion channel domain. Models of receptor activation include rotational movements of subunits leading to opening of the ion channel. We tested this idea using substituted cysteine accessibility to track conformational changes in the inner β sheet of the LBD. Using a nondesensitizing chick α7 background (L247T), we constructed 18 consecutive cysteine replacement mutants (Leu36 to Ile53) and tested each for expression of acetylcholine (ACh)-evoked currents and functional sensitivity to thiol modification. We measured rates of modification in the presence and absence of ACh to identify conformational changes associated with receptor activation. Resting modification rates of eight substituted cysteines in the β1 and β2 strands and the sequence between them (loop 2) varied over several orders of magnitude, suggesting substantial differences in the accessibility or electrostatic environment of individual side chains. These differences were in general agreement with structural models of the LBD. Eight of 18 cysteine replacements displayed ACh-dependent changes in modification rates, indicating a change in the accessibility or electrostatic environment of the introduced cysteine during activation. We were surprised that the effects of agonist exposure were difficult to reconcile with rotational models of activation. Acetylcholine reduced the modification rate of M40C but increased it at N52C despite the close physical proximity of these residues. Our results suggest that models that depend strictly on rigid-body rotation of the LBD may provide an incomplete description of receptor activation.
Role of habitat degradation in determining fish distribution and abundance along the lowland Warta River, Poland

Summary The distribution and abundance of fish collected in 1996–1998 are compared in three river sections X, Y and Z in the 808-kmlong Warta River, Poland. The upper section, X, was least human-modified, the middle section, Y, was the most polluted by industry and regulated, and the downstream section, Z, was moderately disturbed. The differences between X and Y in concentrations of dissolved oxygen, volatile phenols and nitrite nitrogen, and in the index of availability of hiding places, were highly significant because these parameters were several times worse in the Y section; in the Z section they assumed intermediate values. Although the abundance of certain fish species was changing along the downstream river gradient (i.e. differed the most between X and Z), both the Kohonen artificial neural network (SOM) and assemblage indices showed the biggest differences between X and Y, thus confirming the crucial role of the degradation of aquatic environment in shaping fish assemblages. The latter result ensued from the reaction of the rheophilic burbot, stone loach, gudgeon, chub and dace, which were most abundant in X, almost absent in Y and reoccurring in Z (although less numerous when compared with X). The opposite was recorded for mud loach, tench, ide and silver bream, which were most abundant in the degraded section Y, probably because of weak competition with the almost-absent rheophils. The abundance of two generalists, roach and pike, was similar in all three sections, i.e. changed neither along the downstream nor in the degradation gradient.
Ethology / Éthologie Spatial distribution and inbreeding in Tetranychus urticae

In group living, species spatial distribution results from responses to environmental heterogeneity and/or mutual interactions between individuals. These mutual interactions can be regulated by genetic and/or epigenetic factors. In this study, we focus on genetic factors and investigate how the spatial distribution of some individuals colonizing a new environment is influenced by inbreeding. Our biological model is Tetranychus urticae, a phytophagous mite considered as a major pest of many cultivated plants. Groups of T. urticae were composed of individuals from successive inbreeding (sister–brother sib-mating). Our results show that the interindividual distances increase with inbreeding. Indeed, inbreeding level seems to be an important factor affecting the intra-plant spatial distribution of mites. These results confirm that mites have the capability to discriminate their kin and, moreover, that they are able to accurately perceive differences between close relatives from sib-mating lines.
Shared decision-making preferences in mental health: does age matter? A systematic review

Abstract Background Research to date suggests older adults prefer a passive involvement in the clinical decision-making process; however, the empirical evidence underlying this claim in the mental health context is yet to be reviewed systematically. Aims To understand whether older adults desire involvement in mental health-related clinical decisions. Method A systematic review was conducted to identify primary research that explored mental-health decision-making preferences of people with a mean age of over 55 from January 1990 through to December 2018. Results Three independent studies of varying design and quality were included. Study settings were in the USA, Germany, and the UK. A preference for shared decision-making was seen in two studies, while a preference for active decision-making was identified in one. Conclusions In contrast to other reviews on clinical decision-making, this review focused on mental health-related decisions of older adults. The evidence suggests older adults desire involvement in mental health-related clinical decisions. Given the political drive to empower patients and the need to ensure evidence-based clinical practice, more high-quality research regarding the shared decision-making preferences and outcomes of older adults with mental ill-health is needed. Systematic Review Registration PROSPERO: CRD42018102009
Role of Different Physico-Chemical Characters of Okra as a Host Plant for Preference of Earias spp.

Spotted bollworms are very important pests of okra and host plant resistance is one of the most important components of IPM for minimizing the losses caused by these insects. In the current studies, a diverse genetic pool of okra genotypes was evaluated to identify physico-morphic and chemical plant factors conferring resistance against Earias spp. Susceptibility of okra to this pest was associated with more dense hairs on leaf midrib and high amount of crude protein, reducing and non reducing sugars. While ten fruit weight and fruit yield per plant were negatively correlated with pest infestation. Mineral contents like Ca, Mn and Zn showed negative correlation but their contribution towards fruit infestation was very nominal. Multiple linear regression models indicated that biochemical factors explained more (99.0 %) variation in fruit infestation than the physico-morphic factors (91.0%). Present studies reflect that genotypes Diksha, Sapz pari and Super star can be used as a source of resistance in okra and hair density on midrib, high amount of crude protein, reducing and non-reducing sugars can be used as marker traits to select for resistance against Earias spp.