Miracle-dz/UniFAR-FTUs huggingface dataset:
Self-Efficacy as a Predictor of Self-Management Behavior Practice Among People with Type 2 Diabetes Mellitus (T2DM)

Diabetes mellitus is a major health challenge associated with morbidity and mortality. Self-management behaviors are a critical part of diabetes disease management. Empowered or activated patients are more likely to practice better implementation of self-management behaviors. However, self-management behavior practice has not always been applied effectively among these populations. Further investigations are necessary to evaluate the status and factors that influence the practice of selfmanagement behaviors among patients with diabetes. The purpose of this research is to identify the relationship between self-efficacy and self-management behaviors of people with type 2 Diabetes Mellitus. A cross-sectional research design was used in this study; 112 eligible people with type 2 Diabetes were recruited. Several questionnaires were used in this study including demographic and patient characteristics, Diabetes Management Self Efficacy Scale (DMSES), Summary Diabetes Self Care Activity (SDSCA), and Diabetes Knowledge (DKN) Scale. Data analysis was performed through univariate, bivariate, and multivariate analyzes. Most of the respondents studied were women, aged 34-74 years and the highest educational background was secondary education, 33.9% of respondents have a good level of knowledge, and 59.8% have good self-efficacy. The results show the significant relationship between self-efficacy and self-management behaviors (p-value < 0.001). The results of multivariate analysis showed that there was a relationship between self-efficacy and self-management behavior after being controlled by the knowledge and the duration of diabetes. Therefore, nurses need to improve the self-efficacy of people with type 2 Diabetes by providing education about the management of Diabetes, as well as supporting and motivating them.
The rise of collateral-based finance under state capitalism in Russia

ABSTRACT The article examines emerging financial capitalism in Russia and its recent developments, the rise of collateralised finance and trading in repo markets. The main conclusion is that a combination of sophisticated speculative practices with a strong state presence in financial markets is a distinctive feature of Russia after 2008. The decoupling of the financial system from the credit supply to the real sector is still continuing after the collapse of Communism. The role of the capital markets is restricted to short-term liquidity management in money markets, which rose after 2011 due to an increased provision of state liquidity. The existence of a large monetary overhang accumulated within the Russian banking system and its interconnectedness with collateralised markets are discussed. The development stages of the repo markets and the main collateral types are considered in relation to the expansion of the state liquidity supply. This study provides an additional perspective within the ongoing debate on contemporary state capitalism in emerging markets.
Smart Specialisation Strategy in practice: have regions changed the allocation of Structural Funds?

ABSTRACT This paper evaluates to what extent the implementation of Smart Specialisation Strategy (S3) has changed the allocation of Structural Funds of Italian regions in the programming period 2014–20. Given the novelties introduced by this policy, we expect an increase in the sectoral and technological concentration of funds, a higher share assigned to research and technological development, and a stronger involvement of universities and research centres in the projects funded by regional authorities. In the empirical analysis, we exploit OpenCoesione, an original database that tracks all the projects funded with European Union Cohesion Funds in Italy. We compare the characteristics of the projects managed by regional authorities in two consecutive programming periods, namely, the one following and the one preceding S3 policy and implementation. The results show that changes between the two programming periods are modest and heterogeneous between regions. Overall, there is no strong evidence of any substantial change in how regions have allocated Structural Funds.
Timescales of Partial Melting and Melt Crystallization in the Eastern Himalayan Orogen: Insights From Zircon Petrochronology

Revealing the timescales of metamorphic and anatectic processes is central to our understanding of tectonic evolution of collisional orogens. High‐temperature migmatites and leucogranites are well exposed in the Himalayan orogenic core, making it an ideal region to study the timing and duration of partial melting and melt crystallization of the orogen. Here, we report an integrated and comprehensive data set of petrography, U‐Pb age, and trace element data for zircon from a pelitic granulite and associated leucosomes of the Greater Himalayan Sequence (GHS) in the Yadong area, eastern Himalaya. Zircon grains with complex internal structure retain variable ages ranging from 32 Ma to 13 Ma that correlate systematically with changes in the concentrations of Y, Th, U, Hf, Nb, Ta, and HREE, and ratios of Th/U, Eu/Eu*, and Nb/Ta. Combined with petrologic analysis, we conclude that the granulite witnessed high‐temperature metamorphism, melting, and melt crystallization over ∼20 Myr. Prograde, simultaneous increases in pressure and temperature and associated dehydration melting began at least by ∼32 Ma and lasted until ∼24 Ma. Subsequent quasi‐isothermal decompression‐melting occurred between ∼22 and 19 Ma, and late melt crystallization spanned ∼19 to 13 Ma. Large volumes of melt generated during prograde metamorphism could have triggered exhumation of GHS rocks, increasing melt fraction through a positive feedback between exhumation and melting. More comprehensive analysis of different rock types led to more complete and different interpretations for the timing of exhumation and melt crystallization in the Yadong‐Sikkim region and might enable alternate interpretations elsewhere in the Himalayas.
Endocranial Anatomy of the Giant Extinct Australian Mihirung Birds (Aves, Dromornithidae)

Dromornithids are an extinct group of large flightless birds from the Cenozoic of Australia. Their record extends from the Eocene to the late Pleistocene. Four genera and eight species are currently recognised, with diversity highest in the Miocene. Dromornithids were once considered ratites, but since the discovery of cranial elements, phylogenetic analyses have placed them near the base of the anseriforms or, most recently, resolved them as stem galliforms. In this study, we use morphometric methods to comprehensively describe dromornithid endocranial morphology for the first time, comparing Ilbandornis woodburnei and three species of Dromornis to one another and to four species of extant basal galloanseres. We reveal that major endocranial reconfiguration was associated with cranial foreshortening in a temporal series along the Dromornis lineage. Five key differences are evident between the brain morphology of Ilbandornis and Dromornis, relating to the medial wulst, the ventral eminence of the caudoventral telencephalon, and morphology of the metencephalon (cerebellum + pons). Additionally, dromornithid brains display distinctive dorsal (rostral position of the wulst), and ventral morphology (form of the maxillomandibular [V2+V3], glossopharyngeal [IX], and vagus [X] cranial nerves), supporting hypotheses that dromornithids are more closely related to basal galliforms than anseriforms. Functional interpretations suggest that dromornithids were specialised herbivores that likely possessed well-developed stereoscopic depth perception, were diurnal and targeted a soft browse trophic niche.
CPUE comparison of traditional crayfish fyke net rigged with knotted net and alternatively knotless net

In this study, it is aimed to compare the yield and strength of the crayfish fyke rigged with knotless net with 210d/12 rope thickness with those of the traditional net material rigged with 210d/6 knotted net which is widely used in Turkey in fishing crayfish ( Pontastacus leptodactylus , Eschscholtz, 1823). The study was carried out on a monthly basis between June 2017 and May 2018. In the study, a total of 300 fyke nets, equipped with 150 classical and 150 alternative nets, were used. The caught crayfishes were measured and weighted according to the fyke net they were caught in. A total of 3509 crayfish were caught, 1465 of which were caught with alternative fyke net and 2044 with traditional fyke net. Average CPUE value ranged from 10.93 (g/fyke net/day) to 281.14 (g/fyke net/day) for per fishing operation. Average CPUE value of the traditional gear was found to be 98.34 (g/fyke net/day) , while that of the alternative gear was determined as 79.46 (g/fyke net/day), and no statistically significant difference was found between average CPUE values (p>0.05). Average strength value of the traditional fyke net was determined as (± SE) 10.43 ± 0.27 kg, while that value in 210d / 12 knotless net was identified as 14.50 ± 0.91 kg (p<0.05). Although it has high strength, since the CPUE value of the alternative fyke net is lower by 19.20% compared to the traditional gear, it is believed that its use in crayfish fishing will not be profitable.
A Cross‐Sectional Cohort Study of the Effects of FGF23 Deficiency and Hyperphosphatemia on Dental Structures in Hyperphosphatemic Familial Tumoral Calcinosis

Hyperphosphatemic familial tumoral calcinosis (HFTC) is a rare autosomal recessive disorder caused by mutations in FGF23, GALNT3, KLOTHO, or FGF23 autoantibodies. Prominent features include high blood phosphate and calcific masses, usually adjacent to large joints. Dental defects have been reported, but not systematically described. Seventeen patients with HFTC followed at the National Institutes of Health underwent detailed clinical, biochemical, molecular, and dental analyses. Studies of teeth included intraoral photos and radiographs, high‐resolution μCT, histology, and scanning electron microscopy (SEM). A scoring system was developed to assess the severity of tooth phenotype. Pulp calcification was found in 13 of 14 evaluable patients. Short roots and midroot bulges with apical thinning were present in 12 of 13 patients. Premolars were most severely affected. μCT analyses of five HFTC teeth revealed that pulp density increased sevenfold, whereas the pulp volume decreased sevenfold in permanent HFTC teeth compared with age‐ and tooth‐matched control teeth. Histology revealed loss of the polarized odontoblast cell layer and an obliterated pulp cavity that was filled with calcified material. The SEM showed altered pulp and cementum structures, without differences in enamel or dentin structures, when compared with control teeth. This study defines the spectrum and confirms the high penetrance of dental features in HFTC. The phenotypes appear to be independent of genetic/molecular etiology, suggesting hyperphosphatemia or FGF23 deficiency may be the pathomechanistic driver, with prominent effects on root and pulp structures, consistent with a role of phosphate and/or FGF23 in tooth development. Given the early appearance and high penetrance, cognizance of HFTC‐related features may allow for earlier diagnosis and treatment. © 2021 The Authors. JBMR Plus published by Wiley Periodicals LLC. on behalf of American Society for Bone and Mineral Research.
Family Influence and Digital Business Model Innovation: The Enabling Role of Dynamic Capabilities

New digital technologies have prompted many firms, including family firms, to innovate their business models. We study the role of dynamic capabilities as mediator in the relationship between family influence and digital business model innovation (BMI), and the moderating role of environmental dynamism. Based on unique survey data from 1,444 German firms with and without family influence, we reveal that knowledge exploitation, risk management, and marketing capabilities mediate the positive relationship between family influence and digital BMI. Surprisingly, and contrary to our assumption, we find that the positive relationship between family influence and dynamic capabilities is weakened rather than strengthened by environmental dynamism. Our findings hold important implications for family business innovation and digital BMI research, offering valuable insights into the role of dynamic capabilities and environmental dynamism in the digital economy.
Is Burnout a Depressive Condition? A 14-Sample Meta-Analytic and Bifactor Analytic Study

There is no consensus on whether burnout constitutes a depressive condition or an original entity requiring specific medical and legal recognition. In this study, we examined burnout–depression overlap using 14 samples of individuals from various countries and occupational domains (N = 12,417). Meta-analytically pooled disattenuated correlations indicated (a) that exhaustion—burnout’s core—is more closely associated with depressive symptoms than with the other putative dimensions of burnout (detachment and efficacy) and (b) that the exhaustion–depression association is problematically strong from a discriminant validity standpoint (r = .80). The overlap of burnout’s core dimension with depression was further illuminated in 14 exploratory structural equation modeling bifactor analyses. Given their consistency across countries, languages, occupations, measures, and methods, our results offer a solid base of evidence in support of the view that burnout problematically overlaps with depression. We conclude by outlining avenues of research that depart from the use of the burnout construct.
Effects of Stem Density and Reynolds Number on Fine Sediment Interception by Emergent Vegetation

Suspended sediment collected by vegetation in marshes and wetlands contributes to vertical accretion, which can buffer against rising sea levels. Effective capture efficiency (ECE), a parameter quantifying the fraction of incoming suspended particles directly captured by underwater vegetation surfaces, plays a key role in determining the significance of direct interception in morphodynamic models. The ways in which physical characteristics of collectors and transitionally turbulent flows affect ECE are not yet thoroughly understood. We conducted a set of 12 experiments at three flow velocities and three stem densities (plus equivalent zero-collector control experiments), plus four experiments where biofilm was allowed to accumulate. We determined that ECE decreases with increasing collector Reynolds number (study range: 66 to 200; p < 0.05 for two of three treatments) and increasing collector density (solid volume fraction: 0.22% to 1.17%; p < 0.05 for two of three treatments). Adding biofilm increased ECE in all cases, by a multiplicative factor ranging from 1.53 to 7.15 at different collector densities and biofilm growth durations. In some cases, the impact of biofilm on ECE far outweighed that of collector Reynolds number and density. By combining our data with those of one similar study, we present a preliminary model quantitatively assessing the effect of collector density on ECE.
Ozonation of quinoa seeds (Chenopodium quinoa Willd.): saturation and decomposition kinetics of ozone and physiological quality of seeds

Ozonation has been evaluated as an alternative method for seed treatment. In this context, the goal of this study was to evaluate the saturation process and kinetics of decomposition of ozone in a porous medium composed of quinoa BRS Syetetuba and possible changes in seed quality. Ozone concentration and saturation time in the porous medium and half-life were determined by adopting an inlet ozone concentration of 885 ppm and a flow rate of 5.0 L min-1 at 25 °C. The ozonation periods adopted were 0, 30, 60, 90, and 120 min. Regarding the physiological quality of the seeds, the germination percentage, germination speed index, electrical conductivity, and length of the shoot, root, and normal seedlings were analyzed. At the inlet ozone concentration of 885 ppm and a flow rate of 5.0 L min-1, the saturation concentration and saturation time in the porous medium composed of quinoa were 522.5 ppm and 12.0 min, respectively. The half-life of ozone in the porous medium was 6.08 min at 25 °C. Under these conditions, ozonation did not affect the physiological quality of quinoa BRS Syetetuba seeds for up to 120 min.
A Strike against the Left: General Strikes and Public Opinion of Incumbent Governments in Spain

Political links between labor unions and leftist political parties have weakened over the last four decades in Western Europe, reducing the former’s influence on the latter. Unions’ prolonged organizational decline suggests that their capacity to pressure left parties should become more limited. We examine whether unions can use general strikes to influence public opinion when left parties in government pursue austerity policies. Executing a distributive lag time series analysis of quarterly public opinion data from 1986 to 2015 in Spain, we find that Socialist governments incurred significant public opinion penalties in the wake of a general strike. Not only did PSOE prime ministers lose confidence from the public, but they also witnessed a significant reduction in voting intentions. In contrast, Spain’s conservative governments incurred no such public opinion penalties in response to general strikes. We conclude that general strikes carry significant political costs for left governments that stray from union ideals.
Weed Diversity, Abundance, and Seedbank in Differently Tilled Faba Bean (Vicia faba L.) Cultivations

Differently tilled faba bean cultivations, in particular, require a comprehensive study of weed diversity, abundance, and seedbank due to the lack of experimental data. Therefore, in 2016–2018, field trials were conducted at Vytautas Magnus University on the basis of a long-term tillage experiment. Conventional deep and shallow plowing, deep chiseling, shallow disking, and no-tillage systems were investigated. According to the results of the investigations, the air temperature and amount of precipitation during the vegetative season had a greater influence on the total number of weeds (r = 0.538 and 0.833 p > 0.05) than the types of tillage systems investigated. However, on average, a reduction in tillage intensity did not change the weed number, especially in disked and not tilled plots. On average, the biomass of weeds varied little between the treatments (from 105.9 to 125.7 g m−2) and mainly depended on the volume of forecrop residues (rannual = −0.982 p ≤ 0.01 and rperennial = 0.890 p ≤ 0.05). Higher total weed seedbanks were found in the disked (+43.0%) and not tilled (+21.6%) soils compared to deeply plowed ones. The weed seedbank was almost similarly distributed between the treatments, irrespective of the tillage depth and method used.
Bioherbicidal Properties of Parthenium hysterophorus, Cleome rutidosperma and Borreria alata Extracts on Selected Crop and Weed Species

Natural product-based herbicides could be the effective alternatives to synthetic chemical herbicides for eco-friendly weed management. This research, therefore, was conducted to identify the phytotoxic properties of Parthenium hysterophorus L. , Cleome rutidosperma DC. and Borreria alata (Aubl.) DC. with a view to introducing them as a tool for natural herbicide development. The methanol extracts of these plants were examined on the germination and growth of Zea mays L. , Oryza sativa L. , Abelmoschus esculentus (L.) Moench and Amaranthus gangeticus L. , Oryza sativa f. Spontanea Roshev. (Weedy rice), Echinochloa colona (L.) Link. , Euphorbia hirta L. , and Ageratum conyzoides L. under laboratory and glasshouse conditions. A complete randomized design (CRD) with five replications and randomized complete block design (RCBD) with four replications were laid out for laboratory and glasshouse experiments, respectively. In the laboratory experiment, three plant extracts of 0, 6.25, 12.5, 50, and 100 g L−1 were tested on survival rate, hypocotyl, and radicle length of eight test plant species. No seed germination of A. conzyoides, E. hirta, and A. gangeticus were recorded when P. hysterophorus extract was applied at 50 g L−1. C. rutidosperma had the same effect on those plants at 100 g L−1. In the glasshouse, similar extracts and concentrations used in the laboratory experiments were sprayed on at the 2–3 leaf stage for grasses and 4–6 for the broadleaf species. Tested plants were less sensitive to C. rutidosperma and B. alata compared to P. hysterophorus extract. Among the weeds and crops, A. conyzoides, E. hirta, A. esculentus and A. gangeticus were mostly inhibited by P. hysterophorus extract at 100 g L−1. Based on these results, P. hysterophorus was the most phytotoxic among the tested plant extracts and could be used for developing a new natural herbicide for green agriculture.
The Characteristics of Summer Descending Sporadic E Layer Observed With the Ionosondes in the China Region

This work statistically analyzed the characteristics of the summer descending sporadic E layers (Es) recorded at four Chinese ionospheric sounding stations of Sanya (109.4°E, 18.3°N, and I: 24.1°), Wuhan (114.4°E, 30.5°N, and I: 45.5°), Beijing (116.2°E, 40.3°N, and I: 58.7°), Mohe (122.5°E, 52.0°N, and I: 69.6°), and simulated the vertical ion convergence derived from the Horizontal Wind Model (HWM14) for the period from June 1, 2014 to August 31, 2017. Both observations and simulations show that a daytime Es layer starting at ∼120 km in the morning descends to ∼100 km in the afternoon. In addition, the descending rate of the Es layer has obvious altitude and latitude dependence. The Es layer descends faster (∼2.1 km/h) at higher altitudes (above 110 km), and meanwhile, it descends relatively slowly (∼1.5 km/h) at low altitudes (below 110 km). The mean descending rate (∼1.5–1.8 km/h) of the Es layers gradually increases from Sanya to Mohe. It is undoubtedly that the wind shear convergence nodes controlled by the atmospheric tides can drive the Es layer to move downwards. However, the simulation results in this paper show that the wind shear convergence nodes and the Es layer traces do not overlap completely, especially in the vertical direction, which suggests that wind shear cannot fully explain the details of Es layer evolution. We should pay attention to the combined effect of wind shear and metallic ion density in future research, especially in the details of the evolution of Es layer in the vertical direction.
Game related predictors discriminating between winning and losing teams in preliminary, second and final round of basketball world cup 2019

ABSTRACT The objective of the current study is to identify how victory or defeat is affected by the game-related statistics among men’s national teams in the Basketball World Cup 2019. The sample consisted of 76 games, during which 22 relevant indicator variables were directly recorded and analysed using “SportScout” video-analysis program. For each round, univariate analysis was used, in order to examine the differences among winning and losing teams. Linear discriminant analysis was implemented, which revealed the variables that had the greatest association with the outcome of the game. Assists were found to effectively predict the outcome of the game in the first and final round of the tournament. During the second round, the discriminant analysis showed that free-throw attempts, successful free-throws and defensive rebounds were associated with winning the game. On the contrary, 2-point field-goal attempts were negatively associated with the desired outcome. In the final round, 3-point successful shots and the scores of the 1st and 4th quarter had a positive relationship with winning the game. By analysing the tournament’s statistics, a coach can determine the trends that are noticed, evaluate the performance of his team and thus plan the corresponding strategies for the success of the game.