Miracle-dz/UniFAR-FTUs huggingface dataset:
Inclusive Leadership and Innovative Performance: A Multi-Level Mediation Model of Psychological Safety

Taking both individual and team levels into consideration has been called for years in terms of research on leadership. Inclusive leadership, a trending leadership style emerging from the global needs of managing the increasingly diversified workplace nowadays, has yet been rarely studied at both levels. To answer these calls, we specifically analyzed the relationship between inclusive leadership, team psychological safety, and innovative performance via a multilevel analysis. The results are based on a study of 356 employees from 90 working teams. Individual perceptions of inclusive leadership are positively related to the individual innovative performance through the mediation of individual psychological safety. Team perceptions of inclusive leadership are positively related to the team innovative performance through the mediation of team psychological safety. Moreover, team perceptions of inclusive leadership are positively related to the individual innovative performance through the cross-level mediation of individual psychological safety. Implications for both theory and practice are discussed.
Label-Free Electrochemical Aptasensor for the Detection of the 3-O-C12-HSL Quorum-Sensing Molecule in Pseudomonas aeruginosa

Pseudomonas aeruginosa, an opportunistic Gram-negative bacterium, is one of the main sources of infections in healthcare environments, making its detection very important. N-3-oxo-dodecanoyl L-homoserine lactone (3-O-C12-HSL) is a characteristic molecule of quorum sensing—a form of cell-to-cell communication between bacteria—in P. aeruginosa. Its detection can allow the determination of the bacterial population. In this study, the development of the first electrochemical aptasensor for the detection of 3-O-C12-HSL is reported. A carbon-based screen-printed electrode modified with gold nanoparticles proved to be the best platform for the aptasensor. Each step in the fabrication of the aptasensor (i.e., gold nanoparticles’ deposition, aptamer immobilization, incubation with the analyte) was optimized and characterized using cyclic voltammetry, differential pulse voltammetry, and electrochemical impedance spectroscopy. Different redox probes in solution were evaluated, the best results being obtained in the presence of [Fe(CN)6]4−/[Fe(CN)6]3−. The binding affinity of 106.7 nM for the immobilized thiol-terminated aptamer was determined using surface plasmon resonance. The quantification of 3-O-C12-HSL was performed by using the electrochemical signal of the redox probe before and after incubation with the analyte. The aptasensor exhibited a logarithmic range from 0.5 to 30 µM, with a limit of detection of 145 ng mL−1 (0.5 µM). The aptasensor was successfully applied for the analysis of real samples (e.g., spiked urine samples, spiked microbiological growth media, and microbiological cultures).
The Formulation and Evaluation of High-Fat Pellet on Lipid Profiles and Body Mass Index of Male Wistar Rats

This study aimed to explore the manufacture of high-fat pellets for obesity induction diets in male Wistar rats and determined its effect on lipid profiles and body mass index. It was an experimental laboratory method with a post-test randomized control group. Formulation of high-fat pellets (HFD) and physico-chemical characteristics of pellets were conducted in September 2019. This study used about 28 male Wistar white rats, two months old, and 150-200 g body weight. Rats were acclimatized for seven days, then divided into four groups: 7 rats were given a standard feed of Confeed PARS CP594 (P0), and three groups (P1, P2, P3) were given high-fat feed (HFD FII) 30 g/head/day. The result showed that the mean fat content of Formula II pellets (HFD FII) was higher (25.44% ± 0.16) than Formula I pellet (HFD FI) (22.55% ± 0.16) and standard feed (3%). The mean of body weight and BMI of obesity induction rat groups (P1, P2, P3) were significantly higher than the standard rat group (P0) (p <0.05). The results of the post-hoc LSD test between groups P1, P2, and P3 showed no difference in mean body weight and BMI (p> 0.05). Feed consumption in the rat fed with HFD FII pellets was higher than the standard group (P0). It means that rats preferred the HFD FII pellets. The lipid profile of the obesity induction group showed higher total cholesterol, triglycerides, and LDL, while the HDL levels were significantly lower than the standard feed group (P0). LSD post-hoc test results between P1, P2, and P3 showed no difference in the mean lipid profile (p> 0.05). Giving HFD FII pellets, a source of fat from butter, full cream milk powder, and eggs of purebred chickens for eight weeks could make male Wistar rats obese and dyslipidemia
APLIKASI MONITORING PENERIMA BEASISWA BIDIKMISI BERBASIS WEB, ANDROID DAN SMS GATEWAY

Scholarships Bidikmisi (Education Support Student Achievement) is a tuition assistance is only intended for prospective students disadvantaged (poor). Bidikmisi scholarship program's mission is to revive hope for the poor and have adequate academic potential. STMIK Bumigora Mataram monitoring of scholarship recipients Bidikmisi still manually.Student party still controlling the GPA through the academic part and the difficulty in controlling the GPA scholarship recipients. The scholarship recipients and parents do not get information on the disbursement of funds led to lack of openness between students and parents. The solution of the existing problems is made Scholarship Bidikmisi Monitoring System Based Web, Android and SMS gateway. Through the website of the student can control GPA scholarship students each semester. Android applications can facilitate the control of student scholarship students only through mobile android, and with the SMS Gateway facilitate scholarship students and parents to get information on the disbursement of the funds.The conclusions obtained from this study is that the monitoring system can provide convenience for the student in control of the grantee Bidikmisi. This can be evidenced by the respondents who answered disagree as much as 75% and as much as 25% who answered strongly agree.
Production of Monoclonal Antibody aPro3 Recognizing a Human Prostatic Carcinoma Antigen1

The monoclonal antibody aProS recognizes an antigen con centrated in human primary prostatic carcinoma tissue re moved surgically. Although the antigen was detectable in ex tracts of human normal and malignant nonprostatic tissue, as well as in benign prostate tissue, quantitative absorption anal ysis revealed a substantially greater quantity of the antigen in malignant prostate tissue. The antigen recognized by a Pro3 in primary prostatic carcinoma has an apparent nonreduced mo lecular weight of 175,000 and an apparent subunit molecular weight of 54,000. This antigen, p54, appears to be present on the surface of cultured prostatic tumor cells of the PC-3 cell line, but its location in vivo has not been defined. Successful competition between Â«Pro3 and prostatic carcinoma patient serum immunoglobulin for a M, 54,000 antigen (reduced mo lecular weight) present in prostatic carcinoma tissue extract suggests that p54 may play a significant role in the immunobiology of prostatic carcinoma. Â«Pro3has potential as a sen sitive probe for an antigen relevant to human tumor biology.
Energy as a substitute for factors of production: case study of an oil rich economy

ABSTRACT Academic literature and policy notes place great emphasis on the relationship between energy carriers and factors of production. We have evidence from a subsidized economy that provides nationwide energy subsidies; with inferences that partly contradict previous findings. We use a panel of Iranian plants from 2004 to 2013. In 2010, the country conducted an energy reform to increase energy productivity. We use translog functions with SUR and GMM estimators, with clustered and robust standard errors. As a result, the elasticity of energy carriers for labor wages is positive, showing that energy is a substitute for labor on average. The substitution pattern of labor is weakened in parallel with the country's 2010 reform, but not lost completely. Regarding capital, a worsening financial accessibility to the economy after UN sanctions hit the economy in 2012 seemed to have an adverse effect on capital and energy relations.
How student characteristics shape engineering pathways to entrepreneurship education

As higher education works to meet the challenges of the changing economy, engineering programs have significantlyincreased their programs in entrepreneurship as a mechanism for fostering 21st century skills in a diverse workforce. In aneffort to balance the rigorous academic technical requirements of an engineering degree, entrepreneurship programsleverage both curricular and co-curricular programming, offering students different paths to entrepreneurship develop-ment. However, little is known about the distribution of these opportunities amongst different groups of students. Thepurpose of this investigation is to examine whether the pathways to entrepreneurship education are influenced by studentcharacteristics. Institution and participation data of 1,018 undergraduate students were collected from an entrepreneur-ship program anchored in a large, Midwest, public research university, college of engineering, center for entrepreneurship.Logistic regressions were used to examine the differences and similarities between students enrolling an entrepreneurshipcurricular program and their participation in co-curricular activities. Our data indicates that gender, nationality, and gradepoint average (GPA) are key factors in determining the type of entrepreneurship participation students choose to pursue inthe university environment. We also found evidence of the curricular program acting as a gateway to engagement withentrepreneurship beyond the classroom. These data suggest that entrepreneurship programs should be cognizant of theinfluencers as well as the student pathways when developing programs to attract a diverse student base.
Learning-Based Model for Evaluating the Impact of Neighborhood Design on Travel Behavior

This research developed an agent-based model that evaluates the impact of neighborhood design on travel behavior while accounting for habit formation, social interactions, various levels of information provision, and awareness of transport and land use system changes. The developed model employs a framework that integrates random utility maximization theory with reinforcement learning concepts to account for the bounded rationality and knowledge learning process. Moreover, the model utilizes the diffusions of innovations theory to simulate how agents propagate information across family members and co-workers. It also adds a time dimension to the modal shift process, which could be used to indicate the relative duration to reap the full benefits of proposed scenarios. The model was applied to a neighborhood in Kelowna, British Columbia, Canada, to assess the impact on travel behavior of the SMARTer growth principles. The results showed that retrofitting non-motorized networks has more impact on modal shift than retrofitting road networks. This implies that infrastructure investments related to providing more accessibility for non-motorized users may be more socially and sustainably profitable than investments in policies targeting auto users. In addition, the results revealed that land use policies led to higher modal shift to non-motorized modes compared to retrofitting the transportation network, which highlights the importance of integrating land use and transportation planning. Similarly, the results demonstrated that transportation demand management policies can provide a positive stimulus to commuters to maintain familiarity with active transportation (AT) modes, which led in the presented case study to an increase in AT modal share.
Medical image fusion quality evaluation method combined multi-angle and multi-scale information

At present, the existing evaluation indicators of image fusion algorithms do not in conformity with the standards of human vision system and are not suitable for medical image application scenarios. Therefore, this paper proposes a medical image fusion quality evaluation method combining multi-angle and multi-scale information. We use Gabor Filter to decompose the image and obtain multi-angle texture information, and design a new index, called Multiscale Structural Similarity with Image Resolution (SSIM-IR), to comprehensively evaluate the fused image from edge, structure and sharpness. The experimental results show that this method is more suitable for medical image application scenarios, consistent with subjective evaluation, and can be used for measuring the advantages and disadvantages of medical image fusion algorithm.
Saccharomyces Boulardii Ameliorates Non-alcoholic Steatohepatitis in Mice Induced by a Methionine-Choline-Deficient Diet Through Gut-Liver Axis

Non-alcoholic steatohepatitis (NASH) is affecting people worldwide. Changes in the intestinal microbiome are crucial to NASH. A previous study showed that eradicating intestinal fungi ameliorates NASH; however, the role of intestinal fungi in the development of NASH remains unclear. Saccharomyces boulardii (SB), a dietary supplement yeast, has been reported to restore the integrity of the intestine. Here, we tested the effect of SB in the treatment of NASH. For this study, we fed eight-week-old C57/BL6 male mice either a methionine-choline deficient (MCD) diet or a normal chow diet (NCD) for eight weeks. Half of the MCD diet-fed mice were gavaged with SB (5 mg/day) once daily. The remainder of the NCD–fed mice were gavaged with normal saline as a control. The MCD diet-fed mice on SB supplement showed better liver function, less hepatic steatosis, and decreased inflammation. Both hepatic inflammatory gene expression and fibrogenic gene expression were suppressed in mice with SB gavage. Intestinal damage caused by the MCD diet was tampered with, intestine inflammation decreased, and gut permeability improved in mice that had been given the SB supplement. Deep sequencing of the fecal microbiome showed a potentially increased beneficial gut microbiota and increased microbiota diversity in the SB-supplemented mice. The SB supplement maintains gut integrity, increases microbial diversity, and increases the number of potentially beneficial gut microbiota. Thus, the SB supplement attenuates gut leakage and exerts a protective effect against NASH. Our results provide new insight into the prevention of NASH.
Internet Addiction in Socio-Demographic, Academic, and Psychological Profile of College Students During the COVID-19 Pandemic in the Czech Republic and Slovakia

Internet addiction is a serious problem among young adults that requires increased attention, especially at a time of distance learning during the coronavirus disease 2019 (COVID-19) pandemic. The aim of the study was to assess the relationships between internet addiction and selected socio-demographic, study-related, and psychological characteristics of college students. Internet addiction was measured using the Internet Addiction Test both overall and in its individual subscales (Salience, Excessive Use, Neglect Work, Anticipation, Lack of Control, and Neglect Social Life). The selected characteristics represented (1) socio-demographic profile (gender, age, residence, family), (2) academic profile (housing during the semester, form of study), and (3) psychological profile (depressive symptoms—the Patient Health Questionnaire, stress—the Perceived Stress Scale, anxiety symptoms—the Generalized Anxiety Disorder). Data collection took place during the first wave of the COVID-19 pandemic in 2020 at Czech and Slovak colleges, with 1,422 students from the Czech Republic and 1,677 students from Slovakia participating in the research. The analytical processes were carried out through descriptive analysis, non-parametric difference analysis, and multiple negative binomial regression. Mild internet addiction was found in 387 (27.2%) Czech and 452 (27.0%) Slovak students. Moderate internet addiction was identified in 49 (3.4%) students from the Czech Republic and in 100 (6.0%) students from Slovakia. Two (0.1%) Czech and three (0.2%) Slovak students reported severe internet addiction. Increased likelihood of internet addiction overall, as well as in most individual subscales, was found particularly among male students and students who lived away from home during the semester. Depressive symptoms and stress could also be considered significant predictors in both countries. These results are important for the development of effective strategies and prevention programs, as Internet addiction may be a serious problem in the future, given the current times. When assessing internet addiction among college students, it would also be appropriate to evaluate the individual internet addiction subscales and their specifics.
Graduate Employability of Business Students

The objective of the study was to examine the perceptions of business students on their employability skills at the point of graduation. The study was partially driven by past research which identified lack of soft skills as one of the main contributing factors in younger workers’ dismissal from work, and the need to understand the level of employability skills younger graduates have at graduation. An exploratory descriptive research methodology was used for the study. A survey was administered to 189 fourth-year business students. In total, 90 students filled-in the questionnaire, representing a 47.6% response rate. Based on a structured survey questionnaire administered to final-year undergraduate business students, the four most important employability skills for recruitment to entry-level positions are communication skills, learning skills, positive attitudes and behaviours, and problem-solving skills. The main prominent result was that ‘learning skills’ were ranked the second most important employability skills. In today’s fast-paced, rapidly changing work environments that are characterised by rapid knowledge obsolescence and an unknown future, willingness to learn and proactive lifelong learning are key to sustaining long-term graduate employability. Students seem to be satisfied with their perceived level of academic, personal management, and teamwork skills they possessed at the point of graduation. However, there are possible areas for further improvement regarding creativity and innovative skills, and ability to ‘resolve and management conflicts’ in teamwork. The study found that students used a combination of traditional and student-centred learning methods and pedagogies to acquire employability skills. As business students approach graduation, it is important to focus on areas they can improve and emphasise self-directed lifelong learning throughout their careers. The study confirms the role of external factors—labour market demand—in influencing perceived employability. The perceptions of students need to be systematically included in HEIs’ employability policy and discourse.
The complete chloroplast genome of Digitaria sanguinalis (Graminales: Gramineae)

Abstract Digitaria sanguinalis (Linnaeus) Scopoli 1722 is an annual herbal plant that has important medicinal and ecological value. The chloroplast genome was 138,079 bp in length. In total, 129 genes were predicted, including 82 protein-coding genes, 39 tRNA genes, and 8 rRNA genes. The overall AT content of the genome was 61.39%. The phylogenetic analysis showed that D. sanguinalis and D. glauca formed a base clade in Panicoideae close to Thyridolepis xerophila. This study will help to understand the genetic diversity of the Digitaria plants.
A Green and Efficient NH4OAc-catalyzed Synthesis of 2-Hydroxy-3-(arylmethyl)(4-hydroxy-2-oxo-2,5-dihydrofuran-3-yl)-1,4-naphthoquinones

The green and efficient approach for synthesis of 2-hydroxy-3-(arylmethyl)(4-hydroxy-2-oxo-2,5-dihydrofuran-3-yl)-1,4-naphthoquinones starting from 2-hydroxy-1,4-naphthoquinone, tetronic acid, and aromatic aldehydes was developed. These reactions were carried out in ethanol under microwave irradiation in the presence of ammonium acetate as catalyst. These multicomponent domino reactions presumably occur via NH4OAc-catalyzed Mannich reaction - Michael addition - hydration - tautomerism - elimination sequence of reactions.
Exposure to Nepalese Propolis Alters the Metabolic State of Mycobacterium tuberculosis

Propolis is a natural product proved to be efficient against Mycobacterium tuberculosis. Although it is produced by bees, its active alcoholic-aqueous fraction contains plant-derived molecules. To gain some insight into its mechanism of antimycobacterial activity, we studied the metabolic changes in bacterial cells treated with extract of Trigona sp. propolis from Nepal. The detailed metabolomic and transcriptomic analysis performed in this study indicated target points in bacterial cells under propolis extract influence. The profile of lipids forming the outer and middle layer of the mycobacterial cell envelope was not changed by propolis treatment, however, fluctuations in the profiles of amphipathic glycerophospholipids were observed. The enrichment analysis revealed bacterial metabolic pathways affected by Trigona sp. propolis treatment. The early metabolic response involved much more pathways than observed after 48 h of incubation, however, the highest enrichment ratio was observed after 48 h, indicating the long-lasting influence of propolis. The early bacterial response was related to the increased demand for energy and upregulation of molecules involved in the formation of the cell membrane. The transcriptomic analysis confirmed that bacteria also suffered from oxidative stress, which was more pronounced on the second day of exposure. This was the first attempt to explain the action of Nepalese propolis extract against mycobacteria.
Whole-Genome DNA Methylation Analysis in Brassica rapa subsp. perviridis in Response to Albugo candida Infection

DNA methylation is an epigenetic mark associated with several mechanisms in plants including immunity mechanisms. However, little is known about the regulatory role of DNA methylation in the resistance response of Brassica species against fungal diseases. White rust, caused by the fungus Albugo candida, is one of the most widespread and destructive diseases of all the cultivated Brassica species, particularly Brassica rapa L. and Brassica juncea (L.) Czern and Coss. Here, we investigate whole-genome DNA methylation modifications of B. rapa subsp. perviridis in response to white rust. As a result, 233 and 275 differentially methylated regions (DMRs) in the susceptible cultivar “Misugi” and the resistant cultivar “Nanane” were identified, respectively. In both cultivars, more than half of the DMRs were associated with genes (DMR-genes). Gene expression analysis showed that 13 of these genes were also differentially expressed between control and infected samples. Gene ontology enrichment analysis of DMR genes revealed their involvement in various biological processes including defense mechanisms. DMRs were unevenly distributed around genes in susceptible and resistant cultivars. In “Misugi,” DMRs tended to be located within genes, while in “Nanane,” DMRs tended to be located up and downstream of the genes. However, CG DMRs were predominantly located within genes in both cultivars. Transposable elements also showed association with all three sequence contexts of DMRs but predominantly with CHG and CHH DMRs in both cultivars. Our findings indicate the occurrence of DNA methylation modifications in B. rapa in response to white rust infection and suggest a potential regulatory role of DNA methylation modification in defense mechanisms which could be exploited to improve disease resistance.