Miracle-dz/UniFAR-FTUs huggingface dataset:
Effect of spirotetramat and fluensulfone on population densities of Mesocriconema xenoplax and Meloidogyne incognita on peach

Abstract Management of plant-parasitic nematodes (PPNs) on peach is needed for a longer period of time than is typically afforded by pre-plant fumigant nematicides. Two post-plant nematicides, spirotetramat and fluensulfone, were evaluated for control of Meloidogyne incognita and Mesocriconema xenoplax under laboratory and greenhouse conditions. In vitro assays were conducted to test the effect of spirotetramat at 0.017 and 0.026 kg a.i./ha and fluensulfone at 3.92 kg a.i./ha on the mobility of both M. incognita and M. xenoplax in 24-well plates for 24, 48, and 72 hr, compared to a water control. Both fluensulfone and spirotetramat reduced mobility of M. xenoplax, but only fluensulfone reduced the mobility of M. incognita, compared to the untreated control. In peach greenhouse trials, both spirotetramat at 0.017 kg a.i./ha and fluensulfone at 3.92 kg a.i./ha reduced M. incognita numbers by 62 and 77% at 40 d after inoculation (DAI), respectively; neither chemical reduced populations at 70 DAI. Fluensulfone reduced M. xenoplax numbers by 84, 94, and 96% at 30, 60, and 90 DAI, respectively. No effects were observed for spirotetramat on M. xenoplax. At 40 DAI, dual applications of spirotetramat 30 d apart reduced M. incognita numbers by 58 and 54% for both 0.017 and 0.026 kg a.i./ha rates, respectively; no reductions were observed at 70 DAI. No effect was seen for a dual application of spirotetramat on M. xenoplax. These post-plant nematicides may provide additional options for management of PPNs on peach.
The Effects of Location-Based Mobile Personalization on Users' Behavior

Firms send short message services (SMS) to customers’ mobile phones to promote their products. Many firms personalize this content to increase the relevance of the recommendations and to avoid overloading users with too many messages. This research examines the effects of location-based personalization on users’ intentions to use personalized mobile SMS. We draw on motivational theories to develop six hypotheses to predict the effects of location-based personalized mobile services. Through a two-week study, we found that perceived enjoyment and perceived community involvement are major drivers motivating users to accept location-based personalized SMS. Interestingly, precision of personalization is not significant in influencing users’ intention. Hedonic motivators are more influential than utilitarian motivators. These findings provide empirical evidence of the effects of location-based personalization and help firms understand and quantify new mobile commerce opportunities. Overall, this research sheds light on personalization studies by examining the role of location in personalization.
A bHLH transcriptional network regulating the specification of retinal ganglion cells

In the developing retina, the production of ganglion cells is dependent on the proneural proteins NGN2 and ATH5, whose activities define stages along the pathway converting progenitors into newborn neurons. Crossregulatory interactions between NGN2, ATH5 and HES1 maintain the uncommitted status of ATH5-expressing cells during progenitor patterning, and later on regulate the transition from competence to cell fate commitment. Prior to exiting the cell cycle, a subset of progenitors is selected from the pool of ATH5-expressing cells to go through a crucial step in the acquisition of a definitive retinal ganglion cell fate. The selected cells are those in which the upregulation of NGN2, the downregulation of HES1 and the autostimulation of ATH5 are coordinated with the progression of progenitors through the last cell cycle. This coordinated pattern initiates the transcription of ganglion cell-specific traits and determines the size of the ganglion cell population.
Lactate production by the mammalian blastocyst: Manipulating the microenvironment for uterine implantation and invasion?

The mammalian blastocyst exhibits a high capacity for aerobic glycolysis, a metabolic characteristic of tumours. It has been considered that aerobic glycolysis is a means to ensure a high carbon flux to fulfil biosynthetic demands. Here, alternative explanations for this pattern of metabolism are considered. Lactate creates a microenvironment of low pH around the embryo to assist the disaggregation of uterine tissues to facilitate trophoblast invasion. Further it is proposed that lactate acts as a signalling molecule (especially at the reduced oxygen tension present at implantation) to elicit bioactive VEGF recruitment from uterine cells, to promote angiogenesis. Finally it is suggested that the region of high lactate/low pH created by the blastocyst modulates the activity of the local immune response, helping to create immune tolerance. Consequently, the mammalian blastocyst offers a model to study the role of microenvironments, and how metabolites and pH are used in signalling.
The Effects of Temperature and Diet during Development, Adulthood, and Mating on Reproduction in the Red Flour Beetle

The effects of different temperatures and diets experienced during distinct life stages are not necessarily similar. The silver-spoon hypothesis predicts that developing under favorable conditions will always lead to better performing adults under all adult conditions. The environment-matching hypothesis suggests that a match between developmental and adult conditions will lead to the best performing adults. Similar to the latter hypothesis, the beneficial-acclimation hypothesis suggests that either developing or acclimating as adults to the test temperature will improve later performance under such temperature. We disentangled here between the effect of growth, adult, and mating conditions (temperature and diet) on reproduction in the red flour beetle (Tribolium castaneum), in reference to the reproduction success rate, the number of viable offspring produced, and the mean offspring mass 13 days after mating. The most influential stage affecting reproduction differed between the diet and temperature experiments: adult temperature vs. parental growth diet. Generally, a yeast-rich diet or warmer temperature improved reproduction, supporting the silver-spoon hypothesis. However, interactions between life stages made the results more complex, also fitting the environment-matching hypothesis. Warm growth temperature positively affected reproduction success, but only when adults were kept under the same warm temperature. When the parental growth and adult diets matched, the mean offspring mass was greater than in a mismatch between the two. Additionally, a match between warm adult temperature and warm offspring growth temperature led to the largest offspring mass. These findings support the environment-matching hypothesis. Our results provide evidence for all these hypotheses and demonstrate that parental effects and plasticity may be induced by temperature and diet.
STIMULUS-RESPONSE COMPATIBILITY EFFECT: AN ATTEMPT TO REPLICATE COOK’S ‘AUTOMATIC IMITATION IN A STRATEGIC CONTEXT’

This work was supported by a Grant-in-Aid for Scientific Research from the Japan Society for the Promotion of Science Grant Number JP16K16078. The funders had no role in the study design, data collection and analysis, decision to publish, or preparation of the manuscript. The author declares that there is no conflict of interest. Correspondence concerning this article should be addressed to Hiroshi Ito, Department of Psychology, Faculty of Letters, Aichi University, 1-1 Machihata, Toyohashi, Aichi 441-8522, Japan (e-mail: hito@vega. aichi-u.ac.jp). Psychologia, 2017, 60, 57–67
Factors Associated with the Incidence of Local Recurrences of Breast Cancer in Women Who Underwent Conservative Surgery

Conservative surgery is considered the procedure of choice for women who are affected by early stage tumours. The local recurrence of cancer as a consequence of breast tissue conservation is a growing concern. This study aimed to describe the sociodemographic and clinical profiles of women who had local recurrences of breast cancer after conservative surgery and to examine the associations between sociodemographic and clinical variables and the incidence of tumour recurrence in these women. The retrospective cohort included 880 women who were diagnosed with breast cancer and underwent conservative surgery between January 2000 and December 2010. Recurrences occurred in 60 patients, and the mean age of the women at diagnosis was 48.8 years. Predictive factors for local recurrence were young age (<39 years) (P = 0.028 and OR = 10.93), surgical margin involvement (P = 0.001 and OR = 3.66), and Her-2 overexpression (P = 0.045 and OR = 1.94). The establishment of sociodemographic and clinical characteristics might help to select optimum treatments, which is a crucial challenge for public health in Brazil, especially with regard to reductions of surgery and hospitalisation expenditures in the Unified Health System (Sistema Único de Saúde—SUS).
Combined DWT-DCT digital Watermarking Technique Software Used for CTS of Bank

For the faster clearing of cheques, a cheques truncation system is used. CTS of bank sends electronic cheques images to drawee branch for payment through the clearing house. It is normally believed that the system is safe and secure. However, the intruders may damage the data and can degrade the quality of cheque image or can duplicate cheque image. There is necessity of security and copyright protection. In this paper, “Combination of DWT-DCT Watermarking Technique Software Used for CTS of Bank” is discussed. By using combined DWT-DCT digital watermarking technique software, it is implemented imperceptibility of watermark which are supported for copyright protection and security of cheque images.
DNAzyme-mediated catalysis with only guanosine and cytidine nucleotides

Single-stranded DNA molecules have the capacity to adopt catalytically active structures known as DNAzymes, although the fundamental limits of this ability have not been determined. Starting with a parent DNAzyme composed of all four types of standard nucleotides, we conducted a search of the surrounding sequence space to identify functional derivatives with catalytic cores composed of only three, and subsequently only two types of nucleotides. We provide the first report of a DNAzyme that contains only guanosine and cytidine deoxyribonucleotides in its catalytic domain, which consists of just 13 nucleotides. This DNAzyme catalyzes the Mn2+-dependent cleavage of an RNA phosphodiester bond ∼5300-fold faster than the corresponding uncatalyzed reaction, but ∼10 000-fold slower than the parent. The demonstration of a catalytic DNA molecule made from a binary nucleotide alphabet broadens our understanding of the fundamental limits of nucleic-acid-mediated catalysis.
Coordinated Power and Performance Guarantee with Fuzzy MIMO Control in Virtualized Server Clusters

It is important but challenging to assure the performance of multi-tier Internet applications with the power consumption cap of virtualized server clusters mainly due to system complexity of shared infrastructure and dynamic and bursty nature of workloads. This paper presents PERFUME, a system that simultaneously guarantees power and performance targets with flexible tradeoffs and service differentiation among co-hosted applications while assuring control accuracy and system stability. Based on the proposed fuzzy MIMO control technique, it effectively controls both the throughput and percentile-based response time of multi-tier applications due to its novel self-adaptive fuzzy modeling that integrates the strengths of fuzzy logic, MIMO control and artificial neural network. Furthermore, we address an important challenge of pro-actively avoiding violations of power and performance targets in anticipation of future workload changes. We implement PERFUME in a testbed of virtualized blade servers hosting multi-tier RUBiS applications. Performance evaluation based on synthetic and real-world Web workloads demonstrates its control accuracy, flexibility in selecting tradeoffs between conflicting targets, service differentiation capability and robustness against highly dynamic and bursty workloads. It outperforms a representative utility based approach in providing guarantee of the system throughput, percentile-based response time and power budget.
The Impact of Visualizing Nested Sets. An Empirical Study on Tree Diagrams and Unit Squares

It is an ongoing debate, what properties of visualizations increase people’s performance when solving Bayesian reasoning tasks. In the discussion of the properties of two visualizations, i.e., the tree diagram and the unit square, we emphasize how both visualizations make relevant subset relations transparent. Actually, the unit square with natural frequencies reveals the subset relation that is essential for the Bayes’ rule in a numerical and geometrical way whereas the tree diagram with natural frequencies does it only in a numerical way. Accordingly, in a first experiment with 148 university students, the unit square outperformed the tree diagram when referring to the students’ ability to quantify the subset relation that must be applied in Bayes’ rule. As hypothesized, in a second experiment with 143 students, the unit square was significantly more effective when the students’ performance in tasks based on Bayes’ rule was regarded. Our results could inform the debate referring to Bayesian reasoning since we found that the graphical transparency of nested sets could explain these visualizations’ effect.
A Proposal for Gene Signature Integration

Gene expression patterns that can distinguish to a clinically significant degree disease subclasses not only play a prominent role in diagnosis but also lead to therapeutic strategies that tailor treatment to the particular biology of each disease. Nevertheless, gene expression signatures derived through statistical feature identification procedures on population datasets have received rightful criticism, since they share only few genes in common for a particular pathology, even if they derived from the same dataset using different methodologies. An optimistic view to this problem emerging from the wealth of biological interactions is that a statistical solution may not be unique. The derived signatures may be complementary parts of a global one, with each individual signature intersecting only a small part of biological evidence. In this work we focus on the biological knowledge hidden behind different gene signatures and propose a methodology for integrating such knowledge towards retrieving a unified signature.
Ownership and leadership in building an innovation culture

Purpose The purpose of this paper is to test a culture-building model, CREATE, highlighting the central role of leadership in shaping the predictors of innovation culture. The authors hypothesize that leadership directly predicts innovation culture, as well, as indirectly impacts innovation culture through mediating variables. Also, the authors examine the impact of leadership on innovation by ownership type. Design/methodology/approach A total 631 survey responses were collected from employees of sole proprietorship, family-owned corporations, and non-family corporations. Parallel multiple mediator models were used to test the hypothesized relationships of the variables. Findings The findings show that a leadership variable, role modeling, and support for innovation, directly and indirectly predicts an innovation culture. However, it appears that in sole proprietorship and family-owned corporations, leaders impact on innovation culture are through mediating variables, while in non-family corporations, leaders influence innovation through strategy, evaluation, and rewards. Originality/value The study shows that the culture-building model, CREATE, can be used as a framework for building an innovation culture in organizations. The study also showed that leaders among sole proprietorships, family-owned corporations, and non-family corporations may need to employ different approaches in building an innovation culture in their organizations.
Impact of an Updated Carbon Bond Mechanism on Predictions from the CMAQ Modeling System: Preliminary Assessment

Abstract An updated and expanded version of the Carbon Bond mechanism (CB05) has been incorporated into the Community Multiscale Air Quality (CMAQ) modeling system to more accurately simulate wintertime, pristine, and high-altitude situations. The CB05 mechanism has nearly 2 times the number of reactions relative to the previous version of the Carbon Bond mechanism (CB-IV). While the expansions do provide more detailed treatment of urban areas, most of the new reactions involve biogenics, toxics, and species potentially important to particulate formation and acid deposition. Model simulations were performed using the CB05 and the CB-IV mechanisms for the winter and summer of 2001. For winter with the CB05 mechanism, ozone, aerosol nitrate, and aerosol sulfate concentrations were within 1% of the results obtained with the CB-IV mechanism. Organic carbon concentrations were within 2% of the results obtained with the CB-IV mechanism. However, formaldehyde and hydrogen peroxide concentrations were lower by 25.
The self-perception of flexible coping with stress: A new measure and relations with emotional adjustment

Abstract Objective: To develop a theoretically grounded measure of self-perceived ability to cope with stress in a flexible (i.e. non-rigid) manner and test associations with well-being. Method: Participants in Study 1 (N = 395, 17–56 years) completed surveys to report flexible coping with stress and well-being. In Studies 2 (N = 645, 17–27 years) and 3 (N = 558, 12–19 years), youth completed surveys with the 18-item Self-Perception of Flexible Coping with Stress (SFCS), and coping and well-being measures. Results: Three SFCS factors were supported, which aligned to the conceptualization including multiple coping strategy use (multiple CSU), coping rigidity, and situational coping. The SFCS subscales had good reliability and were modestly correlated with each other. Also, multiple CSU and situational coping were linked to better mental health, emotion regulation, greater use of adaptive coping strategies, and better self-worth. Coping rigidity was linked with more symptoms of anxiety and depression, more emotion dysregulation, greater use of problem-coping behaviors, and lower self-worth. Older participants reported they were higher in flexible coping and sex differences in multiple CSU and situational coping were found. Conclusions. The SFCS, a measure of the deployment of a coping “toolbox” that could allow individuals to respond adroitly to stressors, is reliable, valid, and associated with well-being.
Privacy-Preserving Human Activity Recognition from Extreme Low Resolution

Privacy protection from surreptitious video recordings is an important societal challenge. We desire a computer vision system (e.g., a robot) that can recognize human activities and assist our daily life, yet ensure that it is not recording video that may invade our privacy. This paper presents a fundamental approach to address such contradicting objectives: human activity recognition while only using extreme low-resolution (e.g., 16x12) anonymized videos. We introduce the paradigm of inverse super resolution (ISR), the concept of learning the optimal set of image transformations to generate multiple low-resolution (LR) training videos from a single video. Our ISR learns different types of sub-pixel transformations optimized for the activity classification, allowing the classifier to best take advantage of existing high-resolution videos (e.g., YouTube videos) by creating multiple LR training videos tailored for the problem. We experimentally confirm that the paradigm of inverse super resolution is able to benefit activity recognition from extreme low-resolution videos.
Ambidexterity and the Concept of Fit in Strategic Management – Which Better Predicts Success ?

We introduce a strategic management perspective into the ambidexterity discussion and show that ambidexterity is a much better predictor of organizational performance than traditional strategic management concepts, specifically the concept of fit. Our main contribution lies in the combination of ambidexterityand strategic management research where we highlight commonalities as well as differences and show that the two research streams lead to opposing findings. While ambidexterity claims that organizations need to build up capabilities for both exploitative and explorative behavior to be successful, strategic management literature, and especially the concept of fit, rather argues that organizations should focus themselves. Only if they manage to create a fit between their strategic orientation and an aligned behavior will they outperform their competition. We address this contradiction with our study and show that the explanatory power of the concept of fit on organizational performance has diminished. Rather, organizations are successful if they show exploitative as well as explorative behavior. Thus we lay the ground for further research that combines ambidexterity and strategic management.
A High Security Dynamic Secret Key Management Scheme for Wireless Sensor Networks

It’s very important to find an efficient method of secret key management to guarantee secure communication in wireless sensor networks. In this paper, a cluster-based dynamic secret key management scheme has been proposed. A pairwise key has been established through OR and XOR operations in this scheme since its low energy and limited memory space of a sensor node. These OR and XOR operations not only save energy of sensors but also with high efficiency. The keys between sensors can be updated, which can strengthen the security of the wireless sensor networks. Finally, the simulation results proved that the scheme has high security and low energy cost compared with other schemes.
High Speed Binary Adder

Based on the bit pair (ai, bi) truth table, the carry propagate pi and carry generate gi have dominated the carry-look-ahead formation process for more than two decades. This paper presents a new scheme in which the new carry propagation is examined by including the neighboring pairs (ai, bi; ai+1, bi+1). This scheme not only reduces the component count in design, but also requires fewer logic levels in adder implementation. In addition, this new algorithm offers an astonishingly uniform loading in fan-in and fan-out nesting.
FLUX-CIM: flexible unsupervised extraction of citation metadata

In this paper we propose a knowledge-base approach to help extracting the correct components of citations in any given format. Differently from related approaches that rely on manually built knowledge-bases (KBs) for recognizing the components of a citation, in our case, such a KB is automatically constructed from an existing set of sample metadata records from a given area (e.g., computer science or health sciences). Our approach does not rely on patterns encoding specific delimitators of a particular citation style. It is also unsupervised, in the sense that it does not rely on a learning method that requires a training phase. These features assign to our technique a high degree of automation and flexibility. To demonstrate the effectiveness and applicability of our proposed approach we have run experiments in which we applied it to extract information from citations in papers of two different domains. Results of these experiments indicate precision and recall levels above 94% and perfect extraction for the large majority of citations tested.