Miracle-dz/UniFAR-FTUs huggingface dataset:
Manliness in Sino-Malay publications in the Netherlands Indies

This study investigates constructions of manliness in the late-colonial Netherlands Indies (1870s–1930s), with particular reference to the so-called ‘Sino-Malay’ novels and newspapers produced by its local-born, culturally hybrid Chinese population (Peranakan). These authors incorporated ideas from South East Asia as well as China and Europe in their works, providing insights in traditional notions of heteronormative manhood, but also exposing major reconfigurations of gender within the diverse conditions of modernity. Their writings thus provide an underexplored vista into a remarkably diverse society in transition. I will centre on words used in the Malay vernacular to characterize men and male behaviour. This serves as a springboard to explore three interconnected themes surrounding manliness in Sino-Malay publications: violence, sexuality, and modernity. As will be shown, several constructions of gender and manifestations of popular culture associated with modern Indonesia were rooted in the same discourse as these colonial-era works.
CONSUMER SEGMENTATION ANALYSIS OF MULTICHANNEL AND MULTISTAGE CONSUMPTION: A LATENT CLASS MNL APPROACH

The prevalent multichannel shopping environment is driving many consumers to choose between online and offline channel at the information search and product purchase stages of a shopping experience. Consequently, multichannel retailers face the challenges of identifying different target consumer groups and maximizing the value of each channel by understanding and serving each group more effectively. Hence, this study attempts to identify consumer segments by examining consumers’ perceived channel values at different shopping stages. The latent class MNL (LC-MNL) method, as a powerful tool that is able to detect consumer heterogeneity in the same consumption scenarios, is applied to conduct consumer segmentation analysis based on the consumer’s perceived values, including channel benefits and costs, as well as different channels’ characteristics. By using the survey data of 1325 consumers, results indicate two segments comprising innovative consumers and conventional consumers in terms of online vs. offline channel usage. Furthermore, the logit regressions for segments estimation illustrate that the two segments are significantly different in terms of channel attributes and consumers’ intrinsic channel preferences. This study contributes to the extant electronic commerce and multichannel marketing literature by designing a rigorous consumer segmentation method which incorporates both interpretation and prediction capabilities and analyzing the underlying influential factors for different segments. The results can further provide useful guidance to marketing and sales practitioners in designing effective channel attributes to meet the needs of consumers belonging to different segments.
Working Paper No. 13-27 Reverse Mortgage Loans: a Quantitative Analysis Makoto Nakajima Federal Reserve Bank of Philadelphia Reverse Mortgage Loans: a Quantitative Analysis Federal Reserve Bank of Philadelphia

Reverse mortgage loans (RMLs) allow older homeowners to borrow against housing wealth without moving. In spite of growth in this market, only 2.1% of eligible homeowners had RMLs in 2011. In this paper, we analyze reverse mortgages in a life-cycle model of retirement, calibrated to age-asset profiles. The ex-ante welfare gain from RMLs is sizable at $1,000 per household; ex-post, low-income, low-wealth and poor-health households use them. Bequest motives, nursing-home moving risk, house price risk, and interest and insurance costs all contribute to the low take-up rate. The model predicts market potential for RMLs to be 5.5% of households. in Ghent, for their feedback. The views expressed here are those of the authors and do not necessarily represent the views of the Federal Reserve Bank of Philadelphia or the Federal Reserve System.
Thermal Treatment

worldwide. A look at thermal treatment technologies in China and Japan gives a sense of some of the novel solutions emerging in the market. T hermnl treatment facilities built in the 21 st century have been based mostly on the grate combustion of 'as received' municipal solid waste (MSW). Three dominant , technologies _ those developed by The only true A global perspective Martin, Von Roll, Keppel-Seghers have shown consistent growth of abom three million metric tonnes of new waste-to­ gasification process at an industrial scale The Waste-To-Energy Research and Technology Council (WTERT), headquartered at Columbia University in New York City, keeps a close watch on the thermal treatment technologies used worldwide. In 2006, nominations were energy (\VTE) capacity each year since is the Thermoselect 2000. In terms of novel technologies, direct smelting OFE, Nippon Steel), fluidized bed (Ebara) and circulating fluidized bed (Zhejinng University) have accounted for an additional estimated growth of another one million process ' solicited for the 2006 \VTERT lndustrial Award to be presented to an operating WTE facility
Morphological variations in the dendritic spines of the neocortex.

The structural variations which occur in the dendritic spines of pyramidal neurons of the somatic sensory cortex of the cat are described, particular attention being paid to spines attached to different parts of the dendritic tree. Spines may be recognized particularly by the absence of neurotubules and the common presence of a spine apparatus, and they can be considered as pedunculated or sessile , depending upon the presence or absence of a narrow pedicle. Within these 2 categories spines may be rounded, cup-like or prismatic, can be large or small, and may show various degrees of inversion of the surface receiving a synaptic contact. While spines of every size and shape may be attached to dendrites of all diameters, there is a definite tendency for the largest spines to occur on the smallest dendrites and vice versa. Furthermore, the smallest dendrites possess the spines with the longest pedicles. Every dendritic spine receives 1 axon terminal containing spherical synaptic vesicles and ending in an asymmetrical synaptic contact. In addition, 10-20% of the spines receive a second terminal, which in some cases may contain spherical vesicles and terminate asymmetrically but in others contains small, flattened or pleomorphic vesicles and ends in a symmetrical contact. The additional terminal may end on the pedicle of the spine or on the parent dendrite near the attachment of the pedicle. In the latter site, asymmetrical synapses are commonly associated with an additional spine apparatus.
GenoType MTBDRsl performance on clinical samples with diverse genetic background

We evaluate the performance of the GenoType® MTBDRsl (Hain Lifescience Nehren, Germany) for the detection of second-line resistant tuberculosis and we correlate the frequency of mutations to different Mycobacterium tuberculosis genotypes. We tested 175 strains and 59 clinical specimens interpreting the results according to the Standards for Reporting of Diagnostic Accuracy recommendations. All the strains were also investigated by spoligotyping and Mycobacterial Interspersed Repetitive Units–Variable Number of Tandem Repeats typing. The performances of the MTBDRsl in detecting resistance to fluoroquinolones (FQ), second-line injectable drugs (SLID), and ethambutol (EMB) on clinical isolates were similar (specificity ∼99%, sensitivity ∼70%, and positive predictive value (PPV) ∼99%). Of the 59 respiratory specimens, three samples were classified as “indeterminate”. The specificity in detecting resistances was similar for FQs and EMB 100% (95% CI 92.7–100%) and 100% (95% CI 83.9–100%), respectively with a PPV of 100% (95% CI 64.6–100%) and 100% (95% CI 87.9–100%), respectively. Detection of SLID showed a specificity of 89.1% (95% CI 77.0–95.3%) and a PPV of 58.3% (95% CI 32.0–80.7%). Sensitivity for FQ-resistance detection was 100% (95% CI 64.6–100%), whereas for SLID and EMB it was 89.1% (95% CI 77.0-95.3%) and 86.1% (95% CI 71.3-93.9%), respectively. We detected a significant association between mutations in the rrs gene and Beijing lineage. The MTBDRsl can be used to “rule in” extensively drug-resistant strains of tuberculosis in a high risk group; the low sensitivity and negative predicted value (NPV) make confirmation by conventional drug susceptibility testing mandatory when mutations are not identified. NPV for SLID is higher in Beijing strains, showing that the predictive values of the molecular tests are related to the genetic background.
Hedonic Capital

This paper proposes a new way to think about happiness. It distinguishes between stocks and flows. Central to the analysis is a concept we call 'hedonic capital'. The paper sets out a model of the dynamics of wellbeing in which bad life-shocks are smoothed by the drawing down of hedonic capital. The model fits the patterns found in the empirical literature: the existence of a stable level of wellbeing and a tendency to return gradually towards that level. It offers a theory of hedonic adaptation.
Effects of Social Networks on Prediction Markets: Examination in a Controlled Experiment

This paper examines the effect of a social network on prediction markets using a controlled laboratory experiment that allows us to identify causal relationships between a social network and the performance of an individual participant, as well as the performance of the prediction market as a whole. Through a randomized experiment, we first confirm the theoretical predictions that participants with more social connections are less likely to invest in information acquisition from outside information sources, but perform significantly better than other participants in prediction markets. We further show that when the cost of information acquisition is low, a social network-embedded prediction market outperforms a nonnetworked prediction market. We find strong support for peer effects in prediction accuracy among participants. These results have direct managerial implications for the business practice of prediction markets and are critical to understanding how to use social networks to improve the performance of prediction markets.
Influence of Environmental Factors on the Germination of Urena lobata L. and Its Response to Herbicides

Urena lobata is becoming a noxious and invasive weed in rangelands, pastures, and undisturbed areas in the Philippines. This study determined the effects of seed scarification, light, salt and water stress, amount of rice residue, and seed burial depth on seed germination and emergence of U. lobata; and evaluated the weed's response to post-emergence herbicides. Germination was stimulated by both mechanical and chemical seed scarifications. The combination of the two scarification methods provided maximum (99%) seed germination. Germination was slightly stimulated when seeds were placed in light (65%) compared with when seeds were kept in the dark (46%). Sodium chloride concentrations ranging from 0 to 200 mM and osmotic potential ranging from 0 to −1.6 MPa affected the germination of U. lobata seeds significantly. The osmotic potential required for 50% inhibition of the maximum germination was −0.1 MPa; however, some seeds germinated at −0.8 MPa, but none germinated at −1.6 MPa. Seedling emergence and biomass increased with increase in rice residue amount up to 4 t ha−1, but declined beyond this amount. Soil surface placement of weed seeds resulted in the highest seedling emergence (84%), which declined with increase in burial depth. The burial depth required for 50% inhibition of maximum emergence was 2 cm; emergence was greatly reduced (93%) at burial depth of 4 cm or more. Weed seedling biomass also decreased with increase in burial depth. Bispyribac-sodium, a commonly used herbicide in rice, sprayed at the 4-leaf stage of the weed, provided 100% control, which did not differ much with 2,4-D (98%), glyphosate (97%), and thiobencarb + 2,4-D (98%). These herbicides reduced shoot and root biomass by 99–100%.
Modeling interdependence in collective political decision making

BRUCE A. DESMARAIS: Modeling Interdependence in Collective Political Decision Making. (Under the direction of Thomas Carsey.) Fundamental to many accounts of decision-making within political institutions is the interdependence between simultaneous choices. For instance, members in a legislature are hypothesized to take voting cues from party leaders, and the chief justice of the U.S. Supreme Court is thought to vote with the majority on the merits so as to assign opinion authorship. In this thesis I show that none of the conventional methods that have been used by political scientists for testing theories of simultaneous interdependence are statistically sound. I then propose a machine-learning algorithm that finds unmodeled interdependence in discrete-choice data. Next, I develop a novel statistical model that allows the researcher to explain – in a methodologically appropriate manner – the probability that an actor makes a particular choice as well as the probability that a collective-decision occurs in a particular form. In the last chapter of my dissertation, I demonstrate that U.S. Supreme Court case outcomes are interdependent and that the U.S. Supreme Court is best characterized as an institution striving to produce an ideologically optimal body of law rather than ideologically optimal independent case outcomes.
Statistics Anxiety and Worry: The Roles of Worry Beliefs, Negative Problem Orientation, and Cognitive Avoidance.

Statistics anxiety is a common problem for graduate students. This study explores the multivariate relationship between a set of worry-related variables and six types of statistics anxiety. Canonical correlation analysis indicates a significant relationship between the two sets of variables. Findings suggest that students who are more intolerant of uncertainty, believe that worry is beneficial, possess a negative approach to problems, and utilize cognitive avoidance as a coping strategy are more likely to have higher levels of the six types of statistics anxiety. These results highlight the complexity of graduate students’ statistics anxiety. Suggestions for intervention are discussed.
Emotion Theory and Cognitive-Behaviour Therapy

This paper falls into three distinct sections. In the first, the attempt is made to discuss those aspects of emotion theory, particularly with respect to the links between emotion and cognition, that have been considered by cognitive-behaviour therapists. In the second, the aim is to describe recent emotion theory which has, in part, been directed towards cognitive-behaviour therapists and others who are concerned with emotional dysfunction, but which has not yet been taken up. In the final section, the goal is more speculative, arrived at through a description of some of the less obvious excursions made by emotion theorists. Although they mostly do not have emotional dysfunction in mind when addressing their theories, their views are, in the belief of the present author, particularly pertinent to the future directions of cognitive-behaviour therapy.
Disrupting neural activity related to awake-state sharp wave-ripple complexes prevents hippocampal learning

Oscillations in hippocampal local-field potentials (LFPs) reflect the crucial involvement of the hippocampus in memory trace formation: theta (4–8 Hz) oscillations and ripples (~200 Hz) occurring during sharp waves are thought to mediate encoding and consolidation, respectively. During sharp wave-ripple complexes (SPW-Rs), hippocampal cell firing closely follows the pattern that took place during the initial experience, most likely reflecting replay of that event. Disrupting hippocampal ripples using electrical stimulation either during training in awake animals or during sleep after training retards spatial learning. Here, adult rabbits were trained in trace eyeblink conditioning, a hippocampus-dependent associative learning task. A bright light was presented to the animals during the inter-trial interval (ITI), when awake, either during SPW-Rs or irrespective of their neural state. Learning was particularly poor when the light was presented following SPW-Rs. While the light did not disrupt the ripple itself, it elicited a theta-band oscillation, a state that does not usually coincide with SPW-Rs. Thus, it seems that consolidation depends on neuronal activity within and beyond the hippocampus taking place immediately after, but by no means limited to, hippocampal SPW-Rs.
Sources of funding as an influence on alcohol studies

Room, R. (2016). Sources of funding as an influence on alcohol studies. The International Journal Of Alcohol And Drug Research, 5 (1), 15-16. doi: http://dx.doi. org/10.7895/ijadr.v5i1. 231 When I first read Thomas Kuhn’s (1962) seminal work, shortly after its first publication, I was awakened to the historical evidence that even the “hardest” science is a human construction deeply influenced by the social order and the conceptual traditions in which the scientist works. On the other hand, as constructivism took hold in sociology, I realized I was a “soft” constructivist, willing to acknowledge that our conceptual and other constructions face some limits from the physical world and its operating rules (Room, 1984). But in fields like ours, the constraints are quite broad, so that what constitutes alcohol social science—what its research questions are, and how it approaches them—has varied a great deal over the last century or so, and varies considerably among the societies which have been willing to fund such research. I remember discovering that temperance-oriented survey studies, when they turned attention at all beyond the boundary between drinker and abstainer, focused only on frequency of drinking, ignoring amount per occasion (Lindgren, 1973)— a pattern found also in drug war–era drug surveys. What we collect as material for study and what we focus on in analyzing it are deeply influenced by our intellectual and cultural-political heritage and environment.
Cellular immunity to a determinant common to glutamate decarboxylase and coxsackie virus in insulin-dependent diabetes.

Insulin-dependent diabetes (IDD) results from the autoimmune destruction of the insulin-producing pancreatic beta cells. Autoreactive T-lymphocytes are thought to play a pivotal role in the pathogenesis of IDD; however, the target antigens of these cells, as well as the inductive events in the disease, are unclear. PBMC in persons with or at increased risk for IDD show elevated reactivity to the beta cell enzyme glutamate decarboxylase (GAD). To identify the T-lymphocyte-reactive determinants of GAD, an overlapping set of synthetic peptides was used to stimulate the PBMC from these individuals, PBMC responsiveness to GAD peptides was not restricted to those with IDD, and a number of peptides elicited responses in PBMC. However, the major determinant of GAD recognized by persons at increased risk for IDD was amino acids 247-279, a region which has significant sequence similarity to the P2-C protein of Coxsackie B virus (47% of 15 increased risk [islet cell autoantibody-positive relatives]; 25% of 16 newly diagnosed IDD patients; and 0% of 13 healthy control subjects). Responses to tetanus and insulin antigens were not different between the study groups. In addition, PBMC from individuals responding to GAD peptides within 247-279 also responded to a Coxsackie viral peptide (i.e., P2-C amino acids 32-47), an observation supporting potential molecular mimicry in this immune response. Although the role of environmental agents in the pathogenesis of the disease remains unclear, these cellular immunological findings support the epidemiological evidence suggesting an inductive role for enteroviruses like Coxsackie B in the autoimmunity underlying IDD.
Complex interpolation of compact operators mapping into lattice couples

After 44 years it is still not known whether an operator mapping one Banach couple boundedly into another and acting compactly on one (or even both) of the “endpoint” spaces also acts compactly between the complex interpolation spaces generated by these couples. We answer this question affirmatively in certain cases where the “range” Banach couple is a couple of lattices on the same measure space.
Why Do Firms Hold so Much Cash? A Tax-Based Explanation

U.S. corporations hold significant amounts of cash on their balance sheets, and these cash holdings have been justified in the existing empirical literature by transaction costs and precautionary motives. An additional explanation, considered in this study, is that U.S. multinational firms hold cash in their foreign subsidiaries because of the tax costs associated with repatriating foreign income. Consistent with this hypothesis, firms that face higher repatriation tax burdens hold higher levels of cash, hold this cash abroad, and hold this cash in affiliates that trigger high tax costs when repatriating earnings. Estimates indicate that a one standard deviation increase in the tax burden from repatriating foreign income is associated with a 7.9% increase in the ratio of cash to net assets. In addition, certain firms, specifically those that are less financially constrained domestically and those that are more technology intensive, exhibit a higher sensitivity of affiliate cash holdings to repatriation tax burdens.
Finite-State Controllers Based on Mealy Machines for Centralized and Decentralized POMDPs

Existing controller-based approaches for centralized and decentralized POMDPs are based on automata with output known as Moore machines. In this paper, we show that several advantages can be gained by utilizing another type of automata, the Mealy machine. Mealy machines are more powerful than Moore machines, provide a richer structure that can be exploited by solution methods, and can be easily incorporated into current controller-based approaches. To demonstrate this, we adapted some existing controller-based algorithms to use Mealy machines and obtained results on a set of benchmark domains. The Mealy-based approach always outperformed the Moore-based approach and often outperformed the state-of-the-art algorithms for both centralized and decentralized POMDPs. These findings provide fresh and general insights for the improvement of existing algorithms and the development of new ones.
Cerebellar Globular Cells Receive Monoaminergic Excitation and Monosynaptic Inhibition from Purkinje Cells

Inhibitory interneurons in the cerebellar granular layer are more heterogeneous than traditionally depicted. In contrast to Golgi cells, which are ubiquitously distributed in the granular layer, small fusiform Lugaro cells and globular cells are located underneath the Purkinje cell layer and small in number. Globular cells have not been characterized physiologically. Here, using cerebellar slices obtained from a strain of gene-manipulated mice expressing GFP specifically in GABAergic neurons, we morphologically identified globular cells, and compared their synaptic activity and monoaminergic influence of their electrical activity with those of small Golgi cells and small fusiform Lugaro cells. Globular cells were characterized by prominent IPSCs together with monosynaptic inputs from the axon collaterals of Purkinje cells, whereas small Golgi cells or small fusiform Lugaro cells displayed fewer and smaller spontaneous IPSCs. Globular cells were silent at rest and fired spike discharges in response to application of either serotonin (5-HT) or noradrenaline. The two monoamines also facilitated small Golgi cell firing, but only 5-HT elicited firing in small fusiform Lugaro cells. Furthermore, globular cells likely received excitatory monosynaptic inputs through mossy fibers. Because globular cells project their axons long in the transversal direction, the neuronal circuit that includes interplay between Purkinje cells and globular cells could regulate Purkinje cell activity in different microzones under the influence of monoamines and mossy fiber inputs, suggesting that globular cells likely play a unique modulatory role in cerebellar motor control.