Devoted to the ways in which Holocaust literature and Gulag literature provide contexts for each other, the book shows how the prominent features of one shed light on the veiled features and methods of the other. The narratives are discussed against the background of historical information about the Soviet and the Nazi regimes of repression. Writers at the center of this work include Varlam Shalamov, Primo Levi, Elie Wiesel, and Ka-Tzetnik, and others including Alexandr Solzhenitsyn, Evgeniya Ginzburg, and Jorge Semprun illuminate the discussion. The twofold analysis concentrates on the narrative qualities of the works as well as on the ways in which each text documents the writer’s experience and on the ways in which fictionalized narrative can double as historical testimony. The analysis also comments on references to events that might have become obscure owing to the passage of time and the cultural diversity of readers.
Binder-free electrodes with core-shell structures have shown great potential in a variety of important energy storage systems. In order to endow the core-shell hierarchical structure with enhanced electrochemical properties, rationally designed and fabricated hierarchical structures with controllable morphology and great electrical conductivity are highly desired. In this work, a uniform dendritic SCo3O4@NiCo2S4 hierarchical structure grown on Ni foam was successfully designed and synthesized via sulfur-doping of Co3O4 (S-Co3O4) as the inner core with enhanced conductivity. The hierarchical electrode exhibited high areal capacity (10.9 mA h cm(-2) at a current density of 8 mA cm(-2)), a good rate performance (72.5% retention after increasing the current densities from 8 to 30 mA cm(-2)), and excellent cycling stability (97.3% retention after 5000 cycles). Moreover, a hybrid energy storage batterysupercapacitor device, constructed from a S-Co3O4@NiCo2S4 positive electrode and an active carbon (AC) negative electrode, showed high energy density and power density. Contributing to short ion diffusion, large electroactive sites and low contact resistance, our work not only demonstrates a promising electrode for energy storage battery-supercapacitor hybrid (BSH) devices, but also provides an attractive strategy for the design of electrode materials.
In the scholarship, the discussions of the semantics of Aramaic אלמלי/אלמלא אילולי/אילולא throughout the history of Hebrew have focused on the function of these expressions as sometimes simply marking the head of a counterfactual con
In the scholarship, the discussions of the semantics of Aramaic אלמלי/אלמלא אילולי/אילולא throughout the history of Hebrew have focused on the function of these expressions as sometimes simply marking the head of a counterfactual condition, but at other times denoting "if not." This paper is divided into two, separately published parts. The first part follows the tradition that the answer to this puzzle lies in historical changes and dialectal variations. The second part examines various alterations that occurred during the transmission of the texts in which these forms appear. This type of study has the ability to shed light on the semantic interpretations of these expressions and, at the same time, on the linguistic knowledge of those who transmitted these texts. Thus, this paper aims to contribute to the linguistic analysis of these expressions and to our understanding of the ways in which talmudic texts were transmitted, namely, the phenomena that could affect their content.
The aggregation of drugs and nutraceuticals in aqueous media is an outstanding problem for their efficacy and bioavailability. A common solution is to add excipients or hydrotropes that increase solubility and limit aggregation. Here we study caffeine, a widely consumed drug that undergoes oligomerization and aggregation in aqueous solutions. Combining partition and solubility experiments with molecular dynamics simulations, we determined the effect of sugars (mono- and disaccharides) on caffeine self-association and solubility. We find that sugars selectively increase the concentration of caffeine in its monomeric state, but decrease its solubility in all oligomeric forms. Thus we determine that, in contrast to common hydrotropes, sugars act as selective hydrotropes toward caffeine, since they differentially act on specific solvated forms of the drug. We furthermore unravel the molecular mechanism for this selectivity, and comment on the general design principles that should help develop targeted excipients for bioavailability and taste modification in drugs and foods.
Since the discovery of ubiquitin conjugation as a cellular mechanism that triggers proteasomal degradation, the mode of substrate recognition by the ubiquitin-ligation system has been the holy grail of research in the field. This entails the discovery of recognition determinants within protein substrates, which are part of a degron, and explicit E3 ubiquitin (Ub)-protein ligases that trigger their degradation. Indeed, many protein substrates and their cognate E3′s have been discovered in the past 40 years. In the course of these studies, various degrons have been randomly identified, most of which are acquired through post-translational modification, typically, but not exclusively, protein phosphorylation. Nevertheless, acquired degrons cannot account for the vast diversity in cellular protein half-life times. Obviously, regulation of the proteome is largely determined by inherent degrons, that is, determinants integral to the protein structure. Inherent degrons are difficult to predict since they consist of diverse sequence and secondary structure features. Therefore, unbiased methods have been employed for their discovery. This review describes the history of degron discovery methods, including the development of high throughput screening methods, state of the art data acquisition and data analysis. Additionally, it summarizes major discoveries that led to the identification of cognate E3 ligases and hitherto unrecognized complexities of degron function. Finally, we discuss future perspectives and what still needs to be accomplished towards achieving the goal of understanding how the eukaryotic proteome is regulated via coordinated action of components of the ubiquitin-proteasome system.
Based on a close reading of the adult coloring book and listening party kit published to accompany NPR’s podcast Invisibilia, this article examines the ideal listener of, and the ideal mode of listening to, audio storytelling podcasts. We argue that these texts prompt the notion of childlike listening, a mode of listening that harnesses the innocence and curiosity of the child for the sake of deep discussion and interpersonal connection. This ideal listening mode is achieved through performative unplugging, whereby listening party attendees show their ability to delay gratification by turning off their phones. By unpacking the ideals constructed by the coloring book and listening party kit, we argue that the cultural values they seek to convey align with wider views about the power of podcasts to bring us together.
Based on a close reading of the adult coloring book and listening party kit published to accompany NPR’s podcast Invisibilia, this article examines the ideal listener of, and the ideal mode of listening to, audio storytelling podcasts. We argue that these texts prompt the notion of childlike listening, a mode of listening that harnesses the innocence and curiosity of the child for the sake of deep discussion and interpersonal connection. This ideal listening mode is achieved through performative unplugging, whereby listening party attendees show their ability to delay gratification by turning off their phones. By unpacking the ideals constructed by the coloring book and listening party kit, we argue that the cultural values they seek to convey align with wider views about the power of podcasts to bring us together.
The biblical corpus features a number of verses in which interrogative pronouns appear in non-interrogative contexts. The same phenomenon is observed in many other languages and gives rise to the question known in the linguistic literature as “the interrogative-indefinite puzzle,” namely, what is the natural connection between the interrogative and indefinite functions. This paper seeks to explore how this question should be examined in the context of the Biblical Hebrew data. It will be argued that a consideration of typological observations can yield important insights into this question. Subsequently, it proposes a formal semantic analysis of the indefinite pronouns in question and shows how the proposed approach can help explain their distribution.
In order to respond to changing environments and fluctuations in internal states, animals adjust their behavior through diverse neuromodulatory mechanisms. In this study we show that electrical synapses between the ASH primary quinine-detecting sensory neurons and the neighboring ASK neurons are required for modulating the aversive response to the bitter tastant quinine in C. elegans. Mutant worms that lack the electrical synapse proteins INX-18 and INX-19 become hypersensitive to dilute quinine. Cell-specific rescue experiments indicate that inx-18 operates in ASK while inx-19 is required in both ASK and ASH for proper quinine sensitivity. Imaging analyses find that INX-19 in ASK and ASH localizes to the same regions in the nerve ring, suggesting that both sides of ASK-ASH electrical synapses contain INX-19. While inx-18 and inx-19 mutant animals have a similar behavioral phenotype, several lines of evidence suggest the proteins encoded by these genes play different roles in modulating the aversive quinine response. First, INX-18 and INX-19 localize to different regions of the nerve ring, indicating that they are not present in the same synapses. Second, removing inx-18 disrupts the distribution of INX-19, while removing inx-19 does not alter INX-18 localization. Finally, by using a fluorescent cGMP reporter, we find that INX-18 and INX-19 have distinct roles in establishing cGMP levels in ASK and ASH. Together, these results demonstrate that electrical synapses containing INX-18 and INX-19 facilitate modulation of ASH nociceptive signaling. Our findings support the idea that a network of electrical synapses mediates cGMP exchange between neurons, enabling modulation of sensory responses and behavior.