This special issue explores the significance of collectivism in modern and contemporary Japanese art. Japanese artists banded together throughout the twentieth century to work in collectives, reflecting and influencing each evolution of their culture. Illuminating the interplay between individual and community throughout Japan’s tumultuous century, the contributors to this issue examine both the practical internal operations of the collectives and the art that they produced. One contributor studies the art societies of prewar imperial Japan, whose juried art salons defined a (...) new _nihonga_ painting tradition. While recent scholarly work on art produced during World War II has tended to neglect the collectivist tradition, this issue covers wartime groups like the Art Unit for Promoting the Munitions Industry and the important questions they pose about the relationship between artists and the state. Art collectives in post-occupation Japan gained prominence working in the experimental vanguard of the global art scene in painting, sculpture, design, and intermedia projects. Adding a crucial dimension to the study of Japanese art and modernism, this issue explores how these groups attempted to accommodate the creative paradox of individualism within collectivism. _Contributors: Maki Kaneko, Kuroda Raiji, John Szostak, Miwako Tezuka, Ming Tiampo, Reiko Tomii, Alicia Volk, Midori Yoshimoto Reiko Tomii_ is an independent art historian and curator in New York. She is coauthor of _Xu Bing_. _Midori Yoshimoto_ is Associate Professor of Art History and curator of two galleries at New Jersey City University. She is the author of _Into Performance: Japanese Women Artists in New York_. (shrink)

Although Caenorhabditis and Drosophila proved invaluable in unraveling the molecular mechanisms of apoptosis, it is now clear that these animals are of limited value for understanding the evolution of apoptotic systems. Whereas data from these invertebrates led to the assumption that the extrinsic apoptotic pathway is restricted to vertebrates, recent data from cnidarians and sponges indicate that this pathway predates bilaterian origins. Here we review the phylogenetic distribution of caspase‐8, the initiator caspase of the extrinsic apoptotic pathway, its paralogs and (...) other components of the network. The ancestral caspase‐8 gave rise to four paralogs early in vertebrate evolution, and these have been maintained in many tetrapods. However, eutherians have lost caspase‐18 and myomorph rodents have lost caspase‐10, these losses suggesting functional redundancy amongst caspase‐8 paralogs. The apoptotic network of the eumetazoan ancestor appears to have been complex and vertebrate like, and is only now being revealed by studying simple animals. (shrink)

BackgroundSocial cognitive impairments adversely affect social functioning in patients with schizophrenia. Although pharmacological interventions have been suggested to provide some benefits on social cognition, little information is available on the comparative efficacy of pharmacotherapy. Thus, the aim of this planned systematic review and network meta-analysis is to perform a quantitative comparison of the effects of various psychotropic drugs, including supplements, on social cognition disturbances of schizophrenia.MethodsThe literature search will be carried out using the PubMed, Embase, Cochrane Central Register of Controlled (...) Trials, PsycINFO, ClinicalTrials.gov, and International Clinical Trials Registry Platform databases from inception onward. Randomized controlled trials that examined the efficacy of drugs in social cognitive disturbances will be included, based on the most recent studies and the broader literature than previously searched. This protocol defines a priori the methods that will be used for study selection, data collection, quality assessment, and statistical syntheses.DiscussionThe findings this work are expected to help promote the development of better therapeutics of social cognitive impairments in schizophrenia and related psychiatric conditions.Systematic Review Registration[www.crd.york.ac.uk/prospero], identifier [CRD42021293224]. (shrink)