Innovative verbs in Japanese are formed from nouns of various sources including loanwords, Sino-Japanese nouns, mimetics, and proper names. Regardless of their different origin, these innovative denominal verbs exhibit a collection of intriguing properties, ranging from phonological, morphological, to semantic and pragmatic. These properties are not strictly predictable from the component parts including the nature of the parent noun and verbal morphology. Such an unpredictable nature is suggestive of a constructional analysis. The form-meaning-function complex takes a templatic representation, which expresses (...) the phonological and morphological characteristics, and associated with it are semantic and pragmatic properties. These phonological, morphological, semantic, and pragmatic properties combine to capture the nature of innovative denominal verbs as a construction. The analysis supports the idea of applying construction grammar to morphology along the lines of the developing field of construction morphology (e.g., Booij, Compounding and derivation: Evidence for construction morphology, John Benjamins, 2005, Construction morphology and the lexicon: 34–44, Cascadilla Press, 2007, Linguistische Berichte 19: 1–14, 2009a, Compounding and construction morphology, Oxford University Press, 2009b). We further show how insights from templatic (or prosodic) morphology (e.g., McCarthy and Prince, Prosodic morphology, University of Massachusetts and Brandeis University, 1986, Natural Language and Linguistic Theory 8: 209–282, 1990) can be conceptualized in terms of construction grammar. (shrink)

An alternative antigen receptor, named the variable lymphocyte receptor (VLR), was first identified in lampreys in 2004. Since then, the mechanism of VLR diversification via somatic gene assembly and the function of VLR‐expressing lymphocytes have been the subject of much research. VLRs comprise leucine‐rich repeat (LRR) motifs and are found only in the most phylogenetically distant vertebrates from mammals, lampreys, and hagfish. Previous reports showed that VLRA and VLRB are reciprocally expressed by lymphocytes that resemble T‐ and B cells; however, (...) more recent reports show that another VLR, VLRC, is expressed on a third lymphocyte lineage, which may be equivalent to γδ T cells. The existence of three major lymphocyte lineages – one B‐cell‐like and two T‐cell‐like – and their development in lampreys, parallels the mammalian adaptive immune system. This suggests that these three cell lineages were present in the common vertebrate ancestor approximately 500 million years ago. (shrink)

have extremely harmful impacts on an individual’s physical, social and mental health throughout their life-span. Recently, it has been reported that maternal ACEs increase the risk of developmental delay in the offspring across generations. This mini review focuses on the direct relationship between maternal ACEs and child developmental delay, and potential mediators/moderators that associate their relationship. Six studies were identified using three search engines. The results indicated that four out of six studies reported at least one significant direct association between (...) maternal ACEs and child development. Additionally, maternal biological, psychological, and social factors were identified as mediators or moderators. In summary, we identified that maternal ACEs increased the risk of developmental delay in children via biological and psychosocial pathways. Future research should examine potential buffering factors and identify when it is crucial to break the intergenerational transmission. (shrink)