Since the 1990s, the relation between liberalism and colonialism has been one of the most important issues in Locke studies and also in the field of modern political thought. This present work is a unique contribution to discussion of this issue in that it elucidates Lockeâ (TM)s concept of the law of nature and his view of war. Lockeâ (TM)s law of nature includes, despite its ostensible universal validity, some particular rules which favour the rights of a European form of (...) political society and individualistic land-acquisition at the sacrifice of native traditional land-rights and subsistence. Concerning wars between settlers and the natives, Lockeâ (TM)s concept of â oepunishmentâ in state of nature allows the militarily superior side to make a war with the inferior in disregard for the latterâ (TM)s claim and nevertheless, after winning victory, proclaim its own just cause of war. By putting Lockeâ (TM)s discourse on colonization and war in the context of contemporary relations between English colonists and the natives, this book makes clear that the expansive element of his theory of property actually overbalanced his rule of limitation of property according to equitableness and that it, after all, undermines the general principles of freedom and equality of all in his law of nature. (shrink)

"Deep Words contains translations of "Honso, the "Core Text" of "Gengo, by Miura Baien, 1723-1789 - a widely renowned Japanese teacher and writer of his time; ...

Peptides possessing both natriuretic and smooth muscle relaxant activities have been isolated from heart atria and their structures have been determined. The peptides designated ANP (atrial natriuretic peptide) regulate salt and water balance and blood pressure. The scope of this article is to provide a summary of recent research developments directed towards understanding the molecular nature of atrial natriuretic peptides.

ABSTRACTWe tested the response dynamics of the evaluative priming effect using a mouse tracking procedure that records hand movements during the execution of categorisation tasks. In Experiment 1, when participants performed the evaluative categorisation task but not the non-evaluative semantic categorisation task, their mouse trajectories for evaluatively incongruent trials curved more toward the opposite response than those for evaluatively congruent trials, indicating the emergence of evaluative priming effects based on response competition. In Experiment 2, implementing a task-switching procedure in which (...) evaluative and non-evaluative categorisation tasks were intermixed, we obtained reliable evaluative priming effects in the non-evaluative semantic categorisation task as well as in the evaluative categorisation task when participants assigned attention to the evaluative stimulus dime... (shrink)

In motion-induced blindness , a target within rotating random dots is occasionally hidden from observers’ consciousness during observation. In the present study, a red ring-like cue was centered on a target and presented immediately after observers reported subjective disappearance of the target in MIB . The radius of the cue was systematically modulated. Observers quickly regained awareness of the disappeared object only after they were provided with a pinpoint cue of its location. We also found that a flickering cue at (...) 1 Hz hindered MIB when the radius of the cue was critically small . Furthermore, abrupt onset of a small square was enough to regain awareness of the target . Successful revival of the target with a small cue indicates that critical spatial distribution of visual attention determines what in the visual scene is included in visual awareness. (shrink)

Alternative cleavage and polyadenylation (APA) can diversify coding and non‐coding regions, but has particular impact on increasing 3′ UTR diversity. Through the gain or loss of regulatory elements such as RNA binding protein and microRNA sites, APA can influence transcript stability, localization, and translational efficiency. Strikingly, the central nervous systems of invertebrate and vertebrate species express a broad range of transcript isoforms bearing extended 3′ UTRs. The molecular mechanism that permits proximal 3′ end bypass in neurons is mysterious, and only (...) beginning to be elucidated. This landscape of neural 3′ UTR extensions, many reaching unprecedented lengths, may help service the unique post‐transcriptional regulatory needs of neurons. A combination of approaches, including transcriptome‐wide profiling, genetic screening to identify APA factors, biochemical dissection of alternative 3′ end formation, and manipulation of individual neural APA targets, will be necessary to gain fuller perspectives on the mechanism and biology of neural‐specific 3′ UTR lengthening. (shrink)

Biological forms are very complex, and mechanisms of pattern formation are not well understood. Although developmental biology deals with the mechanistic explanation of patterns, currently we do not know how to understand the mechanisms of pattern formation from huge amounts of molecular information. In this article, I present one useful tool, mathematical modeling, to obtain a mechanistic understanding of biological pattern formation, and show an actual example in lung branching morphogenesis. In this example, mathematical modeling plays an indispensable role in (...) understanding the biological phenomena. The model successfully reproduces the basic features of morphogenesis in vitro, but mechanism in vivo still remains to be elucidated. (shrink)