A combination of policy changes and wider socio-economic trends led to a dramatic increase in child poverty in New Zealand during the late 1980s and early 1990s. Higher rates of child poverty have now become embedded in the system and show little sign of resolving themselves. For a country which once took pride in being comparatively egalitarian and, more particularly, a great place to bring up children, the tolerance of much greater child poverty is surprising. It is also concerning. Child (...) poverty imposes many costs. This is especially the case, according to the available evidence, when poverty occurs during early childhood and when it is severe and/or persistent. These costs afflict not only the children directly exposed to poverty, but also the whole society. This article briefly explores the available evidence concerning the nature, magnitude, causes and consequences of child poverty in New Zealand and considers why substantial rates of child poverty have been tolerated for an extended period. Drawing on the lessons of anti-poverty approaches in other OECD countries, it then outlines a strategy for securing substantial and durable reductions in child poverty rates in New Zealand. Finally, it considers the prospects of such a strategy being implemented and suggests ways of enhancing the focus of the political system on child-related social issues. (shrink)

1. Ethics and public policy .Jonathan.Boston,.Andrew.Bradstock,.and.David.Eng Introduction This book is about ethics and public policy. ...

Mammalian telomeres have evolved safeguards to prevent their recognition as DNA double‐stranded breaks by suppressing the activation of various DNA sensing and repair proteins. We have shown that the telomere‐binding proteins TRF2 and RAP1 cooperate to prevent telomeres from undergoing aberrant homology‐directed recombination by mediating t‐loop protection. Our recent findings also suggest that mammalian telomere‐binding proteins interact with the nuclear envelope to maintain chromosome stability. RAP1 interacts with nuclear lamins through KU70/KU80, and disruption of RAP1 and TRF2 function result in (...) nuclear envelope rupture, promoting telomere‐telomere recombination to form structures termed ultrabright telomeres. In this review, we discuss the importance of the interactions between shelterin components and the nuclear envelope to maintain telomere homeostasis and genome stability. (shrink)

ABSTRACTAxel Honneth’s theory of recognition has been criticised for presenting a deficient concept of work and the normative significance of work. In recent years Jean-Philippe Deranty, among others, has suggested that Honneth could overcome this deficiency by reintroducing into his mature theory the critical concept of work that first appeared in his 1977–1985 writings. My paper critically reconstructs and assesses Deranty’s position. I argue that Deranty has understated the extent to which his research direction diverges from Honneth’s. Rather than simply (...) nuancing Honneth’s existing philosophical system, Deranty’s work exposes some of its conceptual limits and points beyond it. (shrink)

High-spin states have been studied in Pr-135(59), populated through the Cd-116(Na-23,4n) reaction at 115 MeV, using the Gammasphere gamma-ray spectrometer. The negative-parity yrast band has been significantly extended to spin similar to 45 (h) over bar and excitation energy 21.5 MeV, showing evidence for several rotational alignments. The positive-parity yrast band of Ce-135(58), populated through the p4n channel of this reaction, was also populated to spin similar to 38 (h) over bar and excitation energy 18 MeV. Cranking calculations indicate that (...) these nuclei are soft with respect to the triaxiality parameter gamma and that several competing nuclear shapes occur at high spin. (shrink)

Medium- and high-spin states of Pr-134 were populated using the Cd-116(Na-23, 5n) reaction and studied with the GAMMASPHERE spectrometer. Several new bands have been found in this nucleus, one of them being linked to the previously observed chiral-candidate twin-band structure. The ground state of Pr-134 could be determined through establishing a level structure that connects the two previously known long-lived isomeric states. Unambiguous spin-parity assignments for the excited states could be performed based on the known 2(-) spin-parity of the ground (...) state combined with the present experimental data. Intrinsic single-particle configurations have been assigned to the newly observed bands on the basis of the measured B(M1)/B(E2) ratios, alignments, band-crossing frequencies, bandhead spins, the observed single-particle configurations in the neighboring nuclei, and taking into account the predictions of total Routhian surface and tilted-axis cranking calculations. (shrink)