Hovmand Malloy (offerperch6)

Imposing significant challenges for both street-level implementation and policy (re)design, crises alter the environment for street-level policy entrepreneurship (SLPE), wherein street-level bureaucrats engage in policy formulation processes to secure future policy outcomes. Nevertheless, like street-level implementation in general, SLPE is studied during ordinary times but rarely during crises. Focusing on community-health workers in Brazil during the Covid-19 crisis uncovered a defensive motivation for SLPE, which aimed to legitimize community healthcare as an integral part of pandemic treatment, reforming the government's hitherto neglectful approach to community health services. Moreover, the continuing crisis created an unusually prolonged window of opportunity for securing community healthcare provision. By utilizing collective efforts and drawing on powerful politicians' mobilization, SLPE during crisis shares similarities with, yet differs from, SLPE during ordinary times, while further closing the interstices between local, professional, and political perspectives in the formulation of policy decisions.DNA methylation is an essential epigenetic modification involved in numerous biological processes. Here, we present a cell-based system pLTR-Luc2P-EGFP for evaluation of DNA methylation in mammalian cells. In this system, the expression of reporter gene luciferase2P (Luc2P)-EGFP is under the control of HIV-1 promoter 5' long terminal repeat (LTR), which contains multiple CpG sites. Once these sites are methylated, the expression of Luc2P-EGFP is turned off, which may be visualized under fluorescence microscopy, with quantification performed in luciferase activity assay. As a proof of principle, pLTR-Luc2P-EGFP was methylated in vitro, and transfected into 293T cells, where the reduction of Luc2P-EGFP expression was confirmed. Premixed reporter DNA samples with the methylation levels varying from 0 to 100% were used for quantitative measurements of DNA methylation. The resulting standard curves indicated the accuracy of luciferase activity exceeding that of the Western blotting against EGFP. The Bland-Altman analysis showed that data from luciferase activity assay were in good agreement with the actual DNA methylation levels. In summary, we have established a reporter system coupled with reliable detection technique capable of efficient quantifying the changes in methylation in mammalian cells. This system may be utilized as a high throughput screening tool for identifying molecules that modulate DNA methylation.This paper analytically examines the demand for surgical masks following the recent health precautions due to coronavirus. Using a simple linear demand curve and alternatively examining the impacts of requirements that mandate (a) the wearing of masks by frontline workers; (b) suggested but not required masking by the whole public; and (c) compulsory masking by the whole public. The impacts of the different scenarios on the price elasticity of demand are determined along with the slope (or the rate of change) of elasticity. Some of these results differ when a non-linear demand curve is considered instead. The equilibrium mask prices increase when masks are universally mandated, whereas the consumer surplus is higher when masks are recommended but not mandated. However, the ranking of consumer surplus is shown to be sensitive to the supply elasticity of masks. click here These considerations enable a structured means to view the demand implications of masking requirements and provide some food for policy thought.Motivated by the prevailing severe situation in India, we extend the SIR(S) model of infectious diseases to incorporate demand dynamics and its interaction with COVID-19 spread. We argue that, on one hand, the spread of COVID-19 creates panic among consumers and firms and negatively affects economic activity. On the other hand, economic activity intensifies the spread of the infection. Initially assumi