Reasonable Expectations and the Erosion of Privacy

This Article examines how the prevailing legal conception of privacy facilitates the erosion of privacy. The law generally measures privacy by reference to society’s reasonable expectation of privacy. If we think of the universe of legally private matters as a sphere, the sphere will contract or (at least in theory) expand in accordance with changing social expectations. This expectation-driven conception of privacy in effect establishes a privacy marketplace, analogous in both a literal and metaphorical sense to a marketplace of ideas. In this marketplace, societal expectations of privacy fluctuate in response to changing social practices. For this reason, privacy is susceptible to encroachment at the hands of large institutional actors who can control this marketplace by affecting social practices

The First Amendment and the Regulation of Speech Intermediaries

Calls to regulate social media platforms abound on both sides of the political spectrum. Some want to prevent platforms from deplatforming users or moderating content, while others want them to deplatform more users and moderate more content. Both types of regulation will draw First Amendment challenges. As Justices Thomas and Alito have observed, applying settled First Amendment doctrine to emerging regulation of social media platforms presents significant analytical challenges

Dr. King, Bull Connor, and Persuasive Narratives

This article describes an in-class exercise that illustrates the use of persuasive narrative techniques in a U.S. Supreme Court decision. The article first describes the background to the Supreme Court’s decision in Walker v. City of Birmingham. Next, the article examines persuasive narrative techniques through the lens of an in-class exercise in which students identify the Justices’ narrative devices and consider how those devices preview the Justices’ legal arguments. Finally, the article describes why the Walker case and the exercise are valuable not only to teach persuasive narratives, but also to raise broader issues of lawyering and social justice

Nevada Case Threatens to Expand Terry Stops

This term, the U.S. Supreme Court will review a Nevada decision authorizing police to arrest people for refusing to identify themselves. If affirmed, the decision could reshape how privacy is viewed in the criminal context throughout the United States, and could prompt the Massachusetts Supreme Judicial Court to depart from the Supreme Court’s approach to stop-and-frisk cases. The case is Hiibel v. Sixth Judicial District Court, 59 P.3d 1201 (Nev. 2002), cert. granted, 124 S. Ct. 430 (2003)

Structure of Blood Coagulation Factor VIII in Complex With an Anti-C2 Domain Non-Classical, Pathogenic Antibody Inhibitor

Factor VIII (fVIII) is a procoagulant protein that binds to activated factor IX (fIXa) on platelet surfaces to form the intrinsic tenase complex. Due to the high immunogenicity of fVIII, generation of antibody inhibitors is a common occurrence in patients during hemophilia A treatment and spontaneously occurs in acquired hemophilia A patients. Non-classical antibody inhibitors, which block fVIII activation by thrombin and formation of the tenase complex, are the most common anti-C2 domain pathogenic inhibitors in hemophilia A murine models and have been identified in patient plasmas. In this study, we report on the X-ray crystal structure of a B domain-deleted bioengineered fVIII bound to the non-classical antibody inhibitor, G99. While binding to G99 does not disrupt the overall domain architecture of fVIII, the C2 domain undergoes an ~8 Å translocation that is concomitant with breaking multiple domain-domain interactions. Analysis of normalized B-factor values revealed several solvent-exposed loops in the C1 and C2 domains which experience a decrease in thermal motion in the presence of inhibitory antibodies. These results enhance our understanding on the structural nature of binding non-classical inhibitors and provide a structural dynamics-based rationale for cooperativity between anti-C1 and anti-C2 domain inhibitors

Structure of Blood Coagulation Factor VIII in Complex with Anti-C2 Domain Inhibitory Antibody

Factor VIII (fVIII) is a procoagulant protein that binds to activated factor IX (fIXa) on platelet surfaces to form the intrinsic tenase complex. Due to the high immunogenicity of fVIII, generation of antibody inhibitors is a common occurrence in patients during hemophilia A treatment and spontaneously occurs in acquired hemophilia A patients. Non-classical antibody inhibitors, which block fVIII activation by thrombin and formation of the tenase complex, are the most common anti-C2 domain pathogenic inhibitors in hemophilia A murine models and have been identified in patient plasmas. In this study, we report on the X-ray crystal structure of a B domain-deleted bioengineered fVIII bound to the non classical antibody inhibitor, G99. While binding to G99 does not disrupt the overall domain architecture of fVIII, the C2 domain undergoes an ~8 Å translocation that is concomitant with breaking multiple domain-domain interactions. Analysis of normalized B-factor values revealed several solvent-exposed loops in the C1 and C2 domains which experience a decrease in thermal motion in the presence of inhibitory antibodies. Our results enhance our understanding on the structural nature of binding non-classical inhibitors and provide a structural dynamics-based rationale for cooperativity between anti-C domain inhibitors

Variation in carbon and nitrogen concentrations among peatland categories at the global scale

Publisher Copyright: © 2022 This is an open access article, free of all copyright, and may be freely reproduced, distributed, transmitted, modified, built upon, or otherwise used by anyone for any lawful purpose. The work is made available under the Creative Commons CC0 public domain dedication.Peatlands account for 15 to 30% of the world's soil carbon (C) stock and are important controls over global nitrogen (N) cycles. However, C and N concentrations are known to vary among peatlands contributing to the uncertainty of global C inventories, but there are few global studies that relate peatland classification to peat chemistry. We analyzed 436 peat cores sampled in 24 countries across six continents and measured C, N, and organic matter (OM) content at three depths down to 70 cm. Sites were distinguished between northern (387) and tropical (49) peatlands and assigned to one of six distinct broadly recognized peatland categories that vary primarily along a pH gradient. Peat C and N concentrations, OM content, and C:N ratios differed significantly among peatland categories, but few differences in chemistry with depth were found within each category. Across all peatlands C and N concentrations in the 10-20 cm layer, were 440 ± 85.1 g kg-1 and 13.9 ± 7.4 g kg-1, with an average C:N ratio of 30.1 ± 20.8. Among peatland categories, median C concentrations were highest in bogs, poor fens and tropical swamps (446-532 g kg-1) and lowest in intermediate and extremely rich fens (375-414 g kg-1). The C:OM ratio in peat was similar across most peatland categories, except in deeper samples from ombrotrophic tropical peat swamps that were higher than other peatlands categories. Peat N concentrations and C:N ratios varied approximately two-fold among peatland categories and N concentrations tended to be higher (and C:N lower) in intermediate fens compared with other peatland types. This study reports on a unique data set and demonstrates that differences in peat C and OM concentrations among broadly classified peatland categories are predictable, which can aid future studies that use land cover assessments to refine global peatland C and N stocks.Peer reviewe