REASONABLE ACCOMMODATION UNDER THE FEDERAL FAIR HOUSING AMENDMENTS ACT

This article reviews the legislative history and case law of the Fair Housing Act. It reviews the elements of a claim for reasonable accommodations for persons with disabilities under the FHA. It argues that some courts have incorrectly interpreted the statute restrictively defying the intentions of the drafters of the statute

Five-Hundred-Year Flood Plains and Other Unconstitutional Challenges to the Establishment of Community Residences for the Mentally Disabled

This article examines the impact of state statutes and local ordinances on the establishment of community residences for the mentally disabled. While some states have policies advocating for community residences, these policies are often undermined by barriers such as neighborhood opposition and statutes and ordinances that impede development. The author analyzes the application of the equal protection clause to statutes and ordinances affecting the mental disabled, ultimately concluding that many are unconstitutional. Finally, the author discusses the impact of City of Cleburne v. Cleburne Living Center on state statutes and local ordinances that limit the establishment of community residences. The author ultimately proposes a model statute that prohibits strategies used to bar community residences

Five-Hundred-Year Flood Plains and Other Unconstitutional Challenges to the Establishment of Community Residences for the Mentally Disabled

This article examines the impact of state statutes and local ordinances on the establishment of community residences for the mentally disabled. While some states have policies advocating for community residences, these policies are often undermined by barriers such as neighborhood opposition and statutes and ordinances that impede development. The author analyzes the application of the equal protection clause to statutes and ordinances affecting the mental disabled, ultimately concluding that many are unconstitutional. Finally, the author discusses the impact of City of Cleburne v. Cleburne Living Center on state statutes and local ordinances that limit the establishment of community residences. The author ultimately proposes a model statute that prohibits strategies used to bar community residences

Attorneys Must Not Enter Partnership Agreements Prohibiting Themselves from Representing Former Clients Upon Termination of Partnership. Dwyer v. Jung, 133 N.J. Super. 343, 336 A.2d 498 (Ch. 1975), appeal docketed, No. 3378-74, App. Div., June 18, 1975.

Three attorneys entered into a partnership agreement for the practice of law. Their agreement included a provision that assigned the partnership\u27s insurance carrier clients to individual partners upon the termination of the partnership and restricted the partners from doing business with a client designated as that of another partner for a period of five years. Of these insurance carrier clients, 154 were assigned to the defendant while five were allotted to the plaintiffs. After the partnership was dissolved, the plaintiffs sought a judicial accounting. The defendant counterclaimed, contending that the plaintiffs violated the restrictive covenant of the original partnership agreement by attempting to do business with clients designated as his. Plaintiffs denied the charge and argued that the covenant apportioning clients to individual partners had the effect of prohibiting the other partners from dealing with those clients and was therefore void as against public policy. The plaintiffs also contended that they had entered into the agreement at the insistence of the defendant, even though all parties regarded the provision as unenforceable. The Superior Court of New Jersey, Chancery Division, held that the covenant in the partnership agreement restricted the partnership\u27s clients in their choice of counsel and was thus void for public policy reasons. The court refused to apply the standards usually used in evaluating restrictive covenants

Systematic 1/N1/N corrections for bosonic and fermionic vector models without auxiliary fields

In this paper, colorless bilocal fields are employed to study the large $N$ limit of both fermionic and bosonic vector models. The Jacobian associated with the change of variables from the original fields to the bilocals is computed exactly, thereby providing an exact effective action. This effective action is shown to reproduce the familiar perturbative expansion for the two and four point functions. In particular, in the case of fermionic vector models, the effective action correctly accounts for the Fermi statistics. The theory is also studied non-perturbatively. The stationary points of the effective action are shown to provide the usual large $N$ gap equations. The homogeneous equation associated with the quadratic (in the bilocals) action is simply the two particle Bethe Salpeter equation. Finally, the leading correction in $1\over N$ is shown to be in agreement with the exact $S$ matrix of the model.Comment: 24 pages, uses REVTEX macros. Replaced with final version to appear in Phys. Rev.

Bactericidal Activity of the Human Skin Fatty Acid cis-6-Hexadecanoic Acid on Staphylococcus aureus

Human skin fatty acids are a potent aspect of our innate defenses, giving surface protection against potentially invasive organisms. They provide an important parameter in determining the ecology of the skin microflora, and alterations can lead to increased colonization by pathogens such as Staphylococcus aureus. Harnessing skin fatty acids may also give a new avenue of exploration in the generation of control measures against drug-resistant organisms. Despite their importance, the mechanism(s) whereby skin fatty acids kill bacteria has remained largely elusive. Here, we describe an analysis of the bactericidal effects of the major human skin fatty acid cis-6-hexadecenoic acid (C6H) on the human commensal and pathogen S. aureus. Several C6H concentration-dependent mechanisms were found. At high concentrations, C6H swiftly kills cells associated with a general loss of membrane integrity. However, C6H still kills at lower concentrations, acting through disruption of the proton motive force, an increase in membrane fluidity, and its effects on electron transfer. The design of analogues with altered bactericidal effects has begun to determine the structural constraints on activity and paves the way for the rational design of new antistaphylococcal agents

Submicroscopic Gametocytes and the Transmission of Antifolate-Resistant Plasmodium falciparum in Western Kenya

BACKGROUND: Single nucleotide polymorphisms (SNPs) in the dhfr and dhps genes are associated with sulphadoxine-pyrimethamine (SP) treatment failure and gametocyte carriage. This may result in enhanced transmission of mutant malaria parasites, as previously shown for chloroquine resistant parasites. In the present study, we determine the association between parasite mutations, submicroscopic P. falciparum gametocytemia and malaria transmission to mosquitoes. METHODOLOGY/PRINCIPAL FINDINGS: Samples from children treated with SP alone or in combination with artesunate (AS) or amodiaquine were genotyped for SNPs in the dhfr and dhps genes. Gametocytemia was determined by microscopy and Pfs25 RNA-based quantitative nucleic acid sequence-based amplification (Pfs25 QT-NASBA). Transmission was determined by membrane-feeding assays. We observed no wild type infections, 66.5% (127/191) of the infections expressed mutations at all three dhfr codons prior to treatment. The presence of all three mutations was not related to higher Pfs25 QT-NASBA gametocyte prevalence or density during follow-up, compared to double mutant infections. The proportion of infected mosquitoes or oocyst burden was also not related to the number of mutations. Addition of AS to SP reduced gametocytemia and malaria transmission during follow-up. CONCLUSIONS/SIGNIFICANCE: In our study population where all infections had at least a double mutation in the dhfr gene, additional mutations were not related to increased submicroscopic gametocytemia or enhanced malaria transmission. The absence of wild-type infections is likely to have reduced our power to detect differences. Our data further support the use of ACT to reduce the transmission of drug-resistant malaria parasites

A Universal Power-law Prescription for Variability from Synthetic Images of Black Hole Accretion Flows

We present a framework for characterizing the spatiotemporal power spectrum of the variability expected from the horizon-scale emission structure around supermassive black holes, and we apply this framework to a library of general relativistic magnetohydrodynamic (GRMHD) simulations and associated general relativistic ray-traced images relevant for Event Horizon Telescope (EHT) observations of Sgr A*. We find that the variability power spectrum is generically a red-noise process in both the temporal and spatial dimensions, with the peak in power occurring on the longest timescales and largest spatial scales. When both the time-averaged source structure and the spatially integrated light-curve variability are removed, the residual power spectrum exhibits a universal broken power-law behavior. On small spatial frequencies, the residual power spectrum rises as the square of the spatial frequency and is proportional to the variance in the centroid of emission. Beyond some peak in variability power, the residual power spectrum falls as that of the time-averaged source structure, which is similar across simulations; this behavior can be naturally explained if the variability arises from a multiplicative random field that has a steeper high-frequency power-law index than that of the time-averaged source structure. We briefly explore the ability of power spectral variability studies to constrain physical parameters relevant for the GRMHD simulations, which can be scaled to provide predictions for black holes in a range of systems in the optically thin regime. We present specific expectations for the behavior of the M87* and Sgr A* accretion flows as observed by the EHT

Measuring teachers' enjoyment, anger, and anxiety : The Teacher Emotions Scales (TES)

The emotions of teachers are considered relevant not only for their own well-being but also for the functioning of classrooms. Nevertheless, research on teacher emotions has been slow to emerge, and scales for their assessment via self-report are generally lacking. In the present research we developed four-item scales for three emotions considered most relevant in the context of teaching: enjoyment, anger, and anxiety (Teacher Emotions Scales, TES). Based on data of 944 teachers, we tested German and English language versions of the TES for reliability, internal and external validity, and cross-language equivalence, while exploring the utility of both a general and a student-group specific variant. All scales proved to be highly reliable, and confirmatory factor analysis supported internal validity by showing that three-factor models (enjoyment, anger, and anxiety) were superior to single-factor or two-factor (positive vs. negative affect) models. The external validation analyses provided consistent evidence for theoretically meaningful relations with teachers' general affect, burnout, job satisfaction, and teacher self-efficacy. These findings were robust across multiple studies. In addition, consistent relationships with student ratings of teaching behaviors were found. Analyses of measurement invariance revealed that the English and the German language versions were fully structurally equivalent und displayed metric invariance

Characterizing and Mitigating Intraday Variability: Reconstructing Source Structure in Accreting Black Holes with mm-VLBI

The extraordinary physical resolution afforded by the Event Horizon Telescope has opened a window onto the astrophysical phenomena unfolding on horizon scales in two known black holes, M87* and Sgr A*. However, with this leap in resolution has come a new set of practical complications. Sgr A* exhibits intraday variability that violates the assumptions underlying Earth aperture synthesis, limiting traditional image reconstruction methods to short timescales and data sets with very sparse (u, v) coverage. We present a new set of tools to detect and mitigate this variability. We develop a data-driven, model-agnostic procedure to detect and characterize the spatial structure of intraday variability. This method is calibrated against a large set of mock data sets, producing an empirical estimator of the spatial power spectrum of the brightness fluctuations. We present a novel Bayesian noise modeling algorithm that simultaneously reconstructs an average image and statistical measure of the fluctuations about it using a parameterized form for the excess variance in the complex visibilities not otherwise explained by the statistical errors. These methods are validated using a variety of simulated data, including general relativistic magnetohydrodynamic simulations appropriate for Sgr A* and M87*. We find that the reconstructed source structure and variability are robust to changes in the underlying image model. We apply these methods to the 2017 EHT observations of M87*, finding evidence for variability across the EHT observing campaign. The variability mitigation strategies presented are widely applicable to very long baseline interferometry observations of variable sources generally, for which they provide a data-informed averaging procedure and natural characterization of inter-epoch image consistency