Profitability of minority banks in 1977

An abstract for this article is not availableBanks and banking ; Bank profits

Medical care : rising cost in a peculiar marketplace

An abstract for this article is not available.Medical care, Cost of

Investments for small savers at commercial banks

An abstract for this article is not availableRegulation Q: Prohibition Against Payment of Interest on Demand Deposits

Performance characteristics of high-earning minority banks

An abstract for this article is not available.Banks and banking

Indexation as a response to inflation : an examination

Inflation (Finance)

Efficacy of aerosol applications of methoprene and synergized pyrethrin against Tribolium castaneum adults and eggs

Citation: Tucker, Angela M., James F. Campbell, Frank H. Arthur, and Kun Yan Zhu. 2014. “Efficacy of Aerosol Applications of Methoprene and Synergized Pyrethrin Against Tribolium Castaneum Adults and Eggs.” Journal of Economic Entomology 107 (3): 1284–91. https://doi.org/10.1603/EC13507.Experiments were performed to determine the efficacy of a single aerosol application of the insecticides methoprene and piperonyl butoxide-synergized pyrethrin, alone or in combination, and the insecticide carrier, Isopar M, against Tribolium castaneum (Herbst), the red flour beetle. The initial test exposed adults to insecticide treatments and placed male/female pairs in flour. All adults exposed to synergized pyrethrin were knocked down for at least 24 h after exposure but they recovered. High adult survival and similar average numbers of living F1 progeny were produced regardless of treatment exposure. In a separate test, insecticide treatments were directly applied to newly laid eggs, which resulted in the suppression of egg hatch. Synergized pyrethrin was the most effective insecticide (P ≤ 0.001) for suppressing egg hatch. The effect of flour on insecticide activity to eggs and consequent insect development was also evaluated. An amount of 0.01 g of flour in the exposure arena, 62-cm2 area, was not sufficient for individuals to develop beyond the early larval stages, regardless of the treatment. As the flour amount in the arena increased from 1 to 5 g, the number of eggs that could develop to the adult stage increased, but this number was significantly lower in the insecticide treatments than in the control or carrier treatments. The results of the later tests indicate a high efficacy of the insecticides alone or in combination on T. castaneum egg hatch and development to the adult stage

Impact of an Adherence Program on the Health and Outlook of HIV-Infected Patients Failing Antiretroviral Therapy

Background: We prospectively studied the impact of an adherence counselor on the outcome of patients failing antiretroviral therapy because of nonadherence. Methods: Forty-six patients, identified as chronically nonadherent were enrolled. Individual attention was provided using the information, motivation and behavioral methodology. HIV RNA (viral load, in copies/mL), CD4 count (in cells/[mm.sup.3]), and body weight before and after the adherence counselor were measured. Qualitative outcome and patient satisfaction were assessed by deidentified third-party interviews. Results: Over half completed at least 1 year; only 8 patients were lost to follow-up. Mean CD4 counts increased significantly (P \u3c .05) for completers at 6 and 12 months. Viral loads decreased between baseline and 6 months. Most clients reported subjective benefit from working with the adherence counselor. Conclusion: Although few clients showed complete virologic suppression, the value of an adherence counselor was validated. Longer term adherence programs should be evaluated

Decoupling Behavior, Perception, and Control for Autonomous Learning of Affordances

©2013 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for all other users, including reprinting/ republishing this material for advertising or promotional purposes, creating new collective works for resale or redistribution to servers or lists, or reuse of any copyrighted components of this work in other works.Presented at the 2013 IEEE International Conference on Robotics and Automation (ICRA), 6-10 May 2013, Karlsruhe, Germany.DOI: 10.1109/ICRA.2013.6631290A novel behavior representation is introduced that permits a robot to systematically explore the best methods by which to successfully execute an affordance-based behavior for a particular object. The approach decomposes affordance-based behaviors into three components. We first define controllers that specify how to achieve a desired change in object state through changes in the agent’s state. For each controller we develop at least one behavior primitive that determines how the controller outputs translate to specific movements of the agent. Additionally we provide multiple perceptual proxies that define the representation of the object that is to be computed as input to the controller during execution. A variety of proxies may be selected for a given controller and a given proxy may provide input for more than one controller. When developing an appropriate affordance-based behavior strategy for a given object, the robot can systematically vary these elements as well as note the impact of additional task variables such as location in the workspace. We demonstrate the approach using a PR2 robot that explores different combinations of controller, behavior primitive, and proxy to perform a push or pull positioning behavior on a selection of household objects, learning which methods best work for each object

Extensive error in the number of genes inferred from draft genome assemblies

Current sequencing methods produce large amounts of data, but genome assemblies based on these data are often woefully incomplete. These incomplete and error-filled assemblies result in many annotation errors, especially in the number of genes present in a genome. In this paper we investigate the magnitude of the problem, both in terms of total gene number and the number of copies of genes in specific families. To do this, we compare multiple draft assemblies against higher-quality versions of the same genomes, using several new assemblies of the chicken genome based on both traditional and next-generation sequencing technologies, as well as published draft assemblies of chimpanzee. We find that upwards of 40% of all gene families are inferred to have the wrong number of genes in draft assemblies, and that these incorrect assemblies both add and subtract genes. Using simulated genome assemblies of Drosophila melanogaster, we find that the major cause of increased gene numbers in draft genomes is the fragmentation of genes onto multiple individual contigs. Finally, we demonstrate the usefulness of RNA-Seq in improving the gene annotation of draft assemblies, largely by connecting genes that have been fragmented in the assembly process