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21. Off-label drug database

Author

Grosjean, J., primary, Letord, C., additional, Zana, I., additional, Advenier-Iakovlev, E., additional, Duclos, C., additional, Krebs, MO., additional, Charlet, J., additional, and Darmoni, SJ., additional

Published
2021
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42. Assessing the Association Between Asthma and Air Quality in the Presence of Wildfires

Author

Young, L. J, Lopiano, K. K, Xu, X, Holt, N. M, Leary, E, Al-Hamdan, M. Z, Crosson, W. L, Estes, M. G, Luvall, J. C, Estes, S. M, DuClos, C, Jordan, M, and Gotway, C. A

Subjects
Environment Pollution
Abstract

Asthma hospital/emergency room (patient) data are used as the foundation for creating a health outcome indicator of human response to environmental air quality. Daily U.S. Environmental Protection Agency (EPA) Air Quality System (AQS) fine particulates (PM2.5) ground data and the U.S. National Aeronautical Space Administration (NASA) MODIS aerosol optical depth (AOD) data were acquired and processed for years of 2007 and 2008. Figure 1 shows the PM2.5 annual mean composite of all the 2007 B-spline daily surfaces. Initial models for predicting the number of weekly asthma cases within a Florida county has focused on environmental variables. Weekly maximums of PM2.5, relative humidity, and the proportions of the county with smoke and fire were the environmental variables included in the model. Cosine and sine functions of time were used to account for seasonality in asthma cases. Counties were considered to be random effects, thereby adjusting for differences in socio ]demographics and other factors. The 2007 predictions for Miami ]Dade county when using B ]splines PM2.5 are displayed in Figures 2.

Published
2012

49. Quantification of HTLV-II proviral copies by competitive polymerase chain reaction in peripheral blood mononuclear cells of Italian injecting drug users, Central Africans, and Amerindians

Author

Cimarelli, A., Duclos, C. Angelin, Gessain, A., Cattaneo, E., Casoli, C., Biglione, M., Mauclere, P., and Bertazzoni, U.

Subjects
HTLV infections -- Diagnosis, Polymerase chain reaction, Health
Abstract

Precise measurements of the amount of human T cell leukemia virus type I (HTLV-I) and type II (HTLV-II) may now be possible with the use of a new competitive polymerase chain reaction (PCR) test. Researchers used the test to measure the amount of HTLV-II in 11 Italian intravenous drug users infected with the virus and in 10 HTLV-II positive Amerindians and Central Africans from groups among whom HTLV-II is thought to be a native disease. The amount of virus in all 21 individuals varied greatly. HTLV-II positive patients who were also HIV type 1 positive had varying amounts of HTLV-II. The variations in amount of HTLV-II were determined not to be associated with native area, age, or sex. HTLV-II may have cloned itself in patients with large amounts of the virus.

Published
1995

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