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Your search keyword '"Goodwin, S"' showing total 33 results
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33 results on '"Goodwin, S"'

6. The long-term treatment of steroid osteoporosis with fluoride

Author

Bayley, T. A., primary, Muller, C., additional, Harrison, J., additional, Basualdo, J., additional, Sturtridge, W., additional, Josse, R., additional, Murray, T. M., additional, Pritzker, K. P. H., additional, Vieth, R., additional, Goodwin, S., additional, and Strauss, A., additional

Published
2010
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7. Fluoride treatment of postmenopausal osteoporosis: Age, renal function, and other clinical factors in the osteogenic response

Author

Murray, T. M., primary, Harrison, J. E., additional, Bayley, T. A., additional, Josse, R. G., additional, Sturtridge, W. C., additional, Chow, R., additional, Budden, F., additional, Laurier, L., additional, Pritzker, K. P. H., additional, Kandel, R., additional, Vieth, R., additional, Strauss, A., additional, and Goodwin, S., additional

Published
2010
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8. Rewards and Advancements for Clinical Pharmacists

Author

Goodwin, S. Diane, primary, Kane-Gill, Sandra L, additional, Ng, Tien M. H, additional, Melroy, Joel T, additional, Hess, Mary M, additional, Tallian, Kimberly, additional, Trujillo, Toby C, additional, and Vermeulen, Lee C, additional

Published
2010
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30. Relative phosphorus load inputs from wastewater treatment plants in a northern colorado watershed.

Author

Son JH, Crowley C, Goodwin S, Arabi M, and Carlson KH

Subjects
Colorado, Environmental Monitoring, Rivers, Water Pollutants, Chemical, Phosphorus, Wastewater
Abstract

Excess nutrients are among the leading sources of water quality impairment in the Unites States, and the USEPA has been working with state regulatory agencies to develop nutrient criteria for wastewater treatment plants (WWTPs). The Colorado Department of Public Health and Environment is scheduled to establish nutrient regulations in 2013, and stream total P (TP) concentration standards of 0.16 mg L in warm water and 0.11 mg L in cold water have been proposed for the rivers in the state. The objectives of this study were to monitor TP concentrations and loads along the Cache La Poudre River as it flows from the pristine upstream area through urban regions and finally through a mixture of agricultural and urban land uses. The study attempts to evaluate the sources and influences of TP under different hydrologic conditions. Twelve sampling events were completed from April 2010 to August 2011 to assess the influence of various flow and precipitation conditions on aqueous TP concentrations. During midrange flows and dry conditions, WWTPs were the major sources of TP, but other sources were more significant under high-flow and wet conditions according to a load analysis. The analysis indicates that reducing the TP load from WWTPs will only marginally affect the TP load in the river, and therefore it appears that other sources (e.g., stormwater and agricultural runoff) need to be addressed before the aquatic life-based stream standard can be achieved., (Copyright © by the American Society of Agronomy, Crop Science Society of America, and Soil Science Society of America, Inc.)

Published
2013
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32. Teaching through stories.

Author

Goodwin SC and Jenkins AP

Subjects
Adolescent, Child, Decision Making, Folklore, Humans, Students psychology, Health Education methods, Literature, Teaching methods
Published
1997
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33. Influence of mass transfer limitations on determination of the half saturation constant for hydrogen uptake in a mixed-culture CH(4)-producing enrichment.

Author

Giraldo-Gomez E, Goodwin S, and Switzenbaum MS

Abstract

There is strong evidence in the literature supporting the existence of significant mass transfer limitations on the kinetics of exogenous H(2) consumption by methanogens. The half saturation constant for H (2) uptake by a mixed-culture, CH(4) producing enrichment was measured using an experimental protocol that avoided internal mass transfer limitations. The value obtained was two orders of magnitude smaller than any other previously reported. A mathematical model for acetogenic syntrophic associations was developed to check the capacity of H(2) as electron transporter between syntrophic partners. It was found that H(2) diffusion could account for the rate of transport of electrons between the syntrophic microorganisms and that formate is not a necessary intermediate. The possibility that formate may be an intermediate in this system was not ruled out. A Monod-type kinetic equation was modified to include the observed H(2) threshold effect. This modified equation was used to predict the CH(4)-production rate in a batch-fed digester. The results show that the external and internal H(2) pools are kinetically coupled., ((c) 1992 John Wiley & Sons, Inc.)

Published
1992
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