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Duke University

James F. Leathrum and John A. Board. The parallel fast multipole algorithm in three dimensions. Technical report. Dept, of Electrical Engineering, Duke University, Durham, 1992. [Pg.95]

Dept, of Electrical and Computer Engineering, Duke University, Durham, NC USA... [Pg.459]

C. G. Lambert, Multipole-based Algorithms in Molecular Biophysics and Non-parametric Statistics, Ph.D. Dissertation, Duke University Department of Computer Science, 1997. [Pg.471]

Rankin, W., Board, J. A portable distributed implementation of the parallel multipole tree algorithm. IEEE Symposium on High Performance Distributed Computing. Duke University Technical Report 95-002. [Pg.481]

R. R. Ernst, Industrial Sterilisation Ethylene Oxide Gaseous Sterilisation for Industrial Applications Duke University Press, Durham, N.C., 1973. [Pg.411]

World Pat. 9529700-Al (1995), B. E. Haynes and T. J. Palker, "New Peptide Corresponding to HIV Sequences Used for Induciug Protective Immunity to HIV and iu the Treatment of e.g. Auto-Immune Disease Infectious Diseases and Tumors" (to Duke University). [Pg.364]

The Kinemage Supplement, produced by Jane Richardson at Duke University, is available from the publisher as a complement to this book for readers with access to a personal computer. The system is easy to use and provides interactive three-dimensional viewing of many of the structures discussed in various chapters. [Pg.23]

Figure S.l The enzyme superoxide dismutase (SOD). SOD is a P structure comprising eight antiparallel P strands (a). In addition, SOD has two metal atoms, Cu and Zn (yellow circles), that participate in the catalytic action conversion of a superoxide radical to hydrogen peroxide and oxygen. The eight p strands are arranged around the surface of a barrel, which is viewed along the barrel axis in (b) and perpendicular to this axis in (c). [(a) Adapted from J.S. Richardson. The stmcture of SOD was determined in the laboratory of J.S. and D.R. Richardson, Duke University.)... Figure S.l The enzyme superoxide dismutase (SOD). SOD is a P structure comprising eight antiparallel P strands (a). In addition, SOD has two metal atoms, Cu and Zn (yellow circles), that participate in the catalytic action conversion of a superoxide radical to hydrogen peroxide and oxygen. The eight p strands are arranged around the surface of a barrel, which is viewed along the barrel axis in (b) and perpendicular to this axis in (c). [(a) Adapted from J.S. Richardson. The stmcture of SOD was determined in the laboratory of J.S. and D.R. Richardson, Duke University.)...
Department of Chemistry, Duke University, Durham, North Carolina. The work was supported by the Office of Ordnance Research, U. S. Army. [Pg.33]

The reason that Hb doesn t block the action of NO is due to a unique interaction between Cys93/3 of Hb and NO recently described by Li Jia, Celia and Joseph Bonaventura, andjohnathan Stamler at Duke University. Nitric oxide reacts with the sulfhydryl group of Cys93/3, forming an S-nitroso derivative ... [Pg.493]

Fieldhouse JW, Graves DF (1981) Proceedings of the 1981 International Conference on Phosphorus Chemistry, Duke University, Durham, USA, June 1 -5, p 315, Comm 66... [Pg.233]

One-month clinical trials of Capronor were sponsored by the National Institutes of Health (NIH) at Duke University Medical Center and by... [Pg.111]

C. Tanford, Ben Franklin Stilled the Waves, Duke University Press, Durham, 1989. [Pg.133]

This book owes much to the scientific comments of Prof. Ira Krull of Northeastern University and Prof. Peter Uden of the University of Massachusetts, Amherst. I likewise thank Prof. Charles Lochmtiller of Duke University, who gave me valued formal training in human organization, and to my parents, Prof. Morris Swadesh and Dr. Frances L. Quintana, who gave me a foundation to understand truly... [Pg.473]

Charleston, South Carolina Margaret Bowers, MSN, APRN, BC Assistant Clinical Professor Duke University School of Nursing Durham, North Carolina Barry L. Carter, PharmD Professor Colleges of Pharmacy and Medicine The University of Iowa Iowa City, Iowa... [Pg.1698]

When Murad, Furchgott, and Ignarro received their Nobel Prizes, however, scientists still did not know exactly how nitroglycerin was broken down by the body and converted into nitric oxide. In 2002, researchers at Duke University in North Carolina found an enzyme in mitochondria, the cell s powerhouse, that they believe is responsible for this process. This discovery also explained a phenomenon that doctors had long observed—over time, nitroglycerin stops working and no longer relieves the patient s chest pain. [Pg.9]

According to the Duke University study, there is a finite amount of the enzyme that breaks down the nitroglycerin in the mitochondria. Once the enzyme is used up, nitroglycerin no longer works for that patient. [Pg.10]

Duke University Office of News Communications. 130-year-old mysteries solved How nitroglycerin works why patients develop tolerance, Duke University Web site. Available online. URL http //www.dukenews.duke.edu/2002/06/nitro0602.html. Accessed on March 11, 2008. [Pg.110]

Department of Chemistry, Duke University, Box 90346, Durham, NC 27708, USA, e-mail weitao.yang duke.edu... [Pg.57]

Cl. Chaddock, J. B., and Brunemann, H., Report HL-113, School of Engineering, Duke University, July, 1967. [Pg.51]

Vimpani GV, Wigg NR, Robertson EF, et al. 1985. The Port Pirie cohort study Blood lead concentration and childhood developmental assessment. Presented at Lead Environmental Health Current Issues, May, Duke University, Durham NC. [Pg.583]

Far less effort has been directed at organic solid-state spectra than at organo-metallics and coordination complexes. Much of the work on organic systems was done by Walter Gordy and his students at Duke University in the 1960s and 1970s. We review a couple of these experiments here. More information is available in Gordy s book.30... [Pg.69]


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