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De design

A multidisciplinary approach has been adopted to define the best DES design for use as a CDD system, This chapter discusses the principles of CDD and considers its application to the development of polymer-based DES using the TAXUS paclitaxel-eluting stent (Boston Scientific Corporation, Natick, Massachusetts, U.S.A.) as an example of this technology. [Pg.268]

Technical failure coded as Design Engineering (DE), Design Construction (DC) or Design Other (DX). [Pg.72]

Curran SA, Williams DE. Design and optimization of an NMR flow cell for a commercial NMR spectrometer Appl. Spectros. 1987 41 1450-1454. [Pg.1976]

By now it is established that bidentate tin ionophores are the ideal generic substructure upon which ionophores for a specific anion can de designed.Based on this idea, selective ionophores, such as those shown in Figure 3.4.12, have been proposed for fluoride and arsenate. [Pg.336]

Ici est niveau du potentiel chimique compte depuis le fond de la zone de conduction le sens des designations et Aa est clair de la Fig. 2a and b. [Pg.814]

Chilkoti A, Dreher MR, Meyer DE. Design of thermally responsive, recombinant polypeptide carriers for targeted drug delivery. Adv Drug Delivery Rev 2002 54 1093—1111. [Pg.450]

Deconstructing value/supply chains, 43 DE (design eflSciency), 369 Dedicated material-handling systems, 1660 Dedicated storage, 2092 DEDS, see Discrete event dynamic system Deep-lane warehousing systems, 2089 Defect concentration diagram (SPC), 1860, 1861... [Pg.2720]

Since the publication of differential cryptanalysis, Don Coppersmith, one of DES s designers at IBM, revealed that the DES design team in fact knew about differential cryptanalysis, but had to keep it secret for reasons of national security. He also revealed that they chose the... [Pg.68]

Figure 27 TEM images of the Au-functionalized nanoparti-des designed by Stevens et al. (a) TEM image of the peptide-nanoparticle conjugates at pH 7.4 (b) The same conjugates at pH 4.5. (Reproduced from Ref. 90. Wiley-VCH, 2004.)... Figure 27 TEM images of the Au-functionalized nanoparti-des designed by Stevens et al. (a) TEM image of the peptide-nanoparticle conjugates at pH 7.4 (b) The same conjugates at pH 4.5. (Reproduced from Ref. 90. Wiley-VCH, 2004.)...
Farenc, C., Palanque, P. Exploitation Des Notations De Design Rationale Pour Une Conception Justifiee Des Applications Interactives. IHM 99. lliemes Joumees Sur L Ingenierie Des Interfaces Homme-Machine (1999)... [Pg.539]

Enhancements to the process may be required due to sub-optimal initial design of the equipment, or to implement new technology, or because an idea for improving the production system has emerged. De-bottlenecking would be an example of an... [Pg.343]

Some aspects, such as the computer representation and manipulation of proteins and nucleic acids, could not be covered. Even the modeling of the interactions of small molecules with proteins, as dealt with in docking software or software for de novo design could not be included in the Textbook, although chapters in the Handbook do treat these subjects. [Pg.12]

Parallel to that the MDL Molfile format (see the Tutorial in Section 2.4.6) developed at Molecular Design Limited (now MDL Information Systems, Inc.) became a de facto standard file format [50]. [Pg.45]

Although the problem of compilation of training and test datasets is crucial, unfortunately no de-faao standard technique has been introduced. Nevertheless, we discuss here a method that was designed within our group, and that is used quite successfully in our studies. The method is mainly addressed to the task of finding and removing redundancy. [Pg.220]

GAs or other methods from evolutionary computation are applied in various fields of chemistry Its tasks include the geometry optimization of conformations of small molecules, the elaboration of models for the prediction of properties or biological activities, the design of molecules de novo, the analysis of the interaction of proteins and their ligands, or the selection of descriptors [18]. The last application is explained briefly in Section 9.7.6. [Pg.467]

The synthetic accessibility of ligands designed by de novo methods. This topic typically is not considered. Some compounds with unstable or reactive function-ahties are eliminated by applying simple rules, but these rules are still insufficient. [Pg.605]

Lonally, the templates were chosen by trial and error or exhaustive enumeration. A itafional method named ZEBEDDE (ZEolites By Evolutionary De novo DEsign) en developed to try to introduce some rationale into the selection of templates et al. 1996 Willock et al. 1997]. The templates are grown within the zeolite by an iterative inside-out approach, starting from a seed molecule. At each jn an action is randomly selected from a list that includes the addition of new (from a library of fragments), random translation or rotation, random bond rota-ing formation or energy minimisation of the template. A cost function based on erlap of van der Waals spheres is used to control the growth of the template ale ... [Pg.710]

Clark D E, C W Murray and J Li 1997. Current Issues in De Novo Molecular Design. In Lipkowitz K B and D B Boyd (Editors) Reviews in Computational Chemistry Volume 11. New York, VCH Publishers, pp. 67-125. [Pg.735]

History and Objectives of Quantitative Drug Design. In Hansch C, P G Sammes and J B lor (Editors) Comprehensive Medicinal Chemistry Volume 4. Oxford, Pergamon Press, pp. 1-31. emd H van de 1995. Chemometric Methods in Molecular Design. Weinheim, VCH Publishers. [Pg.736]

H-J 1998. Prediction of Binding Constants of Protein Ligands A Fast Method for the aritisation of Hits Obtained from De Novo Design or 3D Database Search Programs. Journal of nputer-Aided Molecular Design 12 309-323. [Pg.736]

W, D J Willock, C R A Catlow, J M Thomas and G J Hutchings 1996. De Novo Design of icture-directing Agents for the Synthesis of Microporous Solids. Nature 382 604-606. [Pg.740]

D J, D W Lewis, C R A Catlow, G J Hutchings and J M Thomas 1997. Designing Templates for Synthesis of Microporous Solids Using De Novo Molecular Design Methods. Journal of Molecular alysis A Chemical 119 415-424. [Pg.742]

L. Balbes, Guide to Rational (Computer-aided) Drug De.dgn is online at http // www.ccl.net/cca/documents/drug.design.shtml... [Pg.299]


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See also in sourсe #XX -- [ Pg.351 ]




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Computational de novo design

De Novo Design Guiding the Exploration of Novel Chemistry

De Novo Design of Enzymes

De novo Design and Evolutionary Development of Enzymes

De novo design

De novo design heme proteins

De novo design methods

De novo design of proteins

De novo design programs

De novo design systems

De novo drug design

De novo enzyme design

De novo ligand design

De novo ligand design methods

De novo molecular design

De novo protein design

Evolutionary de novo design

Fragment-based de novo design

Fragment-based de novo ligand design

Issues in De Novo Molecular Design

Overview of De Novo Design Methods

Polypeptide Materials Based on other Naturally Occurring or De Novo Designed Self-Assembling Domains such as Coiled Coils

Specific De Novo Ligand Design Methods

Structure-based De Novo Ligand Design

Unique De-wetting Hot Spots in the Target Protein Provide a Blueprint for Drug Design

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