Research structures

Meldal, M., Christiansen-Brams, I., Christensen, M. K., Mouritsen, S., and Bock, K., in Complex Carbohydrates in Drug Research. Structural and Functional Aspects, Bock, K, and Clausen, H., (Eds.), Munksgaard, Copenhagen, 1994, pp. 153-165. 

Meldal M, Christiansen-Brams 1, Christensen MK, Mouritsen S, Bock K (1994) In Bock K, Clausen H (eds) Complex carbohydrates in drug research Structural and functional aspects. Munksgaard, Copenhagen, p 153... 

Pure, precisely ordered protein crystals of sufficient size and uniformity for X-ray analysis are in demand by the pharmaceutical industry as tools for research. Structural information gained from protein crystals can provide a belter understanding of the role of a given protein in the budy s immune system. Protein crystal research could ultimately aid in the development of more effective drugs and life-saving treatments for many diseases. 

Bioinformatics is of enormous benefit in proteomic and pharmacoproteomic research. Structural bioinformatics and functional bioinformatics are powerful... 

Quantitative Structure-Activity Relationships Reviews in Computational Chemistry SAR and QSAR in Environmental Research Structural Chemistry... 

M. Meldal, I. Christiansen-Brams. M. K. Christensen, S. Mouritsen, K. Bock Synthesis and biological application of glycosylated peptide templates in Complex carbohydrates in drug research. Structural and functional aspects. (Eds Bock K, Clausen H), Copenhagen, Munksgaard, 1994. pp. 15.3-165. 

Two aspects of discovery research, structure and synthesis, play a crucial role in drug development. They define the goals and thereby direct the efforts of process researchers. Early in development these chemists must pro-... 

Simesis Pharmaceuticals, Inc. Symyx Technologies Synpep Corporation Syntex Discovery Research Structural Bioinformatics, Inc. Tanabe Research Laboratories USA, Inc. 

Argonne National Laboratory (Argonne, IL) Technology for high throughput structure determination http //www.bio.airi.gov/ research/ structural genomics.htm... 

Up to the time of this research, structures had been assessed in terms of the loads at which they would collapse rather than for the stresses to which they were subject... 

Sulfur-nitrogen compounds are currently the subject of intense research. Structurally, these compounds call to mind the allotropes of sulfur discussed in the last section, but their preparations and properties are not easily rationalized. 

There occurred a ftmdamental change in the type of inventors with which Hoechst cooperated. Most important now were university researchers with rank and title such as Emil Abderhalden and Paul Ehrlich. This change in strategy naturally brought about a reduction in the number of drug inventions offered to the firm. The weak development of Hoechst s own pharmaceutical research structure prevented it from keeping pace quantitatively. 

The results of this study call into question the exceptional status of the German pharmaceutical industry. In fact, only a single company, Bayer, had already fully institutionalized its research structure before World War I. Not until the 1920 s did all the other firms catch up with this development. This was the case not only in Germany, but throughout the world. Thus it may be surmised that the international leadership role of the German pharmaceutical industry before World War I did not reflect internal research structures. Rather, it was based on a phenomenon of the scientific system, namely the precursor role of German industry in the development of strong lines of communication between enterprises and universities. 

Close interaction between researchers, structural engineers and contractors. Fortunately, this type of activity is already well underway (e.g. [38-40]). 

Summary and analysis of the accident available on http //www.mace.manchester.ac.uk/project/ research/structures/strucfire/CaseStudy/HistoricFires/lnfrastructuralFires/mont.htm. 

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