Today's medicine is based on traditional medicine. Traditional medicines exist in every continent of the globe and in every cultural area of the world. The most famous ones are traditional Chinese medicine in East Asia, Ayurvedic medicine in India, and formerly Galenic medicine in Europe, all of which have some resemblance to one other Vogel Each of these traditional medicines has its own origins and an individual basic philosophy. The art of practicing Chinese medicine stretches back over several thousand years. The legendary culture hero, Shen-nong, is said to have tested many herbs for their medical properties.
Pen-ts'ao , the first compilation of herbal medicines, is connected with his name Unschuld , Everything in the world is dominated by one of these elements, and their constant interplay, Skip to main content. Advertisement Hide. Introduction Strategies in Drug Discovery and Evaluation. Reference work entry. Historical Approaches in Drug Discovery Today's medicine is based on traditional medicine. This is a preview of subscription content, log in to check access. Pharmacogenomics —14 PubMed Google Scholar. Soc Neurosci Abstr Google Scholar. In: Devlin JP ed High throughput screening.
The discovery of bioactive substances. Dekker, New York, pp — Google Scholar. Electrophoresis — PubMed Google Scholar. History, character, and diagnostic prospects. Angeli P, Guilini U Perspectives in receptor research. Br J Pharmacol —58 Google Scholar. Receptor Channels —58 Google Scholar. Int J Immunopharmacol — Google Scholar. Ban TA The role of serendipity in drug discovery. J Biomol Screen — Google Scholar. Cell — PubMed Google Scholar.
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Br Med J — Google Scholar. Bennett JP Jr Methods in binding studies. Raven, New York, pp 57—90 Google Scholar.
Bentley DR Decoding the human genome sequence. Human Mol Genet — Google Scholar. Cell —24 PubMed Google Scholar.
Mol Interventions —11 Google Scholar. Nature — PubMed Google Scholar. Betz H Structure and function of inhibitory glycine receptors. Blake JF Integrating cheminformatic analysis in combinatorial chemistry. Bolger R High-throughput screening: new frontiers for the 21st century. Bosworth N, Towers P Scintillation proximity assay. Boute N, Pernet K, Issad T Monitoring the activation of the insulin receptor using bioluminescence resonance energy transfer.
Drug Discov Today —68 Google Scholar. Nature —16 PubMed Google Scholar. Broder S, Venter JC Sequencing the entire genomes of free-living organisms: the foundation of pharmacology in the new millennium. Nature Genet 21 [Suppl 1]—37 Google Scholar. Brown RK, Proulx A Accelerating the discovery process with automation and robotics: a sure bet or a risky venture? Browne MJ Analysis of large gene databases for discovery of novel therapeutic agents. Bullingham R Pharmacogenomics: how gene variants can ruin good drugs.
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Curr Drug Discov —20 Google Scholar. Burch RM Mass ligand binding screening for receptor antagonists: prototype new drugs and blind alleys. Burke HB Discovering patterns in microarray data. Neuroimage —8 PubMed Google Scholar. Arzneimittelforschung — PubMed Google Scholar.
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Callingham BA Current aspects of pharmacology, clonidine. Pharm J — Google Scholar.
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Clin Sci Lond — Google Scholar. Wiley, New York, pp Chalfie M Green fluorescent protein. Science — PubMed Google Scholar. Google Scholar. Cheng YC, Prusoff WH Relationship between the inhibition constant K i and the concentration of inhibitor which causes 50 per cent inhibition I 50 of an enzymatic reaction. Proteomics — PubMed Google Scholar.
Colland F, Daviet L Integrating a functional proteomic approach into the target discovery process.
Biochemie — Google Scholar. A blueprint for the genomic era. Courvoisier S Pharmacodynamic basis for the use of chlorpromazine in psychiatry. Progr Med Chem — Google Scholar. Raven, New York, pp — Google Scholar. Crossley R The design of screening libraries targeted at G-protein coupled receptors. Cuatrecasas P Drug discovery in jeopardy. Popular Prakashan, Bombay Google Scholar. Concept, New Delhi Google Scholar. Nat Genet 21 [1 Suppl]—50 Google Scholar.
Debouck C, Metcalf B The impact of genomics on drug discovery. Masson et Cie, Paris Google Scholar. Devlin JP ed High throughput screening. Dekker, New York Google Scholar. Origins —8 Google Scholar. J Health Econom — Google Scholar. Dietel M, Sers C Personalized medicine and development of targeted therapies: the upcoming challenge for diagnostic molecular pathology. A review. Divers M What is the future of high throughput screening? Mol Cell — Google Scholar. Dooley CT, Houghten RA New opioid peptides, peptidomimetics, and heterocyclic compounds from combinatorial libraries.
Biopolymers Peptide Science — Google Scholar. Dove A Proteomics: translating gene into products? Nature Biotechnol — Google Scholar. Drews J Drug discovery: a historical perspective. Drews J Quo vadis , biotech? Part 1. Part 2.
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Exp Biol Med — Google Scholar. Receptors Channels — Google Scholar. Edwards PJ Purification strategies for combinatorial and parallel chemistry. Eglen RM High throughput screening: myths and future realities. Ehrhart G, Ruschig H eds Arzneimittel. Entwicklung, Wirkung Darstellung, vols 1—5. Mass Spectrometry Rev — Google Scholar. Enna SJ Radioreceptor assay techniques for neurotransmitters and drugs. Enna SJ Drug stories of origins and uses. How drugs work. Novel fluorescent probes.