10th
December
2006
G. E. Francis and Cristina Delgado have assembled a comprehensive collection of leading-edge protocols for drug targeting studies. In addition to the detailed step-by-step instruction, the protocols review the principal current targeting strategies, discuss how to build the constructs, examine theoretical considerations relevant to solid tumors, and describe experimental and clinical applications of targeted drug delivery systems. Also present are new chemical and biological approaches to the preparation of targeted biopharmaceuticals, including ribonuclease???antibody chimeras, bispecific antibodies, enzyme???antibody conjugates, and folate-bearing conjugates. Applications include the targeting of myocardial infarctions using liposomal systems, the use of monoclonal antibodies to target malaria and HIV-infected cells, the targeting of fusion proteins to leukemias and lymphomas, and the use of antioxidant enzyme???antibody conjugates to target the pulmonary endothelium. Comprehensive and innovative, Drug Targeting: Strategies, Principles, and Applications documents in practical detail the major new chemical and biological targeting methods now being used to produce today’s emerging rich array of novel diagnostic agents and promising biopharmaceuticals. Ed. Francis, G. E. ; Delgado, Cristina
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posted in Library, Molecular Medicine |
10th
December
2006
The first major collection of cutting-edge methods developed and used by leading researchers in the tissue engineering field. These hands-on experts describe easily reproducible protocols for the production and evaluation of polymers, scaffolds, and composites, as well as methods for the isolation, culture, and analysis of cells, including the combination of cells with a variety of materials or devices. Quantitative methods designed to assess cell performance and cell function that will also illuminate our understanding of cellular processes and the cellular response to the chemical and mechanical environment of a functional organ/tissue are also offered. Ed. Morgan, Jeffrey R. ; Yarmush, Martin L.
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posted in BioLibrary, Molecular Medicine |
9th
December
2006
A collection of cutting-edge techniques for detecting most of the major viruses that afflict mankind, including influenza, hepatitis, herpes, polio, mumps, HIV, and many more. The techniques are well-tested, easily reproducible, and readily employ all the new technologies-PCR, RIA, ELISA, and latex-agglutination-that have revolutionized the field. These methods not only make it possible to do the necessary analysis in hours instead of days, but can also be automated in a laboratory havng only low levels of biological containment. Frequently, the protocols for viruses causing human diseases can be adapted to similar viruses of veterinary importance. Through its state-of-the-art methods a physician can, for the first time, determine early in a viral infection which antiviral drug should be used and minimize the period of treatment to avoid unnecessary side effects.
Ed. Stephenson, John R. ; Warnes, Alan Read the rest of this entry »
posted in Library, Molecular Medicine |
9th
December
2006
A comprehensive collection of optimized methods for using lectins in biomedical research. The techniques-fine-tuned by the researchers who developed them-apply lectins to the analysis of carbohydrates, to the isolation and quantification of glycoproteins, and to living cells. Also included are detailed methods for the separation of human bone marrow cells for clinical use, for the assessment of the biological effects of plant lectins, and for the use of light and electron microscopy in analyzing carbohydrate structures. Extremely useful tools for examining structural changes in glycosylation and their functional consequences for human pathophysiology.
Ed. Rhodes, Jonathan M. ; Milton, Jeremy D.
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posted in BioLibrary, Library |
8th
December
2006
A revised and updated collection readily reproducible techniques for culturing human cells. This edition includes a wide range of human cell types relevant to human disease and new chapters on fibroblasts, Schwann cells, gastric and colonic epithelial cells, and parathyroid cells. The protocols follow the successful Methods in Molecular Medicine? series format, each offering step-by-step laboratory instructions, an introduction outlining the principle behind the technique, lists of the necessary equipment and reagents, and tips on troubleshooting and avoiding known pitfalls.
posted in BioLibrary, Molecular Medicine |
7th
December
2006
Expert practitioners present a comprehensive approach to vaccine development, production, and assessment that can be adapted successfully to any vaccine. Their approach not only includes state-of-the-art techniques for developing live viral and bacterial vectors, expressing foreign vaccine antigens, and producing peptide and conjugate vaccines, but also offers advice and guidance on clinical trials and regulatory requirements. Additional techniques describe such powerful tools as the use of adjuvants, freeze drying vaccines, microencapsulation of vaccines, the full assessment of immunogenicity and potency of vaccines in animal models, and the creation of DNA vaccines, chimeric proteins, and recombinant toxoids.
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posted in Library, Molecular Medicine |
7th
December
2006
A timely primer on the new reality of antisense and RNA inhibition for treating a broad range of diseases. The authors show how antisense oligonucleotides are being designed and studied in relation to hypertension, various cancers, inflammatory bowel disease, brain disorders, the blood-brain barrier, and drug delivery. Highlights include RNA-based therapies for many diseases, up-to-date methods and applications, and insight into the enormous potential to provide a new generation of drugs.Ed. S.Agrawal
posted in BioLibrary, Molecular Medicine |