Medicinal Protein Engineering provides a comprehensive overview of one of the most complex areas of molecular research. Using a multidisciplinary approach, this book moves readers from experiment and theory to actual applications. In particular, this text focuses on cutting-edge research in protein engineering and medicinal
Medicinal Protein Engineering provides a comprehensive overview of one of the most complex areas of molecular research. Using a multidisciplinary approach, this book moves readers from experiment and theory to actual applications. In particular, this text focuses on cutting-edge research in protein engineering and medicinal
Computational Approaches. Web Resources for Protein Analysis. Artificial Neural Networks for Therapeutic Protein Engineering. Phylogenetics and Medicinal Protein Engineering. Clustering and Classification Approaches to Identifying Protein Properties. Analysis of Coordinated Substitutions in Proteins. Protein Engineering Targets: Vaccine. Tuning the Immune Response to Our Advantage: Design of Vaccines with Tailored Functions. Modification of HIV-1 Envelope Glycoprotein to Enhance Immunogenicity. Engineering Better Influenza Vaccines: Traditional and New Approaches. Construction of Novel Vaccines on the Basis of Virus-Like Particles: Hepatitis B Virus Proteins as Vaccine Carriers. Polyomavirus-Derived Virus-Like Particles. Papillomavirus-Derived Virus-Like Particles. Recombinant Vaccines Against Hepatitis Viruses. Protein Engineering Targets: Diagnostics and Therapy. Designer Diagnostic Reagents and Allergens. Peptide-Based Diagnostic Assays. Recombinant Antibodies. Protein Engineering for HIV Therapeutics. Recombinant Enzymes with New and Improved Properties. Special Expression Systems. Production of Pharmaceutical Compounds in Plants. Plant Virus Biotechnology Platforms for Expression of Medicinal Proteins. Alphaviruses: Multiplicity of Vectors and Their Promising Application as Vaccines and Cancer Therapy Agents. Index.
Computational Approaches. Web Resources for Protein Analysis. Artificial Neural Networks for Therapeutic Protein Engineering. Phylogenetics and Medicinal Protein Engineering. Clustering and Classification Approaches to Identifying Protein Properties. Analysis of Coordinated Substitutions in Proteins. Protein Engineering Targets: Vaccine. Tuning the Immune Response to Our Advantage: Design of Vaccines with Tailored Functions. Modification of HIV-1 Envelope Glycoprotein to Enhance Immunogenicity. Engineering Better Influenza Vaccines: Traditional and New Approaches. Construction of Novel Vaccines on the Basis of Virus-Like Particles: Hepatitis B Virus Proteins as Vaccine Carriers. Polyomavirus-Derived Virus-Like Particles. Papillomavirus-Derived Virus-Like Particles. Recombinant Vaccines Against Hepatitis Viruses. Protein Engineering Targets: Diagnostics and Therapy. Designer Diagnostic Reagents and Allergens. Peptide-Based Diagnostic Assays. Recombinant Antibodies. Protein Engineering for HIV Therapeutics. Recombinant Enzymes with New and Improved Properties. Special Expression Systems. Production of Pharmaceutical Compounds in Plants. Plant Virus Biotechnology Platforms for Expression of Medicinal Proteins. Alphaviruses: Multiplicity of Vectors and Their Promising Application as Vaccines and Cancer Therapy Agents. Index.
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