Synthetic Peptide Vaccine Models
portes grátis
Synthetic Peptide Vaccine Models
Design, Synthesis, Purification and Characterization
Karahan, Mesut
Taylor & Francis Ltd
03/2021
292
Dura
Inglês
9780367473280
15 a 20 dias
671
Descrição não disponível.
Chapter 1. Background
Chapter 2. Introduction to Vaccination
Chapter 3. Fundamentals of Modern Peptide Synthesis
Chapter 4. Peptide Synthesis and Characterization Stages
Chapter 5. Conjugation of Polymers with Biomolecules and Polymeric Vaccine Development Technologies
Chapter 6. What are Polymeric Carriers?
Chapter 7. Conjugation and Other Methods in Polymeric Vaccines
Chapter 8. Polymeric Nanoparticle Preparation Methods
Chapter 9. Peptides in Brain Disorders
Chapter 10. Pseudo-proteins and related synthetic amino acid based polymers promising for constructing artificial vaccines
Chapter 11. Peptide Vaccines in Cancer Diseases
Chapter 12. Antioxidant Peptides
Chapter 13. Peptide Vaccine
Chapter 14. Adjuvants Of Vaccine in Immunotoxicology
Chapter 15. Role of Epigenetics in Immunity and Immune Response to Vaccination
Chapter 16. "Omics" technologies in vaccine research
Chapter 17. Computer-Aided Epitope Identification and Design of Epitope Mimetics.
Chapter 2. Introduction to Vaccination
Chapter 3. Fundamentals of Modern Peptide Synthesis
Chapter 4. Peptide Synthesis and Characterization Stages
Chapter 5. Conjugation of Polymers with Biomolecules and Polymeric Vaccine Development Technologies
Chapter 6. What are Polymeric Carriers?
Chapter 7. Conjugation and Other Methods in Polymeric Vaccines
Chapter 8. Polymeric Nanoparticle Preparation Methods
Chapter 9. Peptides in Brain Disorders
Chapter 10. Pseudo-proteins and related synthetic amino acid based polymers promising for constructing artificial vaccines
Chapter 11. Peptide Vaccines in Cancer Diseases
Chapter 12. Antioxidant Peptides
Chapter 13. Peptide Vaccine
Chapter 14. Adjuvants Of Vaccine in Immunotoxicology
Chapter 15. Role of Epigenetics in Immunity and Immune Response to Vaccination
Chapter 16. "Omics" technologies in vaccine research
Chapter 17. Computer-Aided Epitope Identification and Design of Epitope Mimetics.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Long ncRNAs;infectious diseases;Solid Phase Peptide Synthesis Method;synthetic peptide vaccine models;Solid Phase Peptide Synthesis;synthetic polymers;Nucleic Acid Vaccines;Parkinson's disease;Induce Antigen Specific Immune Responses;psychiatric disease;PAMAM Dendrimers;Peptide Vaccines;DNA Vaccine;Cancer Vaccines;MHC Class;RBD;Shr Rat;Peptide Based Cancer Vaccines;ExPEC;DNA Methylation;Cancer Peptide Vaccine;Bioactive Peptides;Immunotherapy Methods;Inhibit DPP IV;UV PDA Detector;CTL Response;G5 PAMAM Dendrimer;Antioxidant Peptides;ADHD Therapy;Epitope Prediction
Chapter 1. Background
Chapter 2. Introduction to Vaccination
Chapter 3. Fundamentals of Modern Peptide Synthesis
Chapter 4. Peptide Synthesis and Characterization Stages
Chapter 5. Conjugation of Polymers with Biomolecules and Polymeric Vaccine Development Technologies
Chapter 6. What are Polymeric Carriers?
Chapter 7. Conjugation and Other Methods in Polymeric Vaccines
Chapter 8. Polymeric Nanoparticle Preparation Methods
Chapter 9. Peptides in Brain Disorders
Chapter 10. Pseudo-proteins and related synthetic amino acid based polymers promising for constructing artificial vaccines
Chapter 11. Peptide Vaccines in Cancer Diseases
Chapter 12. Antioxidant Peptides
Chapter 13. Peptide Vaccine
Chapter 14. Adjuvants Of Vaccine in Immunotoxicology
Chapter 15. Role of Epigenetics in Immunity and Immune Response to Vaccination
Chapter 16. "Omics" technologies in vaccine research
Chapter 17. Computer-Aided Epitope Identification and Design of Epitope Mimetics.
Chapter 2. Introduction to Vaccination
Chapter 3. Fundamentals of Modern Peptide Synthesis
Chapter 4. Peptide Synthesis and Characterization Stages
Chapter 5. Conjugation of Polymers with Biomolecules and Polymeric Vaccine Development Technologies
Chapter 6. What are Polymeric Carriers?
Chapter 7. Conjugation and Other Methods in Polymeric Vaccines
Chapter 8. Polymeric Nanoparticle Preparation Methods
Chapter 9. Peptides in Brain Disorders
Chapter 10. Pseudo-proteins and related synthetic amino acid based polymers promising for constructing artificial vaccines
Chapter 11. Peptide Vaccines in Cancer Diseases
Chapter 12. Antioxidant Peptides
Chapter 13. Peptide Vaccine
Chapter 14. Adjuvants Of Vaccine in Immunotoxicology
Chapter 15. Role of Epigenetics in Immunity and Immune Response to Vaccination
Chapter 16. "Omics" technologies in vaccine research
Chapter 17. Computer-Aided Epitope Identification and Design of Epitope Mimetics.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Long ncRNAs;infectious diseases;Solid Phase Peptide Synthesis Method;synthetic peptide vaccine models;Solid Phase Peptide Synthesis;synthetic polymers;Nucleic Acid Vaccines;Parkinson's disease;Induce Antigen Specific Immune Responses;psychiatric disease;PAMAM Dendrimers;Peptide Vaccines;DNA Vaccine;Cancer Vaccines;MHC Class;RBD;Shr Rat;Peptide Based Cancer Vaccines;ExPEC;DNA Methylation;Cancer Peptide Vaccine;Bioactive Peptides;Immunotherapy Methods;Inhibit DPP IV;UV PDA Detector;CTL Response;G5 PAMAM Dendrimer;Antioxidant Peptides;ADHD Therapy;Epitope Prediction
