Analyzing Edible Vaccines
The research report Analyzing Edible Vaccines by Aruvian Research details the revolutionary strides in the field of vaccine industry which is crucial in the human fight against diseases which were earlier only countered with traditional vaccination programs.
The essence of this approach is to ensure specificity of application, precision of targeting and achieving results comparably sustained with the traditional vaccination programs. Since studies have shown the best acceptance by humans to vaccination programs which are virtually “invisible” this school of thought has resulted in the introduction of a revolution known as “edible vaccines”.
This program has displayed remarkable adherence to cost effectiveness, ease of administration, storage adaptability and a vaccine system which finds broad and ready acceptance with various socio cultural environments across the world. This program though almost a decade old; is now finding wider attention due to its demonstrated results as well as the multiplication of delivery systems.
The core of edible vaccination programs revolve around the introduction of previously selected genes into plant hosts and then the growth of these modified plants to produce the desired coded proteins. Further research on these programs have broadened the scope of these vaccines beyond only preventing infective diseases to more practical applications as prevention of autoimmune disorders , birth control , cancer therapy etc.
Aruvian Research’s report on Analyzing Edible Vaccines is an in depth study on the basics of vaccines and the major types of vaccines which are present in the traditional vaccine delivery systems. The report presents in detail the theoretical basics of edible vaccines and a close understanding of the action mechanism of the edible vaccines. Further, the report elaborates on the preparation of edible vaccines and the advances which have led to the achieving the second generation edible vaccines. As every technology faces its challenges the report emulates how the controversy over genetically modified food products, regulatory issues and other challenges are affecting the faster growth of edible vaccine systems.
A very crucial insight provided in the report is the analysis of clinical trials of edible vaccines apart from crossover leap of edible vaccines in the veterinary field. Since a vital role is played by the chimeric viruses in the propagation of these genes and their expression in the host plants the report also examines their role in this cycle. Aruvian Research’s report also explains the various domains where edible vaccines are applied with their latent advantages and limitations.
Further the report analyses the steps to develop an edible vaccine and the close miracles of science which transform the genetic materials in plants thereby lending them to being host candidates for edible vaccines such as the role of transgenic plants.
A complete section of Aruvian’s report on analyzing edible vaccines is devoted to the process of vaccine derivation from plants and the control of the plants auto immune response mechanisms to manifest the antibodies in the plants.
Some of the diseases to which edible vaccines have shown promising application are elaborated in this report both in the veterinary as well as human spectrum where a crucial factor is preventing auto immunity. Research in the field of edible vaccines holds immense potential for the future which is also contrasted sharply with some of the patents lodged in this report.
A unique distinction of this report is the provision of a case study in the report on edible vaccine application for allergic immunotherapy.
The report concludes with a complete future outlook for edible vaccines which will give a confident understanding of the reach of edible vaccines into the future much beyond traditional vaccine delivery systems.
The essence of this approach is to ensure specificity of application, precision of targeting and achieving results comparably sustained with the traditional vaccination programs. Since studies have shown the best acceptance by humans to vaccination programs which are virtually “invisible” this school of thought has resulted in the introduction of a revolution known as “edible vaccines”.
This program has displayed remarkable adherence to cost effectiveness, ease of administration, storage adaptability and a vaccine system which finds broad and ready acceptance with various socio cultural environments across the world. This program though almost a decade old; is now finding wider attention due to its demonstrated results as well as the multiplication of delivery systems.
The core of edible vaccination programs revolve around the introduction of previously selected genes into plant hosts and then the growth of these modified plants to produce the desired coded proteins. Further research on these programs have broadened the scope of these vaccines beyond only preventing infective diseases to more practical applications as prevention of autoimmune disorders , birth control , cancer therapy etc.
Aruvian Research’s report on Analyzing Edible Vaccines is an in depth study on the basics of vaccines and the major types of vaccines which are present in the traditional vaccine delivery systems. The report presents in detail the theoretical basics of edible vaccines and a close understanding of the action mechanism of the edible vaccines. Further, the report elaborates on the preparation of edible vaccines and the advances which have led to the achieving the second generation edible vaccines. As every technology faces its challenges the report emulates how the controversy over genetically modified food products, regulatory issues and other challenges are affecting the faster growth of edible vaccine systems.
A very crucial insight provided in the report is the analysis of clinical trials of edible vaccines apart from crossover leap of edible vaccines in the veterinary field. Since a vital role is played by the chimeric viruses in the propagation of these genes and their expression in the host plants the report also examines their role in this cycle. Aruvian Research’s report also explains the various domains where edible vaccines are applied with their latent advantages and limitations.
Further the report analyses the steps to develop an edible vaccine and the close miracles of science which transform the genetic materials in plants thereby lending them to being host candidates for edible vaccines such as the role of transgenic plants.
A complete section of Aruvian’s report on analyzing edible vaccines is devoted to the process of vaccine derivation from plants and the control of the plants auto immune response mechanisms to manifest the antibodies in the plants.
Some of the diseases to which edible vaccines have shown promising application are elaborated in this report both in the veterinary as well as human spectrum where a crucial factor is preventing auto immunity. Research in the field of edible vaccines holds immense potential for the future which is also contrasted sharply with some of the patents lodged in this report.
A unique distinction of this report is the provision of a case study in the report on edible vaccine application for allergic immunotherapy.
The report concludes with a complete future outlook for edible vaccines which will give a confident understanding of the reach of edible vaccines into the future much beyond traditional vaccine delivery systems.
A. EXECUTIVE SUMMARY
B. INTRODUCTION TO EDIBLE VACCINES
B.1 Looking at Vaccines
B.2 Types of Vaccines
B.3 Concept of Edible Vaccines
B.4 Controversy of Genetically Modified Foods
B.5 Theory behind Edible Vaccines
B.6 How do they work
B.7 Preparing of Edible Vaccines
B.8 Looking at Second Generation Edible Vaccines
B.9 Challenges Facing the Development of Edible Vaccines
B.10 Regulatory Issues
B.11 Analysis of Clinical Trials
B.12 Edible Vaccines in Veterinary Field
B.13 Role of Chimeric Viruses
B.14 Looking at Passive Immunization
B.15 Domains where Edible Vaccines are Utilized
B.16 Advantages of Edible Vaccines
B.17 Limitations of Edible Vaccines
B.18 Recent Developments
C. LOOKING AT SOME BACKGROUND
D. HOW TO DEVELOP AN EDIBLE VACCINE
E. TRANSFORMING DNA/GENE INTO PLANTS
F. POTENTIAL CANDIDATES FOR EDIBLE VACCINES
G. FACTORS INFLUENCING THE EFFICIENCY OF EDIBLE VACCINES
H. ANALYZING TRANSGENIC PLANTS FOR IMMUNOTHERAPY
H.1 INTRODUCTION
H.2 Deriving Vaccines from Plants
H.3 Alteration of Immune Response to Obtain Immune Tolerance
H.4 Manifestation and Compilation of Antibodies in Plants
H.5 Future Perspective
I. ANALYZING THE APPLICATIONS OF EDIBLE VACCINES
I.1 Bovine Pneumonia Pasteurellosis
I.2 Cholera
I.3 Diabetes
I.4 Hepatitis B
I.5 Human Trials
I.6 Malaria
I.7 Measles
I.8 Preventing Autoimmunity
J. PATENTS ON EDIBLE VACCINES
K. POTENTIAL OF RESEARCH IN THIS FIELD
L. CASE STUDY: EDIBLE VACCINE FOR ALLERGIC IMMUNOTHERAPY
M. FUTURE OF EDIBLE VACCINES
N. APPENDIX
O. GLOSSARY OF TERMS
B. INTRODUCTION TO EDIBLE VACCINES
B.1 Looking at Vaccines
B.2 Types of Vaccines
B.3 Concept of Edible Vaccines
B.4 Controversy of Genetically Modified Foods
B.5 Theory behind Edible Vaccines
B.6 How do they work
B.7 Preparing of Edible Vaccines
B.8 Looking at Second Generation Edible Vaccines
B.9 Challenges Facing the Development of Edible Vaccines
B.10 Regulatory Issues
B.11 Analysis of Clinical Trials
B.12 Edible Vaccines in Veterinary Field
B.13 Role of Chimeric Viruses
B.14 Looking at Passive Immunization
B.15 Domains where Edible Vaccines are Utilized
B.16 Advantages of Edible Vaccines
B.17 Limitations of Edible Vaccines
B.18 Recent Developments
C. LOOKING AT SOME BACKGROUND
D. HOW TO DEVELOP AN EDIBLE VACCINE
E. TRANSFORMING DNA/GENE INTO PLANTS
F. POTENTIAL CANDIDATES FOR EDIBLE VACCINES
G. FACTORS INFLUENCING THE EFFICIENCY OF EDIBLE VACCINES
H. ANALYZING TRANSGENIC PLANTS FOR IMMUNOTHERAPY
H.1 INTRODUCTION
H.2 Deriving Vaccines from Plants
H.3 Alteration of Immune Response to Obtain Immune Tolerance
H.4 Manifestation and Compilation of Antibodies in Plants
H.5 Future Perspective
I. ANALYZING THE APPLICATIONS OF EDIBLE VACCINES
I.1 Bovine Pneumonia Pasteurellosis
I.2 Cholera
I.3 Diabetes
I.4 Hepatitis B
I.5 Human Trials
I.6 Malaria
I.7 Measles
I.8 Preventing Autoimmunity
J. PATENTS ON EDIBLE VACCINES
K. POTENTIAL OF RESEARCH IN THIS FIELD
L. CASE STUDY: EDIBLE VACCINE FOR ALLERGIC IMMUNOTHERAPY
M. FUTURE OF EDIBLE VACCINES
N. APPENDIX
O. GLOSSARY OF TERMS
