Journal of Infectious Diseases & Preventive Medicine

Journal of Infectious Diseases & Preventive Medicine
Open Access

ISSN: 2329-8731

Role of intramuscularly administrable mode of vaccination in the production mechanisms of the antibody -SIgA


9th International Conference on Infectious Diseases: Control and Prevention

February 24, 2025 | Webinar

Dessalegn Temesgen Leye

SAddis Ababa Science & Technology University, Ethiopia

Scientific Tracks Abstracts: J Infect Dis Preve Med

Abstract :

Statement of the Problem: Everyone of us who has familiarized with vaccination principles, understands that intramuscularly administrable mode of vaccinations is intended to boost immune system of the body. Certainly, such types of vaccination train our vascular system to adequately react if infection takes place. Particularly, the organism will start producing the necessary adopted antibodies against the invader pathogen or its antigen, sufficiently and on time! However, we have had doubts on whether such mode of vaccinations will train our body to produce the necessary antibodies that can contain respiratory based pathogens and or their antigens. Methods: Within the last three years, we have intensively reviewed literature, mainly focusing on gathering and analyzing experiment based researches (meta-analysis)! Findings: We revealed astonishing results that may force to review at least the vaccination policy for the respiratory based prophylaxis policies! However, due to the large volume of the study, during the presentation, we will focus on one of the three sub-articles of the study - role of the given type of vaccination in the production mechanisms of the antibody SIgA. Therefore, although comparing to the rest two sub-articles, the SIgA issue is less provocative, we will demonstrate its: nature; production Mechanisms; and functional characteristics against respiratory tracts based pathogens! Through which, we are going to reveal that the intramuscularly injectable vaccines are not capable to train our organism to produce the antibody SIgA sufficiently and on time to stop the respiratory tracts based pathogens/their antigens!

Biography :

Dessalegn Temesgen Leye is a biochemist (PhD) and Pedagogic (MSc) and an assistant professor at Addis Ababa Science & Technology University. Recently, he is highly concerning on COVID-19 issues. He has 10 published manuscript regarding to COVID pandemic. Now, because of misusage randomly number generating and PowerPoint software as a teaching aid, he switched into investigating random number generator and constructing a double sided screen to project PowerPoint slides.

Top