Dessalegn Temesgen Leye

Addis Ababa Science & Technology University, Ethiopia

Abstract Title: Role of Intramuscularly Administrable vaccines in the production Mechanisms of the Secretary Immunoglobulin A (SIgA)

Biography:

Dessalegn Temesgen Leye has completed his PhD in Biochemistry at the age of 26. He was a lecturer and researcher. Among which was encountered with Corona yet 20 years ago! Because of which he has now published 10 manuscripts on the Pandemic issue!

Research Interest:

Production of antibodies triggers by the natural immune system during infection or through vaccination. For instance, intramuscularly injectable vaccines generally train the body to produce the desiered antibodies. Therefore, in case if a pathogen against which the body trained to produce the antibody invade a tissue, the body (with normal metabolism) starting producing the antibody and through blood stream will be addressed in time and sufficiently to the infected tissue to stop the pathogen before it make the body sick! However, based on our works of 2021 and others, COVID-19 vaccines didn't show the desired result. Because of such uncertainty, we launched a study that lasted three years (2021-2024). We have analyzed an enormous amount of works: experimental data-meta analysis; clinical case studies; and we used questionnaire as part of the study. As a result, we have formulated six groups of scientific justfications that can serve as tools to evaluate whether intramuscular vaccines are feasible for stopping pathogens that affect respiratory tracts. Among them, the less provocative justcation is - identifying the role of injectable vaccines in the production of SIgA within the respiratory organs! About which we will going to elaborate on the conference