In an effort to understand the genetic makeup and vital functions of parasites, a graduate student at the College of Veterinary Medicine at the University of Karbala completed an innovative research project aimed at studying the effectiveness of the deoxyriblic acid electrorelay technique for the virgin cyst parasite.
The research deals with the use of electrorelay technology as a basic tool for separating and analyzing the DNA of parasites, as it relied on collecting samples from the environment surrounding sheep infected with the virgin cyst parasite.
The research stages included precise scientific steps that included collecting samples, extracting DNA, and then analyzing the results using advanced electrorelay techniques.
The experiments were conducted in the research laboratory of the College of Veterinary Medicine, where the researcher succeeded in achieving preliminary results that contribute to revealing more about the genetic makeup of this parasite, which may help develop new ways to combat infection and reduce its damage to livestock and public health.
The researcher stressed that this project represents an important step towards enhancing scientific knowledge in the field of molecular biology and providing new insights to understand the nature of parasites. The study also highlights the importance of scientific research in finding practical solutions to the challenges facing the agricultural and health sectors.