Abstract:

Rotavirus and coronavirus infections, widely observed throughout the world, are among the etiological agents of newborn swine islands. In the twenty-first century, the study of infectious agents gained speed with molecular-based genetic studies. At present, at least 27 different G and 37 different P genotypes of the known rotavirus responsible for infections have been identified. The coronavirus is divided into four genotypes. This study was aimed at the study of rotavirus and coronavirus infections that caused swelling islands at a molecular level. Part sequences and then philogenetic analyses were performed using specific primes for the coronavirus' nucleoprotein gen area and rotavirus' VP4 and VP7 gen areas. Reference quotes obtained from GenBank were used for philogenetic analysis. The analysis of the VP7 gen region found that the Erzurum genotypes belong to the G6 and G10, while the VP4 gen area found that all genotypes belong to the P[5] genotype. According to the philogenetic analysis conducted in the direction of coronavirus, the Erzurum seeds were found to be gathered within the beta-coronavirus gene group, along with the beef, zura, beef, beef and human coronavirus seeds. As a result, with this study in Erzurum for the first time enteric coronavirus and rotavirus were molecularly studied and created a foundation for subsequent studies.

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