Analysis of the protein-protein binding channel of the Klf4 gene during spermatogenesis

Human spermatogenesis in different stages and how spermatozoid transfer and absorption and metabolic changesduring the male reproductive tract are described, as well as the types of normal and abnormal cells that may beseen in sperm with a routine test and their value in the clinic is also discussed. Spermatogenesis is a complexcellular process during which spermatogenic stem cells differentiate into mature sperm. This process is under thecontrol of various factors and signaling pathways, one of which is the Klf4 protein, which plays a role in somecell functions and their differentiation. This study examines the protein-protein communication network of genesinvolved in spermatogenesis as well as genes directly related to Klf4, using databases such as NCBI andCytoscape software. Then, by examining the expression level of Klf4 gene mRNA in spermatogenic, embryonicand pseudoembryonic stem cells, the expression level of this gene is examined. In the observations, the positiveexpression of Klf4 was observed in embryonic, pseudo-embryonic and spermatogenic stem cells, and thecommunication network of genes regulating its expression was also identified. The results of this study show thatKlf4 can be one of the factors of interest for treating infertility and personalizing the treatment.

Analysis of the protein-protein binding channel of the Klf4 gene during spermatogenesis Keywords:

Spermatogonial stem cells , Klf4 protein , Male infertility