- The study focuses on the TATA-binding protein (TBP) gene in *Taenia solium*, revealing the presence of transcription factor binding sites and two TATA-like elements in its promoter, which do not bind TBP.
- Researchers identified key elements important for gene expression, such as the transcription start site and a downstream promoter element (DPE), and confirmed the expression of TBP-Associated Factors TsTAF6 and TsTAF9 in the parasite.
- Molecular dynamics simulations provided insights into how TsTAF6 and TsTAF9 interact with the DPE probe, leading to a proposed interaction model that underscores their novel role in regulating transcription in *T. solium*.
Taenia solium can lead to serious health issues like taeniasis and cysticercosis, particularly neurocysticercosis, which is a focus for disease control and mental health prevention.
Structural analysis of the 24-kDa glutathione transferase gene (Ts24gst) revealed its conserved architecture and potential regulatory elements, indicating its importance in the parasite's survival.
The recombinant Ts24GST protein demonstrated strong biochemical activity and stability under various conditions, enhancing our understanding of T. solium and aiding efforts to combat related diseases.