Publications by authors named "Yi-Syuan Huang"

Background: The prevalence of ankle sprains in females has higher than in males. A deficit in ankle dorsiflexion range of motion (DFROM) is a substantial contributor to ankle injuries, resulting in hampering exercise performance. Tissue flossing improves joint ROM and enhances performance.

View Article and Find Full Text PDF
Article Synopsis
  • Synthetic lethal genes can cause cancer cell death when both are mutated, but not when just one is affected, presenting a potential treatment avenue that spares normal cells.
  • The study identifies and validates several synthetic lethal gene pairs in lung adenocarcinoma, particularly highlighting the PARP1-TP53 pair, which showed increased toxicity in specific lung cancer cell lines.
  • Additional findings indicate that silencing PARP1 can enhance the effectiveness of carboplatin, and specific gene expression markers (RAD54B, FEN1, BRCA1, and POLB) may provide prognostic insights for lung adenocarcinoma treatment, especially in the TCGA cohort.
View Article and Find Full Text PDF

Background: At the present time, the government is considering to establish the independent financing system for essential medicines (EMs). However, it is still in the exploration phase. The objectives of this study were to calculate and estimate financing amount of EMs in China in 2014 and to provide data evidence for establishing financing mechanism of EMs.

View Article and Find Full Text PDF

There is a compelling need to discover type II inhibitors targeting the unique DFG-out inactive kinase conformation since they are likely to possess greater potency and selectivity relative to traditional type I inhibitors. Using a known inhibitor, such as a currently available and approved drug or inhibitor, as a template to design new drugs via computational de novo design is helpful when working with known ligand-receptor interactions. This study proposes a new template-based de novo design protocol to discover new inhibitors that preserve and also optimize the binding interactions of the type II kinase template.

View Article and Find Full Text PDF