Publications

This study investigates polysaccharide-based pH-responsive hydrogels for drug delivery. Enhanced drug release and antibacterial properties were observed, facilitated by improved stability and mechanical strength, indicating significant potential for advanced biomedical applications. Read more

This study examines PHMB-treated fabric, showing it kills 94% of coronavirus in 2 hours. The findings highlight its potential for use in protective clothing and bedding, offering a promising solution to reduce COVID-19 transmission in high-risk areas. Read more

This study presents a method to quantify cationic finishing agents on cellulosic fabrics using the Kubelka–Munk equation. Findings reveal maximum PHMB adsorption around 8 mg/g and establish a safe, non-cytotoxic PHMB level for biosafety, offering crucial insights for fabric treatment. Read more

Explore the rising trend of fashionable activewear, where style meets function. This publication showcases innovative brands that seamlessly blend aesthetics with performance, offering consumers chic, versatile apparel perfect for both workouts and everyday wear. Read more

This study presents a novel nanoformulation for pancreatic cancer, co-delivering CDK4/6 and autophagy inhibitors. Methodology demonstrates enhanced intratumoral drug accumulation, yielding superior tumor shrinkage and synergistic efficacy, suggesting significant potential for improved cancer therapies. Read more

This study introduces a method using FE and ANN models to simulate sports bra pressure, reducing design time and cost. The approach shows minimal error between models, suggesting significant advancements in predicting breast mechanics and improving sports bra design. Read more

This study examines enhancing flexible sensor accuracy for apparel comfort assessment. Key findings show that adding rigid discs improves sensitivity, while systematic calibration on varied surface conditions optimizes accuracy, crucial for evaluating wear comfort on soft surfaces. Read more

This study explores comfort factors in reusable face masks, focusing on permeability, thermal conductivity, and wear trials. Findings suggest that masks with thin, breathable fabrics and high thermal conductivity offer greater comfort, informing better mask design strategies. Read more

This study introduces a textile-based scoliosis brace that enhances patient compliance and reduces production time. Methodology includes interface pressure analysis and patient surveys, revealing improved quality of life and effective spinal correction, advancing scoliosis treatment options. Read more

This study uses FE analysis to explore how compression sports bras interact with the body, focusing on static and dynamic contact conditions. It reveals critical insights into breast support and movement, providing valuable guidance for enhancing sports bra design. Read more