Villanova University


Cell-Pack Fitted Helmet for Enhanced Head Protection

Concussive injuries in professional, club, and amateur sports, as well as across military occupations, are a major concern. Amateur athletes, including equestrian, contact sports, roller sports, and skiing, have been identified as one of the most susceptible populations to sustaining Traumatic Brain Injury (TBI). Further, 45% of TBI-related emergency pediatric visits result from an injury […]

Biomimetic Compression Garment for Muscle Recovery

Athletes worldwide employ early and on-going compression therapy to greatly improve short-term recovery as well as long-term outcomes for those engaging in strenuous physical activity. Medically, applying targeted pressure through compression has been found to boost blood circulation and reduce inflammation, expediting healing.  A recent study further showed such therapy improves both perceptual and performance indices of exercise recovery. […]

Method for Forming Assembled Nanomaterial Coating by Solute-Assisted Assembly

Nano-/micromaterial coatings require assemblage on target substrates such as polymers, ceramics, and metals to achieve versatile functionalities for the applications of smart textiles, functional coatings/finishings, energy storage and conversion, catalysts, and other electronics and photonics. However, many desired combinations of nano-/micromaterials and substrates are extremely challenging to achieve due to the incompatible nature of their […]

METHOD FOR FORMING ASSEMBLED NANOMATERIAL COATING BY SOLUTE-ASSISTED ASSEMBLY

Coating electronics and performance materials requires assembling nanoparticles on targeted substrates such as polymers, ceramics, and metals. Many high-performance materials have hydrophobic or chemically inert surfaces. As a result, nanomaterial or particle coatings characteristically do not naturally stick to these surfaces, restricting their applications for aerospace, high altitude, battlefield, and other extreme environments. Currently, techniques […]

Conductive and Redox-Active Molecularly Imprinted Polymer for Direct Quantification of Perfluoroalkyl Substances

Background and Unmet Need Per- and poly-fluoroalkyl (PFAS), also known as ‘Forever Chemicals,’ this class of chemicals has been a growing contaminant of concern throughout the last decade. PFAS present a significant human health risk, including an increased risk of cancer and reproductive defects.  Because these chemicals are extremely hydrophobic and do not naturally break […]