View clinical trials related to Functional Performance.
Filter by:Over the decades, male condoms had been widely commercialized and used to protect against unintended pregnancy and sexually transmitted infections (STI). While natural rubber latex (NRL) male condoms has majority proportion of male condoms in the market, synthetic male condoms (SMC) made from polyurethane or other synthetic materials remain new to the consumers. Notably, synthetic male condoms are found to be more durable, non-allergenic and have better compatibility with lubricants when compared to NRL male condoms. The SMCs that have FDA approval and commercially available are AvantiTM (polyisoprene condom), Trojan SupraTM (polyurethane condom) and eZ.onTM (polyurethane condom). Although the effectiveness of SMCs in the prevention of sexually transmitted infections has yet to be established, SMCs are believed to be comparable to NRL male condoms in both STI prevention and contraception protection. Notwithstanding, a recent literature had reported the shortfall on the quality of variant male condoms in the market, especially nonconforming volumetric capacity, burst pressure and freedom from holes. This warrant the current investigation, to evaluate the functional performances of two newly invented synthetic male condoms, branded as "WONDALEAF-CAP" (WLC) and "WONDALEAF-ON-MAN" (WLM). Apart from being made of polyurethane, the major feature of WLC and WLM are nonetheless their adhesive coating on the outer rim of the condom opening which by securely adhering to the foreskin, prevent slippage of condom and spillage of male ejaculate or secretions when the penis is flaccid, and thereby improve the user-friendliness of condom usage.
The purpose of this study is to investigate the effects of Astym® treatment, The Stick® treatment and massage treatment on performance among healthy college athletes and to investigate any relationship between functional movement and functional performance. Participants will be recruited from Division II, National Association of Intercollegiate Athletics (NAIA) basketball and volleyball teams. The participants will be randomized into one of three groups: Astym treatment (AT), The Stick treatment (ST) or massage treatment (MT). The participant will have baseline measures of vertical jump (VJ), Y-Balance Lower Quarter Screen (YBLQ), and a rating of current perceived lower extremity function using a visual analog scale (PLEF-VAS). The participants will be treated using either the AT, ST, or MT following baseline measures. Immediately following the intervention, a second measurement of VJ, YBLQ, and PLEF-VAS will take place. The data will be analyzed using mixed ANOVA tests which will be conducted for each dependent variable. In addition, functional movement is thought to be related to functional performance. A Pearson Product Correlation analysis will be used to understand any relationship between YBLQ and VJ. It is hypothesized that those in the AT group will have different percent change in their YBLQ, VJ, and PLEF-VAS compared to those in ST and MT groups. It is hypothesized that a correlation between YBLQ and VJ will exist. As a result, clinicians could use AT among basketball and volleyball athletes without hindering acute performance. Any risks the participants could encounter are minimal. Participants may withdraw themselves and their data at any time. The intervention and testing are similar to what an athlete would be exposed to during their collegiate career. Any participant injured during this study will be referred to their university sports medicine staff, health center, or the Indiana Wesleyan University health center.