Abstract: A wet wipe that exhibits a novel combination of properties and methods for making such wet wipes are provided.

Abstract: A wet wipe that exhibits a novel combination of properties and methods for making such wet wipes are provided.

Abstract: The product efficacy apparatus includes a roller having an outer surface and a test bed having a test surface. The roller may be affixed to a rotatable shaft having opposing end regions. The shaft may be rotatably connected to an arm at each end of the end regions of the shaft. Each arm is pivotally connected to a drive member that is rollingly connected to a stationary track. In operation, a cleaning product may be affixed to the outer surface of the roller. A controlled insult may be applied to the test surface. The arms pivot toward the test surface in order to direct the cleaning product on the outer surface of the roller into contact with the test surface. The drive members direct the roller over the controlled insult. The shaft rotates the roller over the test surface and the arms pivot the roller away from the test surface.

Abstract: The product efficacy apparatus includes a roller having an outer surface and a test bed having a test surface. The roller may be affixed to a rotatable shaft having opposing end regions. The shaft may be rotatably connected to an arm at each end of the end regions of the shaft. Each arm is pivotally connected to a drive member that is rollingly connected to a stationary track. In operation, a cleaning product may be affixed to the outer surface of the roller. A controlled insult may be applied to the test surface. The arms pivot toward the test surface in order to direct the cleaning product on the outer surface of the roller into contact with the test surface. The drive members direct the roller over the controlled insult. The shaft rotates the roller over the test surface and the arms pivot the roller away from the test surface.

Abstract: A composition to simulate feces. A method of using artificial feces to evaluate the efficacy of a cleaning product and/or cleaning procedure. A method of demonstrating the cleaning efficiency of a cleaning product and/or cleaning procedure using artificial feces.

Abstract: A method for evaluating the efficacy of a skin-cleansing composition comprises measuring an ATP level on a skin site after cleansing. A method for evaluating the condition of living skin comprises measuring an ATP level on a skin site. The ATP level may be monitored over time to determine a rate of change in the ATP level on the skin site.

Abstract: A composition applied on the body facing surface of an absorbent article such as a diaper, training pant, adult incontinence product, feminine hygiene product, may be used to impart the adherence of feces or menses to the article. Such composition makes the cleaning task easier. The compositions may also improve the cleaning task when they are incorporated in other skin-contacting materials such as tissues or wet wipes.

Abstract: The present invention relates to methods of assessing the health of skin. Biomarkers are used to evaluate skin samples. Using metabonomics approaches, samples taken from different skin sites or at different times during a treatment are used to diagnose skin conditions or to appraise various skin treatments for efficacy.

Abstract: The present invention relates to methods of assessing the health of skin. Biomarkers are used to evaluate skin samples. Using metabonomics approaches, samples taken from different skin sites or at different times during a treatment are used to diagnose skin conditions or to appraise various skin treatments for efficacy.

Abstract: The present invention relates to methods of assessing the health of skin. Biomarkers are used to evaluate skin samples. Using metabonomics approaches, samples taken from different skin sites or at different times during a treatment are used to diagnose skin conditions or to appraise various skin treatments for efficacy.

Abstract: The present invention relates to methods of assessing the health of skin. Biomarkers are used to evaluate skin samples. Using metabonomics approaches, samples taken from different skin sites or at different times during a treatment are used to diagnose skin conditions or to appraise various skin treatments for efficacy.