Kent State University

About: Kent State University is a education organization based out in Kent, Ohio, United States. It is known for research contribution in the topics: Liquid crystal & Population. The organization has 10897 authors who have published 24607 publications receiving 720309 citations. The organization is also known as: Kent State & KSU.

Stress Reduction for Family Caregivers: Effects of Adult Day Care Use

Abstract: Objectives. This study reports the findings of an evaluation of the psychological benefits of use of adult day care by family caregivers assisting a relative with dementia. Methods. The study used a quasi-experimental design in which caregivers in the treatment group used substantial amounts of services, whereas caregivers in a control group did not use day care at any point during the evaluation and only small amounts of other respite services. The evaluation was guided by the stress process model of caregiving which distinguishes between appraisals of primary stressors and well-being. Results. Results after 3 months of day care use showed that the treatment group had significantly lower scores than the control group on two of the three measures of primary appraisals (overload and strain) and two of the three measures of well-being (depression and anger). Findings at one year showed that the treatment group had significantly lower scores on overload and depression than the control group. Discussion. These results demonstrate that use of adult day care by caregivers of dementia patients results in lower levels of caregiving-related stress and better psychological well-being when compared to that of controls.

Electrochemically active nitrogen-enriched nanocarbons with well-defined morphology synthesized by pyrolysis of self-assembled block copolymer.

Abstract: Novel nanoporous nitrogen-enriched carbon materials were prepared through a simple carbonization procedure of well-defined block copolymer precursors containing the source of carbon, i.e., polyacrylonitrile (PAN), and a sacrificial block, i.e., poly(n-butyl acrylate) (PBA). The preparation of nitrogen-enriched nanocarbons with hierarchical pore structure was enabled by the high fidelity preservation of the initial phase-separated nanostructure between two polymer blocks upon carbonization. Supercapacitors fabricated from the prepared carbons exhibited unusually high capacitance per unit surface area (>30 μF/cm(2)) which was attributed to the pseudocapacitance resulting from the high nitrogen content originating from the PAN precursor. Electrochemical availability of the nitrogen species was also evident from the results of oxygen reduction experiments. The hierarchical pore structure and the high nitrogen content in such materials make them particularly promising for use in supercapacitor and electrocatalyst applications.