Developing educational modules to enhance care of aged and dying inmates: Set-up phase.

The purpose of this article is to explain the strategies used in the "Set-up" phase of developing computer-based education on the care and management of incarcerated people who are older and/or dying. Public health nurses have an opportunity to support efforts in educating corrections staff to enhance health care for older and dying inmates. Such endeavors can promote social justice through inmates receiving evidence-based care that parallels that received by the community at large. "Set-up" is the first of four phases in the Institute for Healthcare Improvement's Framework for Going to Full Scale. Our design approach was threefold and included an environmental scan, a modified Delphi survey, and a usability study. An expert advisory board was consulted throughout the Set-up Phase. Participants for the Delphi Survey had expertise in geriatrics and corrections health care. Usability testing was conducted at two State Correctional Institutions. The Delphi Survey consisted of three Qualtrics surveys. Usability testing examined navigability; detected problems; observed time spent solving problems; identified problem severity; and developed recovery strategies. The Set-up established proof of concept, three prototype modules, and a specifications document to guide future programming. In addition, a Technology Niche Analyses® provided a preliminary commercialization plan (NIH, 2017). The Set-up phase has been instrumental in exposing the available infrastructure for dissemination of an educational product within corrections and may be a first step in addressing public health concerns on issues in aging. Commercial feasibility of the program and the need for continued research for Developing the Scalable Unit were established.

Predictors for selection of insurance-funded weight loss approaches in individuals with severe obesity.

OBJECTIVE: To determine whether there are differences in baseline psychological and behavioral characteristics between individuals with severe obesity who chose a surgical or nonsurgical intervention for weight loss. METHODS: The current study utilized data from a larger study funded by a state insurance company and is unique in that the insurance company funded the weight loss interventions. Participants indicated their preferred method of weight loss, and completed several self-report psychological questionnaires, as well as demographic information. RESULTS: Participants (N = 605) were 58.8% Caucasian and mostly (86%) female. Logistic regression results indicated that an increased number of weight loss attempts, and select other measures of eating behavior and quality of life may influence individuals' selection for either surgical or nonsurgical treatments for weight loss. CONCLUSIONS: Practitioners should pay particular attention to these baseline characteristics that influence choice to examine potential characteristics that may influence the success of these weight loss treatments.

Five-year medical and pharmacy costs after a medically supervised intensive treatment program for obesity.

PURPOSE: The financial impact of intensive medical interventions for weight loss has not been fully studied. DESIGN: A randomized pragmatic clinical trial. SETTING: Seven primary care clinics and one research center in Louisiana. SUBJECTS: Severely obese individuals (body mass index 40-60 kg/m(2)) randomized to usual care (n = 190) or intensive medical management (n = 200). Forty-seven percent of participants completed year 2 follow-up and were included in the analyses. INTERVENTION: Physician-monitored intervention with recommendations for 12 weeks of liquid diet followed by 4 months of group behavioral therapy, structured diet, and option of pharmacotherapy, and an additional 16 months of maintenance strategies. MEASURES: Two-year preintervention and 5-year postintervention measures were computed from claims data and included (1) medical costs excluding pharmacy, (2) pharmacy costs only, (3) total medical and pharmacy costs, and (4) medical and pharmacy subcategory costs. ANALYSIS: Differential categories for preintervention and postintervention were created using total sample 75th percentiles. Chi-square tests were employed to compare the intervention groups both preintervention and postintervention with respect to the proportion of subjects above the 75th percentile for each of the cost categories. RESULTS: Medical costs excluding pharmacy did not differ between groups. The intensive medical intervention group had a significantly smaller percentage of subjects above the 75th percentile for pharmacy costs only (p = .0125), and for antidiabetic agents (p = .0464), antihypertensives (p = .0075), and dyslipidemic subcategories (p = .0197). CONCLUSION: An intensive medical intervention may reduce pharmaceutical expenditures in severely obese individuals. These results must be viewed with caution given the high attrition of study participants.

Why patients seek bariatric surgery: does insurance coverage matter?

Despite increasing prevalence of bariatric surgery, little is known about why patients seek out this treatment option. Heads Up is an observational study sponsored by a large benefits management group that examines surgical and nonsurgical approaches to weight management in obese adults. This study examined patients' reasons for choosing surgery. The sample included 360 adult obese patients seeking bariatric surgery who were invited to volunteer for a surgical or a medical weight loss program by their insurer. Participants rank ordered their top three reasons as a deciding factor for choosing to consider surgery. The top three reasons were concerns regarding health (52%), current obesity-related medical conditions (28%), and improved physical fitness (5%). Overall, 13% endorsed insurance coverage as one of their top three choices. When insurance coverage is assured, health and functionality issues were the major reasons reported for obese adults choosing to undergo bariatric surgery.

Actual medical and pharmacy costs for bariatric surgery: 6-year follow-up.

OBJECTIVE: To determine the change in total medical expenditures, total pharmacy expenditures, and subcategories of medical and pharmacy expenditures in obese individuals following weight loss surgery (WLS), and to compare these costs with expenditures in obese individuals not receiving WLS. METHODS: Louisiana Office of Group Benefits (OGB), the state-managed health insurer, invited members to be evaluated for insurance-covered WLS. Of 951 obese members who provided written consent to begin the WLS screening process, 40 were selected for surgery. Medical and pharmaceutical claims cost data of the 911 patients who did not have surgery and the 39 individuals who completed surgery were compared over a 2-year presurgical and 6-year postsurgical period. RESULTS: Total nonpharmacy medical costs were lower for WLS patients compared with non-WLS patients beginning 4 years postsurgery and lasting through 6 years postsurgery. No differences were found between WLS and non-WLS patients in expenditures for most medical subcategories examined, including emergency department, physical and occupational therapy, office visits, and laboratory/pathology; whereas sleep facility and all remaining medical expenditures not represented by a subcategory were lower for WLS patients during some postsurgery years. Total pharmacy costs were lower for WLS participants at 2 and 3 years postsurgery, but these lower costs were not maintained; however, costs remained lower for antidiabetic agents, antihypertensive agents, and dyslipidemic agents through all 6 postsurgery years under study. CONCLUSIONS: The cost of WLS may begin to be recouped within the first 4 years postsurgery with continued effects 6 years postsurgery.

Development and Implementation of a Tailored Self-assessment Tool in an Internet-based Weight Loss Maintenance Program.

BACKGROUND: Using the Internet to replicate client/counselor interactions provides a tremendous opportunity to disseminate interventions at relatively low cost per participant. However, there are substantial challenges with this approach. The Weight Loss Maintenance Trial (WLM) compared two long-term weight-maintenance interventions: (1) a personal contact arm and (2) an Internet arm, to a third self-directed control arm. The Internet arm focused on use of an interactive website for support of long-term weight maintenance. This paper describes a highly interactive self-assessment tool developed for use in the WLM trial Internet intervention arm. METHODS: The Tailored Self-Assessment (TSA) website tool was an interactive resource for those WLM participants assigned to the Internet arm to review their personal weight-management progress and make choices about future weight-management actions. The TSA was highly tailored and ended with a suggested list of personalized action plans. While the participant could complete the TSA at any time, criteria-based reminder messages prompted participation. RESULTS: The TSA was one of 27 interactive tools on the WLM website. Over the course of the 28 months, the TSA was completed 800 times by the 348 randomized participants. Fifty-three percent of the participants (185/348) used the TSA at least once (range: 0, 110) and 72% of the 185 participants who did complete the TSA at least once, completed it more than once. CONCLUSION: The Internet has great potential to impact health behavior by attempting to replicate personal counseling. We learned that while development is complex and appears costly, tailored strategies based on client feedback are likely worthwhile and should be formally tested.