Eric Apaydin
RAND Corporation
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Featured researches published by Eric Apaydin.
Annals of Behavioral Medicine | 2017
Lara Hilton; Susanne Hempel; Brett Ewing; Eric Apaydin; Lea Xenakis; Sydne Newberry; Ben Colaiaco; Alicia Ruelaz Maher; Roberta Shanman; Melony E. Sorbero; Margaret Maglione
BackgroundChronic pain patients increasingly seek treatment through mindfulness meditation.PurposeThis study aims to synthesize evidence on efficacy and safety of mindfulness meditation interventions for the treatment of chronic pain in adults.MethodWe conducted a systematic review on randomized controlled trials (RCTs) with meta-analyses using the Hartung-Knapp-Sidik-Jonkman method for random-effects models. Quality of evidence was assessed using the GRADE approach. Outcomes included pain, depression, quality of life, and analgesic use.ResultsThirty-eight RCTs met inclusion criteria; seven reported on safety. We found low-quality evidence that mindfulness meditation is associated with a small decrease in pain compared with all types of controls in 30 RCTs. Statistically significant effects were also found for depression symptoms and quality of life.ConclusionsWhile mindfulness meditation improves pain and depression symptoms and quality of life, additional well-designed, rigorous, and large-scale RCTs are needed to decisively provide estimates of the efficacy of mindfulness meditation for chronic pain.
Preventive Medicine | 2017
Rajeev Ramchand; Sangeeta C. Ahluwalia; Lea Xenakis; Eric Apaydin; Laura Raaen; Geoffrey Grimm
Prior research has examined peer programs with respect to specific peer roles (e.g.; peer support) or specific health/wellness domains (e.g.; exercise/diet), or have aggregated effects across roles and domains. We sought to conduct a systematic review that categorizes and assesses the effects of peer interventions to promote health and wellness by peer role, intervention type, and outcomes. We use evidence mapping to visually catalog and synthesize the existing research. We searched PubMed and WorldCat databases (2005 to 2015) and New York Academy of Medicine Grey Literature Report (1999 to 2016) for English-language randomized control trials. We extracted study design, study participants, type of intervention(s), peer role(s), outcomes assessed and measures used, and effects from 116 randomized controlled trials. Maps were created to provide a visual display of the evidence by intervention type, peer role, outcome type, and significant vs null or negative effects. There are more null than positive effects across peer interventions, with notable exceptions: group-based interventions that use peers as educators or group facilitators commonly improve knowledge, attitudes, beliefs, and perceptions; peer educators also commonly improved social health/connectedness and engagement. Dyadic peer support influenced behavior change and peer counseling shows promising effects on physical health outcomes. Programs seeking to use peers in public health campaigns can use evidence maps to identify interventions that have previously demonstrated beneficial effects. Those seeking to produce health outcomes may benefit from identifying the mechanisms by which they expect their program to produce these effects and associated proximal outcomes for future evaluations. PROSPERO REGISTRATION NUMBER Although we attempted to register our protocol with PROSPERO, we did not meet eligibility criteria because we were past the data collection phase. The full PROSPERO-aligned protocol is available from the authors.
Journal of General Internal Medicine | 2018
Eric Apaydin; Peggy G. Chen; Mark W. Friedberg
BackgroundPrevious studies have documented income differences between male and female physicians. However, the implications of these differences are unclear, since previous studies have lacked detailed data on the quantity and composition of work hours. We sought to identify the sources of these income differences using data from a novel survey of physician work and income.ObjectiveTo compare differences in income between male and female physicians.DesignWe estimated unadjusted income differences between male and female physicians. We then adjusted these differences for total hours worked, composition of work hours, percent of patient care time spent providing procedures, specialty, compensation type, age, years in practice, race, ethnicity, and state and practice random effects.ParticipantsWe surveyed 656 physicians in 30 practices in six states and received 439 responses (67% response rate): 263 from males and 176 from females.Main measureSelf-reported annual income.Key resultsMale physicians had significantly higher annual incomes than female physicians (mean
The Journal of Clinical Psychiatry | 2018
Eric Apaydin; Alicia Ruelaz Maher; Laura Raaen; Aneesa Motala; Sangita M. Baxi; Roberta Shanman; Susanne Hempel
297,641 vs.
Archive | 2016
Margaret A Maglione; Susanne Hempel; Alicia Ruelaz Maher; Eric Apaydin; Brett Ewing; Lara Hilton; Lea Xenakis; Roberta Shanman; Sydne J Newberry; Benjamin Colaiaco; Melony E. Sorbero
206,751; difference
Archive | 2018
Andrew R. Morral; Rajeev Ramchand; Rosanna Smart; Carole Roan Gresenz; Samantha Cherney; Nancy Nicosia; Carter C. Price; Stephanie Brooks Holliday; Elizabeth Petrun Sayers; Terry L. Schell; Eric Apaydin; Joshua Traub; Lea Xenakis; John Speed Meyers; Rouslan Karimov; Brett Ewing; Beth Ann Griffin
90,890, 95% CI
Archive | 2018
Eric Apaydin; Alicia Ruelaz; Laura Raaen; Sangita M. Baxi; Aneesa Motala; Roberta Shanman; Susanne Hempel
27,769 to
Archive | 2018
Andrew R. Morral; Rajeev Ramchand; Rosanna Smart; Carole Roan Gresenz; Samantha Cherney; Nancy Nicosia; Carter C. Price; Stephanie Brooks Holliday; Elizabeth Petrun Sayers; Terry L. Schell; Eric Apaydin; Joshua Traub; Lea Xenakis; John Speed Meyers; Rouslan Karimov; Brett Ewing; Beth Ann Griffin
154,011) and worked significantly more total hours (mean 2470 vs. 2074; difference 396, 95% CI 250 to 542) and more patient care hours (mean 2203 vs. 1845; difference 358, 95% CI 212 to 505) per year. Male physicians were less likely than female physicians to specialize in primary care (49.1 vs. 70.5%), but more likely to perform procedures with (33.1 vs. 15.5%) or without general anesthesia (84.3 vs. 73.1%). After adjustment, male physicians’ incomes were
Archive | 2017
Lara Hilton; Alicia Ruelaz; Benjamin Colaiaco; Eric Apaydin; Melony E. Sorbero; Marika Booth; Roberta Shanman; Susanne Hempel
27,404 (95% CI
Archive | 2017
Lara Hilton; Alicia Ruelaz Maher; Benjamin Colaiaco; Eric Apaydin; Melony E. Sorbero; Marika Booth; Roberta Shanman; Susanne Hempel
3120 to