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1.
Pan Afr Med J ; 37: 28, 2020.
Article in English | MEDLINE | ID: mdl-33062129

ABSTRACT

COVID-19 is a rapidly growing pandemic that has grown from a few cases in Wuhan, China to millions of infections and hundreds of thousands of deaths worldwide within a few months. Sub-Saharan Africa is not spared. Radiology has a key role to play in the diagnosis and management of COVID-19 as literature from Wuhan and Italy demonstrates. We therefore share some critical knowledge and practice areas for radiological suspicion and diagnosis. In addition, emphasis on how guarding against healthcare acquired infections (HAIs) by applying "red" and "green" principle is addressed. Given that pandemics such as COVID-19 can worsen the strain on the scantily available radiological resources in this region, we share some practical points that can be applied to manage these precious resources also needed for other essential services. We have noted that radiology does not feature in many main COVID-19 guidelines, regionally and internationally. This paper therefore suggests areas of collaboration for radiology with other clinical and management teams. We note from our local experience that radiology can play a role in COVID-19 surveillance.


Subject(s)
Betacoronavirus/isolation & purification , Coronavirus Infections/diagnostic imaging , Pneumonia, Viral/diagnostic imaging , Professional Practice Location/trends , Radiology/organization & administration , Africa South of the Sahara/epidemiology , COVID-19 , Coronavirus Infections/epidemiology , Coronavirus Infections/prevention & control , Coronavirus Infections/virology , Cross Infection/prevention & control , Cross Infection/transmission , Disease Outbreaks/ethics , Disease Outbreaks/prevention & control , Health Resources , Humans , Knowledge , Pandemics/prevention & control , Pneumonia, Viral/epidemiology , Pneumonia, Viral/prevention & control , Pneumonia, Viral/virology , SARS-CoV-2
2.
J Health Polit Policy Law ; 45(6): 1023-1057, 2020 12 01.
Article in English | MEDLINE | ID: mdl-32469395

ABSTRACT

CONTEXT: The distribution of physicians across geography and employers has important implications for the delivery of medical services. This study examines how the political beliefs of physicians influence their decisions about where to live and work. METHODS: Physician relocation and employment patterns are analyzed with a panel constructed from the National Provider Identifier directory. Data on political donations are used to measure the political preferences of physicians. FINDINGS: The "ideological fit" between a physician and his or her community is a key predictor of both relocation and employment decisions. A Democratic physician in a predominantly Republican area is twice as likely to relocate as a Republican counterpart living there; the reverse is also true for Republicans living in Democratic areas. Physicians who do not share the political orientation of their colleagues are more likely to change workplaces within the same geographic area. CONCLUSIONS: Physicians are actively sorting along political lines. Younger physicians have trended sharply to the left and are increasingly drawn to urban areas with physician surpluses and away from rural areas suffering from physician shortages. The findings also help explain why physician shortages are more prevalent among left-leaning specialties such as psychiatry.


Subject(s)
Employment , Physicians/supply & distribution , Politics , Population Dynamics/trends , Professional Practice Location/trends , Residence Characteristics , Workplace , Adult , Aged , Female , Humans , Male , Middle Aged
3.
PLoS One ; 14(10): e0223739, 2019.
Article in English | MEDLINE | ID: mdl-31634904

ABSTRACT

BACKGROUND: The human resources for health (HRH) crisis and dearth of research on the health labour market in South Africa informed the WiSDOM (Wits longitudinal Study to Determine the Operation of the labour Market among its health professional graduates) cohort study. The study aims to generate new knowledge on the career choices and job location decisions of health professionals in South Africa. METHODS: WiSDOM is a prospective longitudinal cohort study. During 2017, the first cohort for each of eight professional groups was established: clinical associates, dentists, doctors, nurses, occupational therapists, oral hygienists, pharmacists and physiotherapists. These cohorts will be followed up for 15 years. For the baseline data collection, each final year health professional student completed an electronic self-administered questionnaire (SAQ), after providing informed consent. The SAQ included information on: demographic characteristics; financing of training; reasons for choosing their profession; and their career intentions. We used STATA® 14 to analyse the data. RESULTS: We obtained an 89.5% response rate and 511 final year health professional students completed the baseline survey. The mean age of all participants was 24.1 years; 13.1% were born in a rural area; 11.9% and 8.0% completed their primary and secondary schooling in a rural area respectively. The health professional students came from relatively privileged backgrounds: 45.0% had attended a private school, the majority of their fathers (77.1%) had completed tertiary education, and 69.1% of their mothers had completed tertiary education. Students with higher socio-economic status (SES Quintiles 3-5) made up a larger proportion of the occupational therapists (77.8%), physiotherapists (71.7%), doctors (66.7%), and dentists (64.7%). In contrast, individuals from SES Quintiles 1 and 2 were over-represented among the clinical associates (75.0%), oral hygienists (71.4%), nurses (61.9%), and pharmacists (56.9%). Almost one quarter (24.9%) of cohort members indicated that they had partly financed their studies through loans. Although 86.3% of all cohort members indicated that they plan to stay in their chosen profession, this ranged from 43.2% for clinical associates to 100% for dentists. CONCLUSIONS: WiSDOM has generated new knowledge on health professional graduates of a leading South African University. The results have implications for university selection criteria and national health workforce planning.


Subject(s)
Attitude of Health Personnel , Career Choice , Employment/psychology , Health Personnel/psychology , Professional Practice Location/trends , Socioeconomic Factors , Adult , Female , Health Personnel/statistics & numerical data , Humans , Longitudinal Studies , Male , Pilot Projects , Prospective Studies , Rural Health Services , South Africa , Surveys and Questionnaires , Young Adult
4.
Fam Med ; 51(8): 649-656, 2019 Sep.
Article in English | MEDLINE | ID: mdl-31509216

ABSTRACT

BACKGROUND AND OBJECTIVES: Family medicine rural training track (RTT) residency programs produce a higher proportion of graduates who choose rural practice than other programs, yet RTTs face continuing threats to their existence. This study sought to understand threats to RTT sustainability and resilience factors that enable RTTs to thrive. METHODS: In 2014 and 2015, the authors conducted semistructured interviews of 21 RTT leaders representing two closed programs and 22 functioning programs. Interview topics included program strengths providing resilience and sustainability, risk factors for closure or vulnerabilities threatening sustainability, and advice for other RTTs. The authors performed a content analysis, coding pertinent themes in all interview data. RESULTS: From the top three assets, risks, and advice that respondents offered, the following nine themes emerged, in order from most to least mentioned: leadership, faculty and teaching resources, program support, finances, resident recruitment, program attributes, program mission, political and environmental context, and patient-related clinical experiences. Interviewees frequently reported multifactorial causes for RTT sustainability or closure. CONCLUSIONS: Numerous factors identified, such as distance, can operate as positive or negative influences for program resilience, depending on place and context. Resilience depends on multiple forms of social capital, including robust networks among individuals and various communities: the local population and patients, local health care providers, residency faculty, and RTTs in general. The small size and remoteness of RTTs make them vulnerable to multiple challenges in finances, regulations, and accreditation, requiring program adaptability and suggesting the need for flexibility in the policies that govern them.


Subject(s)
Family Practice/education , Internship and Residency , Professional Practice Location/trends , Education, Medical, Graduate , Family Practice/trends , Humans , Interviews as Topic , Leadership , Risk Factors , Rural Health Services/trends
6.
Occup Med (Lond) ; 69(2): 139-142, 2019 Apr 13.
Article in English | MEDLINE | ID: mdl-30265359

ABSTRACT

BACKGROUND: To secure human resources for occupational medicine, it is important to analyse occupational physician retention trends and the factors associated with retention. However, little is currently known about this topic. AIMS: To identify occupational physician retention trends, to identify factors associated with this retention and to discuss the policy implications of the findings. METHODS: We analysed data from the biannual national physician census surveys conducted by the government of Japan from 2002 to 2014. In this study, those who chose 'working as an occupational physician' as their workplace/type of work from a pre-determined list in the survey questionnaire were considered full-time occupational physicians. We presented retention trends by calculating the annual retention rate for each set of two consecutive surveys. We then used logistic regression to identify factors associated with retention among occupational physicians. RESULTS: The annual retention rate of full-time occupational physicians from 2012 to 2014 was estimated as 76%, which represents a 6% improvement in retention over the study period. The odds of continuing to practise as an occupational physician were higher for occupational physicians working in cities compared with those working in towns or villages. CONCLUSIONS: Improving and facilitating smooth transitions between clinical practice and occupational medicine would help to secure human resources in occupational medicine, even if the current trend of low retention continues.


Subject(s)
Occupational Health Physicians/statistics & numerical data , Occupational Health , Personnel Turnover/statistics & numerical data , Professional Practice Location/statistics & numerical data , Adult , Career Mobility , Humans , Japan , Job Satisfaction , Personnel Loyalty , Personnel Turnover/trends , Professional Practice Location/trends
7.
Hum Resour Health ; 16(1): 26, 2018 06 13.
Article in English | MEDLINE | ID: mdl-29895306

ABSTRACT

BACKGROUND: The uneven geographical distribution of physicians in Japan is a result of those physicians electing to work in certain locations. In order to understand this phenomenon, it is necessary to analyze the geographic movement of physicians across the Japanese landscape. METHODS: We obtained individual data on physicians from 1978 to 2012 detailing their attributes, work institutions, and locations. The data are from Japanese governmental sources (the Survey of Physicians, Dentists, and Pharmacists). The total sample size was 122 150 physicians, with 77.5% being male and 22.5% female. After obtaining the data, we calculated the geographical distance of each physician's movement by using geographic information systems software (GIS; ArcGIS, ESRI, Inc., CA, USA). Geographical distance was then converted into time distance. We compared the resulting median values through nonparametric testing and then conducted a multivariate analysis. Our next step involved the use of an age-period-cohort (APC) model to measure the degree of impact three points of data, experience (experience years), the historical and environmental context of the data (survey year), and physician cohort (registration year) had on the movement of each physician. RESULTS: The ratio of female physicians who selected an urban area as their first working location was higher than that of male physicians. However, the selection of an urban area was becoming more popular as a first working location for both males and females as the year of data increased. The overall distance of geographical movement for female physicians was less than it was for male physicians. Physicians moved the greatest distance between their second and fourth years following license acquisition, at which point the time distance became shorter. The median time distance was 46 min in 2000 and 22 min in 2008. The physicians in our study did not move far from their first working location, and the overall distance of movement lessened in the more recent years of study. The median distance of movement after 20 years was 25.9 km for male physicians, and 19.1 km for female physicians. The results of the APC model indicated that the effects of experience years (age) gradually declined, that the survey year (period) effects increased, and that the registration year (cohort) effects increased initially before leveling off. CONCLUSIONS: The trends following the introduction of the new mandatory training system in 2004 may imply that the concentration of physicians in Japan's urban areas is expected to increase. After 2000, the effect of that period on physicians explains their geographical movements more so than the factor of their age.


Subject(s)
Health Workforce , Physicians , Professional Practice Location , Rural Health Services , Urban Health Services , Adult , Age Factors , Cohort Studies , Female , Humans , Japan , Male , Professional Practice Location/trends , Residence Characteristics , Sex Factors , Spatial Analysis
8.
J Adolesc Young Adult Oncol ; 7(4): 438-444, 2018 08.
Article in English | MEDLINE | ID: mdl-29723084

ABSTRACT

PURPOSE: To describe how distance to treatment location influences patient navigation preferences for adolescent and young adult (AYA) cancer patients and survivors. METHODS: This study is part of a statewide needs assessment to inform the development of an AYA cancer patient and survivor navigation program. Participants were recruited from outpatient oncology clinics in Utah. Eligible participants had been diagnosed with cancer between ages 15-39 and had completed at least 1 month of treatment. Participants completed a semi-structured interview on preferences for patient navigation. Summary statistics of demographic and cancer characteristics were generated. Thematic content analysis was used to describe navigation preferences among participants classified as distance (≥20 miles) and local (<20 miles), to explain differences in their needs based on distance from their treatment center. RESULTS: The top three patient navigation needs were general information, financial, and emotional support. More local patients were interested in patient navigation services (95.2%) compared to distance participants (77.8%). Fewer local (38.1%) than distance participants (61.1%) reported challenges getting to appointments, and distance patients needed specific financial support to support their travel (e.g., fuel, lodging). Both local and distance patients desired to connect with a navigator in person before using another form of communication and wanted to connect with a patient navigator at the time of initial diagnosis. CONCLUSION: Distance from treatment center is an important patient navigation consideration for AYA cancer patients and survivors. After initially connecting with AYAs in person, patient navigators can provide resources remotely to help reduce travel burden.


Subject(s)
Patient Navigation/trends , Patient Preference/psychology , Professional Practice Location/trends , Adolescent , Adult , Female , Humans , Male , Middle Aged , Needs Assessment , Young Adult
9.
PLoS One ; 12(7): e0180394, 2017.
Article in English | MEDLINE | ID: mdl-28686628

ABSTRACT

BACKGROUND: Rural medical workforce shortage contributes to health disadvantage experienced by rural communities worldwide. This study aimed to determine the regional results of an Australian Government sponsored national program to enhance the Australian rural medical workforce by recruiting rural background students and establishing rural clinical schools (RCS). In particular, we wished to determine predictors of graduates' longer-term rural practice and whether the predictors differ between general practitioners (GPs) and specialists. METHODS: A cross-sectional cohort study, conducted in 2012, of 729 medical graduates of The University of Queensland 2002-2011. The outcome of interest was primary place of graduates' practice categorised as rural for at least 50% of time since graduation ('Longer-term Rural Practice', LTRP) among GPs and medical specialists. The main exposures were rural background (RB) or metropolitan background (MB), and attendance at a metropolitan clinical school (MCS) or the Rural Clinical School for one year (RCS-1) or two years (RCS-2). RESULTS: Independent predictors of LTRP (odds ratio [95% confidence interval]) were RB (2.10 [1.37-3.20]), RCS-1 (2.85 [1.77-4.58]), RCS-2 (5.38 [3.15-9.20]), GP (3.40 [2.13-5.43]), and bonded scholarship (2.11 [1.19-3.76]). Compared to being single, having a metropolitan background partner was a negative predictor (0.34 [0.21-0.57]). The effects of RB and RCS were additive-compared to MB and MCS (Reference group): RB and RCS-1 (6.58[3.32-13.04]), RB and RCS-2 (10.36[4.89-21.93]). Although specialists were less likely than GPs to be in LTRP, the pattern of the effects of rural exposures was similar, although some significant differences in the effects of the duration of RCS attendance, bonded scholarships and partner's background were apparent. CONCLUSIONS: Among both specialists and GPs, rural background and rural clinical school attendance are independent, duration-dependent, and additive, predictors of longer-term rural practice. Metropolitan-based medical schools can enhance both specialist and GP rural medical workforce by enrolling rural background medical students and providing them with long-term rural undergraduate clinical training. Policy settings to achieve optimum rural workforce outcomes may differ between specialists and GPs.


Subject(s)
Career Choice , General Practitioners/psychology , Professional Practice Location/trends , Schools, Medical/supply & distribution , Students, Medical/psychology , Adult , Attitude of Health Personnel , Australia , Cross-Sectional Studies , Female , Humans , Male , Medically Underserved Area , Rural Health Services/supply & distribution , Rural Population , Specialization/statistics & numerical data , Surveys and Questionnaires
10.
Rural Remote Health ; 17(1): 4195, 2017.
Article in English | MEDLINE | ID: mdl-28342441

ABSTRACT

CONTEXT: This article chronicles the rise, decline, and recent resurgence of rural training track residency programs (RTTs) in the USA over the past 30 years and the emergence of a healthy community of practice in rural medical education. This has occurred during a time in the USA when federal and state funding of graduate medical education has been relatively stagnant and the rules around finance and accreditation of rural programs have been challenging. ISSUE: Many of the early family residency programs developed in the 1970s included a curricular focus on rural practice. However, by the 1980s, these programs were not yet producing the desired numbers of rural physicians. In response, in 1986, Maudlin and others at the family medicine residency in Spokane developed the first 1-2 RTT in Colville, Washington. In the 1990s, and by 2000, early news of success led to a peak of 35 active programs. However, over the next decade these programs experienced significant hardship due to a lack of funding and a general decline in student interest in family medicine. By 2010, only 25 programs remained. In 2010, in an effort to sustain the 1-2 RTT as a national strategy in training physicians for rural practice, a federally funded consortium of individuals and programs established the RTT Technical Assistance program (RTT TA). Building on the pattern of peer support and collaboration set by earlier groups, the RTT TA consortium expanded the existing community of practice in rural medical education in support of RTTs. In-person meetings, peer consultation and visitation, coordinated efforts at student recruitment, and collaborative rural medical education research were all elements of the consortium's strategy. Rather than anchoring its efforts in medical schools or hospitals, this consortium engaged as partners a wider variety of stakeholders. This included physician educators still living and practicing in rural communities ('local experts'), rural medical educator peers, program directors, professional groups, academic units, governmental entities such as state offices of rural health, and national associations with a stake in rural medical education. The consortium has succeeded in (1) supporting established and new RTTs, (2) increasing medical student interest in these programs, and (3) demonstrating the effectiveness of this strategy through a minimum dataset and registry of RTT trainees. From a low of 21 programs in 2012, the number has grown to 32, accounting for a total of 68 positions in each year of training. The RTT Collaborative, the non-profit that has emerged as the sustainable product of that federal funding, is now supported by a national cooperative of participating rural programs and continues the work. LESSONS LEARNED: Growing a community of practice in this fashion requires the organic building of relationships over time. The RTT TA consortium, and now the RTT Collaborative as a sustainable successor, have laid a strong foundation for community-engaged rural health professions education into the future - from each growing their own, to 'growing our own … together.


Subject(s)
Community Networks/trends , Education, Medical/trends , Family Practice/education , Professional Practice Location/trends , Rural Health Services/trends , Family Practice/trends , Humans , Rural Population , Schools, Medical/trends , Specialization , United States
11.
J Gen Intern Med ; 32(4): 387-391, 2017 Apr.
Article in English | MEDLINE | ID: mdl-28243874

ABSTRACT

Americans are increasingly demanding the same level of service in healthcare that they receive in other services and products that they buy. This rise in consumerism poses challenges for primary care physicians as they attempt to transform their practices to succeed in a value-based reimbursement landscape, where they are rewarded for managing costs and improving the health of populations. In this paper, three examples of consumer-riven trends are described: retail healthcare, direct and concierge care, and home-based diagnostics and care. For each, the intersection of consumer-driven care and the goals of value-based primary care are explored. If the correct payment and connectivity enablers are in place, some examples of consumer-driven care are well-positioned to support primary care physicians in their mission to deliver high-quality, efficient care for the populations they serve. However, concerns about access and equity make other trends less consistent with that mission.


Subject(s)
Consumer Behavior , Delivery of Health Care/trends , Primary Health Care/trends , Concierge Medicine/organization & administration , Concierge Medicine/trends , Delivery of Health Care/organization & administration , Home Care Services/organization & administration , Home Care Services/trends , Humans , Patient Preference , Primary Health Care/organization & administration , Primary Health Care/standards , Professional Practice Location/trends , Quality of Health Care , United States
12.
Obstet Gynecol ; 129(3): 543-550, 2017 03.
Article in English | MEDLINE | ID: mdl-28178048

ABSTRACT

OBJECTIVE: To examine recent trends in the relocation of obstetrician-gynecologists (ob-gyns) in the United States. METHODS: This longitudinal descriptive study analyzed relocation patterns of ob-gyns between the earliest reference point (2005) and most recently (2015). A physician's county location in a year was compared with his or her location during the previous year. Physician background and county characteristics came from three data resources (Association of American Medical Colleges databases, American Medical Association Physician Masterfile, American Community Survey). A multilevel logistic regression model was used to model factors associated with relocation for the entire period. RESULTS: An average of 2,446 (6.5%) of the 37,385 ob-gyns in practice moved per year. Approximately one third (32.1%) relocated (usually once or twice) during the 10 years with more than half (58.2%) remaining within their state. The odds of relocating were higher if the ob-gyns was young, male, black, or an international medical graduate. Relocations were predominantly to counties that were either urban or with a lower percentage of the population in poverty (less than 21.2%). Although the number of ob-gyns and women 18 years or older increased in most states, the population to ob-gyn ratio increased from 3,155 in 2006 to 3,293 in 2015. Net gains from relocations were most apparent in Florida, California, and Washington, whereas net losses were especially apparent in Michigan, Pennsylvania, Ohio, Illinois, and New York. CONCLUSION: Approximately one in every three ob-gyns in the United States moved at least once in the past 10 years to counties that were predominantly urban or with less poverty. Observing this trend might contribute to a better understanding about the uneven national distribution of ob-gyns.


Subject(s)
Gynecology/trends , Obstetrics/trends , Professional Practice Location/trends , Adult , Black or African American/statistics & numerical data , Age Factors , Cities/statistics & numerical data , Female , Foreign Medical Graduates/trends , Hispanic or Latino/statistics & numerical data , Humans , Longitudinal Studies , Male , Middle Aged , Physicians/supply & distribution , Population Dynamics , Sex Factors , Socioeconomic Factors , United States , White People/statistics & numerical data , Workforce
13.
Health Serv Res ; 52 Suppl 1: 508-528, 2017 02.
Article in English | MEDLINE | ID: mdl-28127769

ABSTRACT

OBJECTIVE: To outline a methodology for allocating graduate medical education (GME) training positions based on data from a workforce projection model. DATA SOURCES: Demand for visits is derived from the Medical Expenditure Panel Survey and Census data. Physician supply, retirements, and geographic mobility are estimated using concatenated AMA Masterfiles and ABMS certification data. The number and specialization behaviors of residents are derived from the AAMC's GMETrack survey. DESIGN: We show how the methodology could be used to allocate 3,000 new GME slots over 5 years-15,000 total positions-by state and specialty to address workforce shortages in 2026. EXTRACTION METHODS: We use the model to identify shortages for 19 types of health care services provided by 35 specialties in 50 states. PRINCIPAL FINDINGS: The new GME slots are allocated to nearly all specialties, but nine states and the District of Columbia do not receive any new positions. CONCLUSIONS: This analysis illustrates an objective, evidence-based methodology for allocating GME positions that could be used as the starting point for discussions about GME expansion or redistribution.


Subject(s)
Education, Medical, Graduate/statistics & numerical data , Education, Medical, Graduate/trends , Physicians/supply & distribution , Physicians/trends , Professional Practice Location/statistics & numerical data , Professional Practice Location/trends , Specialization , Forecasting , Geography , Humans , United States
14.
Acad Med ; 91(9): 1313-21, 2016 09.
Article in English | MEDLINE | ID: mdl-27119328

ABSTRACT

PURPOSE: The authors conducted a systematic review of the medical literature to determine the factors most strongly associated with localizing primary care physicians (PCPs) in underserved urban or rural areas of the United States. METHOD: In November 2015, the authors searched databases (MEDLINE, ERIC, SCOPUS) and Google Scholar to identify published peer-reviewed studies that focused on PCPs and reported practice location outcomes that included U.S. underserved urban or rural areas. Studies focusing on practice intentions, nonphysicians, patient panel composition, or retention/turnover were excluded. They screened 4,130 titles and reviewed 284 full-text articles. RESULTS: Seventy-two observational or case-control studies met inclusion criteria. These were categorized into four broad themes aligned with prior literature: 19 studies focused on physician characteristics, 13 on financial factors, 20 on medical school curricula/programs, and 20 on graduate medical education (GME) programs. Studies found significant relationships between physician race/ethnicity and language and practice in underserved areas. Multiple studies demonstrated significant associations between financial factors (e.g., debt or incentives) and underserved or rural practice, independent of preexisting trainee characteristics. There was also evidence that medical school and GME programs were effective in training PCPs who locate in underserved areas. CONCLUSIONS: Both financial incentives and special training programs could be used to support trainees with the personal characteristics associated with practicing in underserved or rural areas. Expanding and replicating medical school curricula and programs proven to produce clinicians who practice in underserved urban or rural areas should be a strategic investment for medical education and future research.


Subject(s)
Medically Underserved Area , Physicians, Primary Care/statistics & numerical data , Physicians, Primary Care/trends , Professional Practice Location/statistics & numerical data , Professional Practice Location/trends , Rural Health Services/statistics & numerical data , Rural Health Services/trends , Forecasting , Humans , Rural Population/statistics & numerical data , United States , Urban Population/statistics & numerical data
15.
J Surg Educ ; 73(2): 270-4, 2016.
Article in English | MEDLINE | ID: mdl-26774936

ABSTRACT

BACKGROUND: The integrated plastic surgery match is among the most competitive residency matches in recent years. Although previous studies have correlated applicant characteristics with successful match outcomes, none have comprehensively investigated the role of geography in the match. This study elucidates regional biases in the match. METHODS: Plastic surgery residents who matched during 2011-2015 were eligible for study inclusion. Names of residents were obtained from official residency program websites and cross-referenced with data obtained from the Student Doctor Network. For each resident, region of residency program and medical school were compared. RESULTS: From 67 programs, 622 residents were identified. Most graduated from US medical schools (97.9%). A total of 94 residents matched at a home institution (15.1%). Half of the residents matched in the same region as their medical school (48.9%). Programs in the South matched the greatest number of residents from the same region (60.8%), whereas West programs matched the least (30.8%, p < 0.001). No regional differences existed regarding residents matching at their home institution (p = 0.268). More women matched at West programs (43.1%) versus East programs (30.6%, p < 0.05). CONCLUSIONS: A significant number of residents matched at their home institution. Roughly, half matched at a program in the same region as their medical school. Whether this regional phenomenon stems from applicant or program factors remains unknown. Yet, given the limited number of interviews and the high costs of interviewing, applicants and programs can use these data to help optimize the match process.


Subject(s)
Education, Medical, Graduate/trends , Internship and Residency , Personnel Selection/trends , Professional Practice Location/trends , Surgery, Plastic/education , Career Choice , Female , Humans , Male , United States
16.
JAMA Otolaryngol Head Neck Surg ; 141(5): 424-8, 2015 May 01.
Article in English | MEDLINE | ID: mdl-25763804

ABSTRACT

IMPORTANCE: Securing an otolaryngology residency position has become an increasingly competitive endeavor in recent years. Recent studies have investigated the applicant criteria used by residency programs as part of the ranking process. However, to our knowledge, no studies have comprehensively investigated the role of geographic location in the match process. OBJECTIVE: To evaluate geographic trends in the otolaryngology national residency match process. DESIGN, SETTING, AND PARTICIPANTS: We conducted a cross-sectional examination of 56 otolaryngology residency programs including 810 residents to determine resident demographic information, including matriculated medical schools. MAIN OUTCOMES AND MEASURES: The geographic locations of residency programs and the residents' matriculated medical schools were evaluated for trends. Residents' program locations were compared with the locations of their medical schools of matriculation, and the numbers of residents attending a program affiliated with their medical schools were also identified. RESULTS: Overall, 810 residents were identified from the 56 programs included in our study. Of these, 169 residents (20.9%) attended the program affiliated with their medical school. The Midwest had the highest proportion of residents graduating from the affiliated medical school (25.7%), and the West had the lowest proportion (12.5%) (P = .008). A total of 473 residents attended a program within the same region as their medical school (58.4%). The South had the highest proportion of residents from the same region (68.2%), and the West had the lowest proportion (31.3%) (P < .001). CONCLUSIONS AND RELEVANCE: While it is not clear why a geographic bias was identified, a significant proportion of residents in our study attended a program in the same region as their medical school. This geographic association was strongest in the Midwest and South. Furthermore, a significant proportion of residents attended the program affiliated with their medical schools. This information is valuable to all future applicants as they choose where to apply, and to all residency programs as they decide how geographic location factors in to whom they decide to interview.


Subject(s)
Internship and Residency , Otolaryngology/education , Personnel Selection , Professional Practice Location/trends , Cross-Sectional Studies , Humans , United States
17.
Hum Resour Health ; 13: 5, 2015 Jan 24.
Article in English | MEDLINE | ID: mdl-25617944

ABSTRACT

BACKGROUND: In 2004, the Japanese government permitted medical graduates for the first time to choose their training location directly through a national matching system. While the reform has had a major impact on physicians' placement, research on the impact of the new system on physician distribution in Japan has been limited. In this study, we sought to examine the determinants of physicians' practice location choice, as well as factors influencing their geographic distribution before and after the launch of Japan's 2004 postgraduate medical training programme. METHODS: We analyzed secondary data. The dependent variable was the change in physician supply at the secondary tier of medical care in Japan, a level which is roughly comparable to a Hospital Service Area in the US. Physicians were categorized into two groups according to the institutions where they practiced; specifically, hospitals and clinics. We considered the following predictors of physician supply: ratio of physicians per 1,000 population (physician density), age-adjusted mortality, as well as measures of residential quality. Ordinary least-squares regression models were used to estimate the associations. A coefficient equality test was performed to examine differences in predictors before and after 2004. RESULTS: Baseline physician density showed a positive association with the change in physician supply after the launch of the 2004 programme (P-value < .001), whereas no such effect was found before 2004. Urban locations were inversely associated with the change in physician supply before 2004 (P-value = .026), whereas a positive association was found after 2004 (P-value < .001). Urban location and area-level socioeconomic status were positively correlated with the change in hospital physician supply after 2004 (P-values < .001 for urban centre, and .025 for area-level socioeconomic status), even though in the period prior to the 2004 training scheme, urban location was inversely associated with the change in physician supply (P-value = .015) and area-level socioeconomic status was not correlated. CONCLUSION: Following the introduction of the 2004 postgraduate training programme, physicians in Japan were more likely to move to areas with already high physician density and urban locations. These changes worsened regional inequality in physician supply, particularly hospital doctors.


Subject(s)
Education, Medical, Graduate , Medical Staff, Hospital , Physicians/supply & distribution , Professional Practice Location , Rural Health Services , Humans , Japan , Population Density , Professional Practice Location/trends , Program Evaluation , Social Class , Urban Population , Workforce
19.
Can J Rural Med ; 18(3): 80-5, 2013.
Article in English | MEDLINE | ID: mdl-23806431

ABSTRACT

INTRODUCTION: This paper quantifies the proportion of family physicians in rural practice and, in particular, initial rural practice. It examines differences between graduates of Canadian and international medical schools. METHODS: The Canadian Medical Association postal code master file was used to determine the distribution in rural practice of Canadian and international medical school graduates for every other year from 2000 to 2011. The master file maps practice postal codes into a census metropolitan area or census agglomeration; physicians practising outside these areas are considered rural. Initial practices were estimated based on year of undergraduate medical degree. RESULTS: Two-thirds of family physicians practising rural medicine in 2011 were graduates of Canadian medical SCHOOLS. However, between 2000 and 2011, a greater proportion of international medical graduates were practising in rural areas than graduates of Canadian medical schools. International graduates were more likely to initially locate in a rural area, but the drop-off rate was greater among them than with graduates of Canadian medical schools. The proportion of international medical graduates setting up rural practices was decreased among more recent graduation cohorts. The proportion of Canadian medical school graduates initially practising in rural areas was steady. CONCLUSION: The results of this study suggest that graduates of international and Canadian medical schools treat rural practice differently. International graduates may decide on a rural location as a means to set up practice in Canada or fulfill a return-of-service obligation, whereas graduates of Canadian medical schools may make a conscious choice to practise in rural locations. Decreasing proportions of international medical graduates in rural practice may be a result of increased opportunities for Canadian postgraduate training and full licensure.


Subject(s)
Family Practice , Physicians, Family/statistics & numerical data , Professional Practice Location/statistics & numerical data , Rural Health Services , Canada , Family Practice/trends , Foreign Medical Graduates/statistics & numerical data , Foreign Medical Graduates/trends , Humans , Physicians, Family/trends , Professional Practice Location/trends , Workforce
20.
Health Qual Life Outcomes ; 11: 102, 2013 Jun 21.
Article in English | MEDLINE | ID: mdl-23800331

ABSTRACT

BACKGROUND: The aims of this study were to explore the health-related quality of life (HRQoL) in a large sample of Australian chronically-ill patients (type 2 diabetes and/or hypertension/ischaemic heart disease), to investigate the impact of characteristics of patients and their general practitioners on their HRQoL and to examine clinically significant differences in HRQoL among males and females. METHODS: This was a cross-sectional study with 193 general practitioners and 2181 of their chronically-ill patients aged 18 years or more using the standard Short Form Health Survey (SF-12) version 2. SF-12 physical component score (PCS-12) and mental component score (MCS-12) were derived using the standard US algorithm. Multilevel regression analysis (patients at level 1 and general practitioners at level 2) was applied to relate PCS-12 and MCS-12 to patient and general practitioner (GP) characteristics. RESULTS: Employment was likely to have a clinically significant larger positive effect on HRQoL of males (regression coefficient (B) (PCS-12) = 7.29, P < 0.001, effect size = 1.23 and B (MCS-12) = 3.40, P < 0.01, effect size = 0.55) than that of females (B(PCS-12) = 4.05, P < 0.001, effect size = 0.78 and B (MCS-12) = 1.16, P > 0.05, effect size = 0.16). There was a clinically significant difference in HRQoL among age groups. Younger men (< 39 years) were likely to have better physical health than older men (> 59 years, B = -5.82, P < 0.05, effect size = 0.66); older women tended to have better mental health (B = 5.62, P < 0.001, effect size = 0.77) than younger women. Chronically-ill women smokers reported clinically significant (B = -3.99, P < 0.001, effect size = 0.66) poorer mental health than women who were non-smokers. Female GPs were more likely to examine female patients than male patients (33% vs. 15%, P < 0.001) and female patients attending female GPs reported better physical health (B = 1.59, P < 0.05, effect size = 0.30). CONCLUSIONS: Some of the associations between patient characteristics and SF-12 physical and/or mental component scores were different for men and women. This finding underlines the importance of considering these factors in the management of chronically-ill patients in general practice. The results suggest that chronically ill women attempting to quit smoking may need more psychological support. More quantitative studies are needed to determine the association between GP gender and patient gender in relation to HRQoL.


Subject(s)
Chronic Disease/psychology , Health Status Indicators , Outcome and Process Assessment, Health Care/standards , Physicians, Family/psychology , Quality of Life , Adolescent , Adult , Age Factors , Algorithms , Australia , Chronic Disease/therapy , Clinical Competence , Cross-Sectional Studies , Diabetes Mellitus, Type 2/diagnosis , Diabetes Mellitus, Type 2/therapy , Female , Humans , Hypertension/diagnosis , Hypertension/therapy , Male , Middle Aged , Multivariate Analysis , Myocardial Ischemia/diagnosis , Myocardial Ischemia/therapy , Outcome and Process Assessment, Health Care/methods , Physicians, Family/education , Physicians, Family/statistics & numerical data , Professional Practice Location/statistics & numerical data , Professional Practice Location/trends , Sex Factors , Socioeconomic Factors
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