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Introduction
People living in underserved rural communities in Australia rely on their local medical practitioners to provide them with a comprehensive medical service. Most rural communities are too small and remote to sustain specialist services, especially obstetric, surgical and anaesthetic services1,2. Because of this, many rural and remote non-specialist doctors practice advanced procedural skills as part of the comprehensive medical care they offer their rural communities3. These skills are drawn from many fields including: anaesthetics, surgery, obstetrics, gynaecology, emergency medicine, radiology, radiography, ophthalmology, dermatology, psychiatry, paediatrics and ultrasonography.
The following definition of a rural and remote procedural GP was agreed on for the purpose of the Australian Government procedural incentive program, which is described later in this article.
A rural or remote procedural GP provides non-referred services normally in a hospital theatre, maternity setting or other appropriately equipped facilities, that in urban areas are typically the province of a specific referral-based specialty. Most commonly, this refers to the fields of surgery, anaesthetics and obstetrics.4
It is becoming increasingly difficult to replace these rural generalists as they retire or leave the bush5. This is partially due to an increase in the number of barriers to the maintenance of advanced procedural skills that have arisen over the last decade. Consequently, many non-specialist rural medical practitioners have stopped working in these specialized procedural areas3. This effect has been adverse for communities, because people are then faced with travelling long distances, potentially at great expense, to obtain specialised medical and obstetric care6.
The Australian Medical Workforce Advisory Committee describes the desired medical workforce as an adequate number of appropriately trained, highly qualified medical practitioners to meet the community's requirements through both the public and private sectors7. This still has not been achieved in rural areas of Australia, because many more appropriately trained rural doctors are still needed in the bush2.
This review was undertaken to gain a greater understanding from the literature of the major obstacles and solutions to maintenance of advanced procedural skills, and the impact these have on recruitment and retention of rural doctors.
Methods
We reviewed the literature about rural and remote medical education, with a specific focus on procedural skills. MEDLINE was the main database used for the search. Search terms included: rural medical education, barriers to maintenance of procedural skills, rural retention, procedural medicine general practitioners/family physicians, procedural medicine non-specialist doctors and Australian rural medicine. Inclusion criteria included articles that were relevant to Australian rural non-specialist doctors, or rural doctors in other countries which have similar problems to Australia, such as Canada. Articles were included that discussed barriers and/or solutions to the problems of rural medical education, especially retention of procedural medical skills, rural retention and rural medical education. The literature search also included a number of relevant published and unpublished Australian and overseas reports, conference proceedings and discussion papers. These were obtained from private rural workforce agency collections, medical libraries and the internet. Some of the more recent reports were obtained by using the internet search engine Google Scholar.
Results
The search identified over 600 potential articles. Sixty-six articles and/or reports met the inclusion criteria and were included in this review. The main issues from these articles are discussed below.
Importance and scope of procedural practice to rural medical practice
There are rural medical workforce shortages all over the world8. Many countries, including Australia, have struggled to recruit and retain well qualified and experienced health professionals in rural areas5. For this reason, rural communities have always been disadvantaged in their access to health services.
There is an expectation that rural doctors maintain skills in many different procedural areas. The rural doctor is expected to possess sufficient knowledge and technical skill to provide a high level of acuity of care9 in a variety of clinical areas, particularly those related to rural medicine, including emergency medicine, obstetrics and anaesthesia10. Rural doctors practice family medicine, but also provide procedural care, and play an important role in public health11. Therefore, it has been suggested that they require a more advanced skill set - a specialist's skill set - to meet this level of clinical responsibility12.
It is evident from the literature that rural doctors, both within Australia3,13,14, and overseas15, provide more procedural and other advanced care to their patients than urban and regional doctors. One of the most recent of the Australian studies14 showed that the proportion of GPs providing complex services increased with increasing rurality or remoteness, as well as demonstrating that rural and remote GPs were more likely to administer cytotoxic drugs, perform forensic examinations, stabilise injured patients pending retrieval, coordinate discharge planning and provide a higher level of management of myocardial infarction, than GPs working in larger rural and regional centres14. Even though rural doctors in Australia still provide more procedural services than urban doctors, consistent with the findings of others16-19, Britt and co-workers3 found that the number of procedural services had declined considerably over an eight-year period.
Canadian research showed that rural doctors were more likely to practise in emergency departments, hospital settings, and nursing homes and to provide obstetric deliveries9. This trend emerged despite strong evidence that, overall, primary care doctors have significantly reduced their participation in these activities, preferring instead to focus more on their office-based practices20.
According to Rourke21, rural doctors require the knowledge and skills of family medicine and the ability to practise in a setting where access to high-tech facilities and specialist resources are distant and limited. In fact, it has been suggested that a doctor who does not have the skill and confidence to handle a major trauma in an emergency department without specialist backup will avoid working in a rural area, irrespective of how much money is offered9.
Evidence for the safety of rural procedural practice
There has been concern in Australia and overseas about providing short training programs in surgical and technical skills, with the assumption that these procedures can only be performed safely by those with the broader base of training achieved in an extended residency program22,23. The evolution of the delivery of medical care in rural settings challenges this concern.
Iglesias and Hutten-Czapski24 identified research that showed that appropriately trained rural doctors are able to administer anaesthetic25, manage trauma26, and perform Caesarean sections27. It is recognised that in clinical situations requiring technical/surgical skills in the rural setting, many cases are transferred to larger centres for specialist consultation or management, although some are handled locally. Available data are limited but show that these cases are handled well in rural settings in Australia28,29 and America27. Thus, concern about the provision of high standards of care in advanced procedural skill areas by rural physicians may be unwarranted.
Safety of rural obstetric care: Research supports the safety of rural obstetric care. Woollard and Hays16 compared deliveries conducted by rural doctors with all deliveries conducted in New South Wales, Australia, and found no evidence that obstetric care was of less than acceptable standards.
In Canada, women in rural communities have been shown to achieve better outcomes when supported by local intrapartum care programs, even when there is no on-site access to operative birth22.
In Australia, Cameron documented birth outcomes from Atherton, Queensland, from 1981 to 199028 and 1991 to 200029. Atherton lacked specialist obstetricians, but had five doctors with advanced training in operative births (diplomas in obstetrics). Of the 2883 births attended by 17 non-specialist doctors over 9 years, the Caesarean section rate was 13% (Queensland average 18.4%). The success rate of vaginal birth after Caesarean section trials was 58%. Gross perinatal mortality was 5.2/1000. By including those perinatal deaths that occurred in public patients who were transferred because of intrapartum complications such as premature labour or neonatal problems, the corrected perinatal mortality rate for the public patients was 9.6/1000, which compared favourably with rates for Queensland and the Far North Statistical Division in 1987 of 13.5/1000 and 16.9/1000, respectively28.
There were also no maternal deaths in Atherton in the 20 years 1981 to 200028-29. In the decade 1991-2000 there were 16 perinatal deaths (perinatal mortality rate 5.3/1000)28-29. This perinatal mortality rate compared very well with the Queensland (1994-1996) rate of 11.3/1000 and national (1995) rate of 10.5/100029.
Safety of anaesthetics: It was difficult to obtain any information on the outcomes of procedural non-specialist anaesthetics. A review of anaesthesia-related mortality in Australia in 2000-2002 showed that the majority of the 137 anaesthesia related deaths occurred in operating theatre precincts or in high dependency units. However there was concern that there were 21 deaths in a general ward area. The majority of anaesthesia-related deaths occurred in metropolitan teaching hospitals30. Since anaesthesia-related coding has been introduced in Australia, it has become possible to estimate the total number of anaesthetics nationwide. This data showed there was an anaesthesia related mortality rate of about one death for every 56 000 anaesthetics, which is extremely low by international standards30. The Australian and New Zealand College of Anaesthetists (ANZCA) report states that 25% of deaths occurred in cases undertaken by non-specialists and trainees, but there is no breakdown showing the number of deaths attributed to GP anaesthetists in comparison with trainee anaesthetic specialists. Four deaths occurred in patients for whom the anaesthetic was administered by the same person performing the procedure, which is a very unsafe practice30. One of the recommendations of the report was that:
...there should be continued emphasis on maintenance of professional standards for specialists, appropriate supervision of trainees, and continuing professional development, training and credentialing for non-specialist medical practitioner anaesthetists.30
Watts and Bassham31 published on the safety of rural GP anaesthesia in South Australian GP anaesthetists. Seventy-six of the 92 practising South Australian rural GP anaesthetists responded to a questionnaire on anaesthetic training, skills and their approach to potentially difficult anaesthesia. A total of 11 400 anaesthetics were performed by 76 GPs in 1992 (average 152, range 2 to 1500). Forty-six per cent of GPs provided anaesthesia for the 0 to 12 month age group, and only 35% had regional skills to use in obstetric anaesthesia. Patients classified as ASA grade 3 to 5 disease states such as unstable angina, severe asthma, and risk factors such as skeletal myopathy, were avoided by most GPs. The failed intubation rate was 50/10 000. The conclusion was that South Australian GP anaesthetists exhibited a generally safe approach to selection of patients for anaesthesia, although in some instances the approach to potentially difficult anaesthesia should be more conservative31.
Safety of surgery: The literature showed that some types of surgery performed by non-specialist GP surgeons were safe32. Research in Canada by Iglesias et al. 2003 demonstrated that appendicectomies in rural hospitals were safe whether performed by a specialist or GP surgeon32. Two American studies also found that adequately trained family physicians were able to provide safe and technically competent colonoscopy in a rural setting, achieving results that compare favourably with the currently reported comparative benchmarks from other endoscopists33,34.
Obstacles faced in acquiring procedural skills in the first place through training
Doctors who practise in rural areas, where subspecialty backup is less available, need special training to work more independently, to provide care for a broader range of illness and for sicker patients, and to perform more types of procedures. They also have to respond to the more demanding community aspects of practice13,35-37.
It has been reported that physicians entering rural practice often do not feel sufficiently prepared in relevant clinical skills and procedures such as anaesthesia, obstetrics, surgery and emergency medicine38-40. Their training needs to be sufficient in order to develop these skills. Our review showed that there were problems accessing initial rural procedural training, and a number of authors who researched rural medical practice between 1980 and 1990 pointed out the seriousness of workforce shortages and blamed inadequate training programs for failing to provide sufficient numbers of confident, competent rural doctors5,41-43.
Obstacles faced in maintaining procedural skills in practice
Rural proceduralists' perceived competence and confidence is linked to opportunities to practise and have access to appropriate continuing professional development. Maintaining these competencies is critical to doctors continuing their procedural practice17,43-45.
The literature suggests that the continuing education and lifelong learning needs of rural doctors are greater than their urban counterparts because of the nature of rural medicine and the demands placed on rural practitioners12. However, both non-procedural and procedural rural doctors have reported problems related to continuing medical education (CME) quality and access.
Research in South Australia identified the family, locum relief and availability of CME as the major obstacles to GPs undertaking education and training46. The most common reason cited for not attending hospital refresher courses was lack of time, followed by lack of locum relief. Other Australian research has shown that the considerable expense of training and loss of income are significant obstacles to GPs undertaking further education and training47.
The very factors that characterise rural medicine also present significant barriers to participation in CME activities. Geographic distance contributes to the cost of attending CME activities and increases the time that doctors are required to be away from their family and practice12. Arranging the necessary locum coverage for their practice and hospital responsibilities makes it difficult for rural medical practitioners to attend professional development activities12.
A study by Blackwood and McNab48 researched Canadian family physicians who lived and practised in rural areas. Thirty-seven percent of the 582 respondents felt they were not adequately trained for rural practice, and 20% felt they were not adequately trained in obstetrics, emergency medicine, anaesthetics and surgery. Pathman and co-workers49 reported that primary care physicians working in rural areas across the USA were dissatisfied with access to CME.
Rural doctors also reported a lack of access to the types of education they preferred such as: interactive learning methods; 'hands-on' procedural training; procedural skills; clinical attachments; individual experiential study programs; and self-directed learning instead of more structured CME programs13. Research by Booth and Lawrance50 found that many rural doctors in Australia were unfamiliar with the types of education that have been shown to be more educationally effective (eg clinical audit and peer review). They also found that there were positive correlations between preference and familiarity with these methods50.
The differences in the requirements of Australia's state health departments to enable rural doctors to practise procedural skills is yet another barrier to the maintenance of advanced procedural skills (ACRRM, unpubl. report, 2000). In some Australian states there is a central clinical privileging committee, while in others each rural hospital has its own clinical privileging committee and the doctor has to apply to every hospital separately. Doctors moving between states and/or hospitals in these states have to re-apply for privileges at each hospital or state in which they practise.
In Australia there are Joint Consultative Committees (JCC) which consist of representatives from three colleges, including the Australian College of Rural and Remote Medicine (ACRRM), the Royal Australian College of General Practitioners (RACGP) and the relevant specialist college. The JCC requirements for procedural areas such as anaesthetics, surgery, obstetrics and gynaecology, paediatrics, emergency medicine and radiology are different for each speciality. Each JCC has its own maintenance of professional standards (MOPS) program, and many state hospitals are now requiring doctors to participate in these MOPS programs in order to obtain clinical privileging rights in that state or territory.
A further barrier to the maintenance of advanced procedural skills relates to rising professional indemnity premiums and increased litigation. This factor has had a considerable impact on the entire medical profession in Australia. In rural areas, the impact is heightened through older doctors choosing to retire rather than continuing to practise, doctors ceasing procedural work and a reduction in the complexity of rural-based surgical services offered by visiting surgeons51. A survey of procedural GPs in New South Wales reported that rising costs of indemnity cover and growing fear of litigation were to blame for doctors planning to cease advanced procedural work within the next 5 years52.
Relationship of these obstacles to recruitment and retention
There is a clear link between access to good quality education and training and the recruitment and retention of rural and remote doctors12. Rurally accessible, relevant training and continuing professional development is vital to prevent rural doctors leaving rural areas. This has been demonstrated in Australia44,47 and overseas.
Procedural and hospital work were also identified as having a positive influence on retention of the rural medical workforce47.
Allowing qualified rural and remote doctors to have access to maternity units, anaesthetic units and surgery operating theatres with appropriately trained nursing and allied health staff support enables them to maintain their skills and stay motivated to remain in rural areas.
Evidence based solutions to the problem of recruitment
Doctors who are prepared to be rural or remote practitioners, particularly those who are prepared for small-town living, stay longer in their rural practices. Residency rotations in rural areas are the best educational experiences both to prepare physicians for rural practice and to lengthen the time they stay there53.
Many family practice training programs in Canada have initiated new efforts to ensure that more of their graduates are exposed to the unique and challenging circumstances of rural and remote practice9. This has also been happening in Australia. Australian General Practice Training (AGPT) has introduced an enhanced rural training framework which enables registrars to choose to work towards a postgraduate award in rural general practice (RACGP Graduate Diploma in Rural General Practice) and/or rural and remote medicine (Fellowship of ACRRM), during their vocational training54. All trainee registrars in Australia, whether they choose the rural training pathway or not, have to spend 6 months in a rural area during their training55.
Pathman and colleagues53 concluded that residents in medicine, paediatrics and family practice who are interested in rural practice should receive part of their training in rural settings. Their study of 456 US rural physicians concluded that:
...all physicians who are headed for rural practices should learn how to provide care for a wide range of clinical conditions, become comfortable with outpatient medicine, become adept at making clinical decisions when busy and tired, become confident in emergency and non-urgent medical situations where consultants and advanced technology are not immediately available, and understand rural communities, rural patients, and the unique nature and rhythms of rural practice.53
Solutions to the problem of maintaining procedurally skilled rural doctors
Rourke56 identified a number of factors that could be modified to keep physicians in rural communities. These include increased support for CME; the availability of group practice opportunities; improved hospital facilities; reasonable workloads and financial incentives.
Advanced skills will not solve occupational stress, medico-legal risk or budgetary considerations, but will improve confidence among rural maternity care providers, enabling doctors to continue to offer these services when local obstetric specialist care is not available35.
Better managed skills training is one strategy which is likely to improve the retention of rural doctors. Facilitating outreach educational teams who could provide education onsite would assist in overcoming some of the distance problems associated with accessing CME. Exploring more use of communications technology for interactive audiovisual education such as that provided by the Remote Vocational Training Stream would also be helpful. This program uses web-based education combined with teletutorials to provide excellent education to remote medical practitioners. A further potential solution is ACRRM's rural and remote medical education online (RRMEO). This is a web-based system developed in response to the early identification of the need for an accessible and fast system of information distribution in the medical education and training fields57. Web-based educational modules have been developed for RRMEO on a wide variety of topics relevant to rural and remote doctors. These include dermatology, ultrasound, palliative care, women in rural practice, practice management, digital photography, mental health, paediatrics, radiology and clinical guidelines for use on digital personal assistant/palm pilot computers. These clinical guidelines are continually updated and currently cover the topics of adult internal medicine, anaesthetics, child and adolescent health, dermatology, emergency medicine, obstetrics and women's health, ophthalmology and palliative care.
New educational technologies are increasingly being used to overcome distance for rural and remote doctors. Telementoring has been used successfully to teach advanced laparoscopic skills to student surgeons both in the operating theatre and at a distance from the theatre, via the use of an operating room equipped with cameras. There were no differences in the performances of the surgeons between the different groups58. Another innovative education technique for surgery is virtual reality, which allows individual doctors to be immersed in a dynamic computer-generated, three-dimensional environment which provides realistic simulations of surgical procedures59. Many of these new technologies have the ability to train doctors in remote locations.
Simulation is currently available for anaesthetic, emergency medicine and ultrasound training60,61. Other innovative options could be explored in virtual reality and telementoring.
Loss of income, travel and accommodation expenses and the cost of participating in educational programs are also significant barriers which may prevent rural doctors from participating in continuing education. In 2004, the Australian Government introduced a financial incentive scheme as part of a new Medicare package (the Training for Rural and Remote Procedural GPs Program4) to assist rural doctors to continue delivering procedural medical services in rural and remote areas, and encourage other rural doctors to begin providing these services62. Under the program, 1500 rural procedural GPs are able to access financial support to reduce the costs incurred in undertaking continuing professional development in procedural areas. The program pays a grant to rural and remote procedural GPs (RRMA 3-7) to attend training, for up to 2 weeks, and includes the cost of the required locum relief, to a maximum of $15 000 per GP per financial year. ACRRM and the RACGP are administering components of the program. By May 2006, 942 rural and remote doctors had registered for this incentive. An increase in accredited courses in procedural areas for rural and remote doctors is occurring as a direct response to this initiative.
In December 2005, the procedural incentive program was expanded to include emergency medicine63. By May 2006, 314 doctors had registered for this component of the program, including 138 doctors who were not previously registered in the procedural component.
In Australia, some of the specialist colleges and other education providers are beginning to take their education programs to rural centres to improve the accessibility for their rural members who experience the same difficulties as rural non-specialist doctors in accessing good quality ongoing education. Some examples of these programs include the Royal Australian and New Zealand College of Obstetricians and Gynaecologists programs in early first trimester and gynaecology ultrasound, colposcopy and intrapartum fetal surveillance, the Royal Australasian College of Surgeons risk management for clinicians programs and early management of severe trauma courses, and the ANZCA effective management of anaesthetic crisis courses and thoracic, vascular and perfusion anaesthesia workshops57. Many of these courses and programs are also open to non-specialist rural doctors.
Another barrier could be overcome by working with state-based credentialing committees, and state health departments to create a standardised system which would facilitate portability of credentials in advanced procedural skills areas between hospitals and states, for example in radiography. At present, each state's radiation branch requires remote operators to obtain a licence and complete a course, but there is no standardised course or licence to enable transferability of skills across states (R Glazebrook, unpubl. report, 2001).
Support could be given to assist rural doctors to deal with the perceived medico-legal problems of advanced procedural practice in areas such as obstetrics, surgery and anaesthetics, by providing legal education, negotiating with state governments on the issue of indemnity insurance cost subsidies and communication skills training.
Family support is crucial to rural medical retention in Australia47 and overseas64 and busy rural doctors wish to spend more of their spare time with their families. Further strategies to improve the retention of rural doctors identified in this review include locum relief, flexible delivery of continuing medical education, better-managed skills training, improved housing quality, and better educational support for families13,47. The needs of the spouse must be addressed in the recruitment process and the needs of growing children also affect retention64.
Discussion
This review demonstrates that Australia is still facing serious problems due to the declining number of non-specialist procedural rural doctors. Consequently, strategies to attract competent, highly skilled doctors to rural areas and encourage them to stay in rural practice are required as a matter of urgency.
Most rural and remote doctors have no choice but to practise advanced procedural skills because they are often isolated from specialist support, yet our review showed that there were problems accessing initial rural procedural training and CME for all rural doctors (including procedural and non-procedural doctors). Our review of the literature revealed an important link between good quality CME/professional development and the recruitment and retention of rural and remote doctors.
The main obstacles to the maintenance of advanced procedural skills for rural and remote Australian doctors are summarised (Fig 1).
Figure 1: Main obstacles to the maintenance of advanced procedural skills for rural and remote Australian doctors.
The retention of rural doctors and the difficulties faced by them in maintaining advanced procedural skills are related. There is evidence that both these problems can be addressed, at least in part, by the strategies listed in Figure 2.
Figure 2: Strategies to address the retention of rural doctors and the difficulties faced by them in maintaining advanced procedural skills.
The literature also provided evidence of a positive association between dedicated rural training programs and producing rural doctors. Factors associated with successful programs generally included: rural fellowships, explicit rural mission, rural location, rural program directors and procedural orientation8,53.
ACRRM, RACGP and others are well placed to assist in the maintenance of advanced procedural skills in rural and remote practice. They could work in conjunction with the specialist colleges to produce innovative and creative ways for rural and remote medical practitioners to maintain their competency in advanced procedural skills, by removing some of the current obstacles and barriers. Access to procedural skills training in rural areas via distance education modalities including satellite broadcasts, CD-ROMs, web-based education and visiting specialist onsite training could be improved. The development of a single clinical logbook with an electronic option which will cover all procedural speciality areas would be another way to assist rural doctors to maintain a record of their education and training and to assist them to identify gaps in their skills.
The Australian rural medical workforce also contains a large number of international medical graduates and many of these doctors have their own unique learning needs. More research could also be performed on ways to support these doctors' procedural skills.
This review identified one further crucial issue. Many of the medical education initiatives described in this review have not yet been subjected to the scrutiny of high quality evaluative research. This is an urgent need.
Conclusion
There is an increasing burden on rural and remote doctors to maintain their advanced procedural skills. This article has investigated the current obstacles faced by rural doctors by reviewing the published literature, and the newly introduced incentive schemes. While many initiatives aimed at overcoming these obstacles have commenced, in order for rural doctors to provide the highest quality of medical care, more support is needed.
Acknowledgements
Dr Roz Glazebrook received salary support from the Australian College of Rural and Remote Medicine through a grant from the Australian Government Department of Health and Ageing until August 2006. Dr Simone Harrison receives salary support from a grant provided by Queensland Health and the Anton Breinl Centre, School of Public Health, Tropical Medicine and Rehabilitation Sciences, James Cook University, Queensland, Australia.
References
1. Australian Medical Workforce Advisory Committee. Sustainable specialist services: a compendium of requirements. AMWAC report 1998.7. Sydney, NSW: AMWAC, 1998.
2. Australian Institute of Health & Welfare. Australia's Health 2002. AIHW cat no. Aus. 25. Canberra, ACT: AIHW, 2002.
3. Britt H, Miller GC, Valenti L. It's different in the bush: a comparison of general practice activity in metropolitan and rural areas of Australia 1998-2000. AIHW cat no. GEP 6 (general practice series No. 6). Canberra: AIHW, 2001.
4. Medicare Australia. Training for Rural and Remote Procedural GPs. (Online) 2006. Available: http://www.medicareaustralia.gov.au/providers/incentives_allowances/medicare_initiatives/training_rural_remote_procedural_gp.htm (Accessed 9 November 2006).
5. Strasser R. Attitudes of Victorian rural GPs to country practice and training. Australian Family Physician 1992; 21: 808-812.
6. Hirst C. Re-birthing, report of the review of maternity services in Queensland. Brisbane, Qld: Queensland Government, 2005.
7. Hall J, Van Gool K. Market forces: an examination of the Australian health care market and its impact on the medical workforce. Proceedings 5th International Medical Workforce Conference, Australian Medical Workforce Advisory Committee and Commonwealth Department of Health and Aged Care; November 2000, Sydney; 208.
8. Geyman JP, Hart LG, Norris TE, Coombs JB, Lishner DM. Educating generalist physicians for rural medical practice: how are we doing? Journal of Rural Health 2000; 16: 56-80.
9. Chan B, Barer M. Access to physicians in underserved communities in Canada: something old, something new. Proceedings 5th International Medical Workforce Conference, Australian Medical Workforce Advisory Committee and Commonwealth Department of Health and Aged Care; November 2000, Sydney; 341.
10. Woolf C R. Comparison of the perceived CME needs of semi rural and urban physicians. The Journal of Continuing Education in the Health Professions 1991; 11: 295-299.
11. Strasser R. Training for rural practice. Lessons from Australia. Canadian Family Physician 2001; 47: 2196-2198, 2203-2205.
12. Curran V, Bornstein S, Jong M, Fleet L. Strengthening the medical workforce in rural Canada: the roles of rural/northern medical education. Component 1: rural medical education: A Review of the literature. Newfoundland: Faculty of Medicine, Memorial University of Newfoundland, 2004.
13. Wise A, Hays R, Adkins P, Craig M, Mahoney M, Sheehan M et al. Training for rural general practice. Medical Journal of Australia 1994; 161: 314-318.
14. Humphreys JS, Jones JA, Jones MP, Mildenhall D, Mara PR, Chater AB et al. The influence of geographical location on the complexity of rural general practice activities. Medical Journal of Australia 2003; 179: 416-421.
15. Carter R. Training for rural medical practice: what's needed? Canadian Family Physician 1987; 33: 1713-1715.
16. Woollard L, Hays R. Rural obstetrics in NSW. Australian and New Zealand Journal of Obstetrics and Gynaecology 1993; 33: 240-242.
17. Watts RW, Marley JE, Beilby JJ, Mackinnon RP, Doughty S. Training, skills and approach to high-risk obstetrics in rural GP obstetrics. Australian and New Zealand Journal of Obstetrics and Gynaecology 1997; 37: 424-426.
18. Kurucsev K. The medical indemnity crisis. GP Speak Magazine 2002: 19 February: 12.
19. Rural Doctors Association of Australia. The impact of the Trade Practices Act on procedural GPs in rural and remote areas. A supplement to the Submission to the Review of the Impact of the TPA on the Recruitment and Retention of the Rural Medical Workforce. Canberra: RDAA, 2002.
20. Chan B. Atlas Reports: Use of Health Services. Report # 1: Supply of Physicians Services to Ontario. Toronto: Institute for Clinical Evaluative Sciences, 1999.
21. Rourke JT. Postgraduate training for rural family practice: goals and opportunities. Canadian Family Physician 1996; 42: 1133-1138.
22. Black DP, Fyfe IM. The safety of obstetric services in small communities in Northern Ontario. Canadian Medical Association Journal 1984; 130: 571-576.
23. Kruse J, Phillips DM, Wesley R. A comparison of the attitudes of obstetricians and family physicians towards obstetric practice, training and hospital privileges of family physicians. Family Medicine 1990; 22: 219-225.
24. Iglesias S, Hutten-Czapski P. Joint position paper on training for rural family practitioners in advanced maternity skills and caesarean section. Canada Journal of Rural Medicine 1999; 4: 209-216.
25. Webb RJ, Kantor GS. Obstetrical epidural anaesthesia in a rural Canadian hospital. Canadian Journal of Anaesthesia 1992; 39: 390-393.
26. Karsteadt LL, Larsen CL, Farmer P. Analysis of a rural trauma program using the TRISS methodology: a three-year retrospective study. Journal of Trauma 1994; 36: 395-400.
27. Deutchman M, Connor P, Gobbo R, Fitzsimmons R. Outcomes of caesarean sections performed by family physicians and the training they received: a 15-year retrospective study. Journal of the American Board of Family Practitioners 1995; 8: 81-90.
28. Cameron B. Outcome in rural obstetrics, Atherton Hospital 1981-1990. Australian Journal of Rural Health 1998; 6: 46-51.
29. Cameron B, Cameron S. Outcomes in rural obstetrics, Atherton Hospital 1991-2000. Australian Journal of Rural Health 2001; 9(Suppl 1): S39-S42.
30. Gibbs N, Borton C (Eds). Safety of anaesthesia in Australia. A review of anaesthesia related mortality 2000-2002. Melbourne; Australian and New Zealand College of Anaesthetists, 2006.
31. Watts RW, Bassham M. Training, skills and approach to potentially difficult anaesthesia in general practitioner anaesthesics. Anaesthetics and Intensive Care 1994; 22: 706-709.
32. Iglesias S, Saunders LD, Tracy N, Thangisalam N, Jones L. Appendectomies in rural hospitals. Safe whether performed by specialist or GP surgeons. Canadian Family Physician 2003; 49: 277-278, 284-286.
33. Newman RJ, Nichols DB, Cummings DM. Outpatient colonoscopy by rural family physicians. Annals of Family Medicine 2005; 3: 122-125.
34. Edwards JK, Norris TE. Colonoscopy in rural communities. Can family physicians perform the procedure with safe and efficacious results? Journal of the American Board of Family Practitioners 2004; 17: 353-358.
35. Rourke JT. Trends in small hospital obstetric services in Ontario. Canadian Family Physician 1998; 44: 2117-2124.
36. Kaufman A. Rurally based education: confronting social forces underlying ill health. Academic Medicine 1990; 65(Suppl 2): S18-S21.
37. Baldwin LM, Hart LG, West PA, Norris TE, Gore E, Schneeweiss R. Two decades of experience in the University of Washington family medicine residency network: practice differences between graduates in rural and urban locations. Journal of Rural Health 1995; 11: 60-72.
38. O'Reilly M. Bitter physicians react angrily to uncertain future facing rural medicine. Canadian Medical Association Journal 1994; 150: 571-573.
39. Martel, R. Rural medicine needs help. Canadian Family Physician 1995; 41: 974-976.
40. World Organisation of Family Doctors. Policy on training for rural practice. Melbourne, Vic: WONCA, 1995.
41. Harvey BC, Linn JTB, Saville GG. A training program for rural GPs in Australia. Medical Journal of Australia 1980; 2: 597-600.
42. Stuart D. Training for RRMP. In: Future needs for medical education in Queensland. Brisbane, QLD: Medical Board of Queensland, 1981.
43. Watts RW. The GP proceduralist. Australian Family Physician 1993; 22: 1475-1478.
44. Kamien M. Staying in or leaving RRMP: 1996 outcomes of rural doctors 1986 intentions. Medical Journal of Australia 1998; 169: 318-321.
45. Tolhurst H, McMillan J, McInerney P, Bernasconi J. The emergency medicine training needs of rural GPs. Australian Journal of Rural Health 1999; 7: 90-96.
46. Gill D, Game D. Continuing medical education needs of rural GPs in South Australia. Australian Family Physician 1994; 23: 663-667.
47. Hays R, Veitch C, Cheers B, Crossland L. Why doctors leave rural practice. Australian Journal of Rural Health 1997; 5: 198-203.
48. Blackwood R, McNab J. A portrait of rural family practice: problems and priorities. Mississauga: College of Family Physicians of Canada, 1991.
49. Pathman DE, Steiner BD, Jones BD, Konrad TR. Preparing and retaining rural physicians through medical education. Academic Medicine 1999; 74: 810-820.
50. Booth B, Lawrance R. The learning preferences of rural and remote general practitioners. Australian Family Physician 2000; 29; 994-999.
51. Health Workforce Queensland. Solutions to the provision of primary care to rural and remote communities in Queensland. Brisbane: Health Workforce Queensland, 2005.
52. Dunbabin J. Procedural medicine in rural and remote NSW: NSW Rural Doctors Network discussion paper. Newcastle, NSW: NSW Rural Doctors Network, 2002.
53. Pathman DE, Williams ES, Konrad TR. Rural physician satisfaction: its sources and relationship to retention. Journal of Rural Health 1996: 12: 366-377.
54. Fitzpatrick L. Enhanced rural training framework. Australian General Practice Training. Canberra, ACT: General Practice Education and Training, 2004.
55. Australian General Practice Training. Guide for GP registrars. Canberra, ACT: General Practice Education and Training, 2004.
56. Rourke JTB. Politics of rural health care: recruitment and retention of physicians. Canadian Medical Association Journal 1993; 148: 1281-1284.
57. Rural and Remote Medical Education Online. RRMEO. (Online) 2001. Available: http://www.rrmeo.com (Accessed 6 November 2006).
58. Rosser JC, Wood M, Payne JH, Fullum TM, Lisehora GB, Rosser LE et al. Telementoring: A practical option in surgical training. Surgical Endoscopy 1997; 11: 852-855.
59. Levy JS. Virtual reality hysteroscopy. Journal of the American Association of Gynaecological Laparoscopy 1996; 3(4 Suppl): S25-S26.
60. Laerdal SimMan. Universal patient simulator - directions for use. Melbourne, Vic: Laerdal Medical, 2002.
61. Knudson MM, Sisley AC. Training residents using simulation technology: experience with ultrasound for trauma. Journal of Trauma 2000; 48: 659-65.
62. Rural Doctors Association of Australia. Essential funding for rural procedural GP training applauded. Canberra: RDAA, Monday 5 July 2004 (media release).
63. Department of Health and Ageing. Keeping trained procedural GPs in rural areas. ABB176/05. Canberra, ACT: Minister for Health and Ageing, 22 December 2005 (media release).
64. Crouse BJ. Recruitment and retention of family physicians. Minnesota Medicine 1995; 78: 29-32.