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Volume 29, Issue 5, Pages 410-413 (June 2006)


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Commentary: Establishing an Accredited Master of Science in Diagnostic Imaging Degree at a Chiropractic College

Michael A. Mestan, DCaCorresponding Author Informationemail address, John A.M. Taylor, DCb, G. Lansing Blackshaw, PhDc, J. Clay McDonald, JD, DCd

Received 16 May 2005; received in revised form 7 July 2005

Article Outline

Nonresidency Training

Two-year Residency

Three-year Residency

Discussion

Specialties in Other Professions

The NYCC Program

Conclusions

Acknowledgment

References

Copyright

Chiropractors have used diagnostic imaging since the earliest days of their profession. The initial incorporation of radiology into chiropractic is generally credited to BJ Palmer when in 1910 he realized its diagnostic value and included it in chiropractic practice.1, 2 By the late 1920s and 1930s, virtually all chiropractic colleges included a course on radiology in their Doctor of Chiropractic program.2

Nonresidency Training 

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In the mid to late 1950s, the American Chiropractic Board of Roentgenology (ACBR) was formed out of a need for certification of chiropractic radiologists.1 The ACBR set eligibility standards for a certification examination. All candidates were required to have graduated from a recognized school, have obtained 100 hours of postgraduate education in x-ray, have been active in chiropractic practice, and have shown the use of x-ray for at least 5 years.3 Also, in 1958, the National College of Chiropractic established the first postgraduate program in chiropractic radiology, leading to eligibility to sit for the ACBR examinations.4, 5 It ran 7 hours per day 6 days per week for 3 weeks, amounting to a total of 126 hours.4 Later, the Lincoln College of Chiropractic began offering certifying classes as well.1 The first 240-hour postgraduate syllabus in radiology was approved in 1964 at the ACBR's workshop. Eventually, these postgraduate radiology education programs evolved into 300- to 360-hour weekend programs offered over a 3-year period. These weekend postgraduate programs were gradually replaced by full-time residency programs. By 1998, the ACBR required completion of a full-time residency as a prerequisite to sit for the examinations and no longer accepted graduates of the weekend programs.6, 7

Two-year Residency 

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In a conversation with Dr Joseph Howe (oral communication with Joe Howe, September 1, 2004), it was discussed that Dr Joseph Janse, president of the National College of Chiropractic (and one of the first chiropractic radiologists), was responsible for initiating the first full-time 2-year formal radiology residency program. He commissioned Dr Howe to begin a residency at his Talmadge, Ohio, diagnostic center, making the center an off-campus extension of the national college. The first resident was Dr Michael Buehler. Approximately 1 year later, the national college began a similar residency on campus. Eventually, several radiology residencies developed at institutions, including the Western States Chiropractic College, Palmer College of Chiropractic, Logan College of Chiropractic, Canadian Memorial Chiropractic College, and Cleveland College of Chiropractic.

Three-year Residency 

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In a conversation with Dr Sharon Jaeger (oral communication with Sharon Jaeger, September 2, 2004), it was discussed that Dr Howe moved in the early 1980s to work at the Los Angles College of Chiropractic and expanded their residency into a 3-year program.2 Over the years, all other radiology residencies followed suit by converting their programs to 3 years. The most recent 3-year syllabus developed by the ACCR Academics Committee8 (2003) includes specific diagnostic imaging segments that are included in the approximately 6000 hours of education and training that occur in a full-time traditional 3-year residency. Although the radiology residency program is widely accepted as one of the most rigorous of the chiropractic specialties, there is also a widespread belief that even the current standards are inadequate to fully prepare residents to sit for the ACBR examinations,6 to adequately teach all the cutting-edge imaging techniques currently being used, and to include training and experiences in conducting research.

Many health care professions have moved toward specialty education that leads to an academic degree and prepares graduates to be eligible for specialty board certification. The New York Chiropractic College (NYCC) has adopted this model by creating a master's degree in diagnostic imaging that runs concurrently with a full-time 4-year residency program. The program represents a reorganization of traditional chiropractic diagnostic imaging residencies and incorporates an additional year for research and advanced imaging studies. The objective in creating a new type of diagnostic imaging residency program was to identify the necessity for changing the traditional model based on a strong desire for accreditation of the educational aspect of specialty training. This article describes the rationale for implementing such a program.

Discussion 

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Specialties in Other Professions 

Many health care professions have developed postdoctoral specialty education programs to educate and train consultants in supporting and assisting general practitioners in the areas of diagnosis, treatment, and quality assurance. Educational standards and criteria for specialists vary according to the specialty and the profession it serves. Regardless, two basic elements are essential for obtaining specialty status: postdoctoral education and successful completion of a certifying examination.

In the chiropractic profession in North America, the criteria for appropriate education and training are determined by specialty boards or subcommittees of professional organizations to qualify individuals to sit for board examinations. Most chiropractic specialty examining boards require postdoctoral education in the form of a series of weekend seminars or workshops offered by qualified individuals. Although this type of education provides the basics of specialty training, it lacks the day-to-day immersion in clinical activities and the experience, mentorship, and teaching opportunities available in full-time residencies.

North American chiropractic residencies and weekend postgraduate programs are not degree granting and therefore do not carry their own regional accreditation or fall under an umbrella organization requiring specialty accreditation within the profession. In the medical profession, the Accreditation Council for Graduate Medical Education is responsible for the accreditation of postdoctoral medical education programs within the United States. Accreditation is accomplished through a peer-review process and is based on established standards and guidelines.9 In turn, the American Board of Medical Specialties oversees the 24 approved medical specialty boards in the United States. The American Board of Medical Specialties serves to coordinate the activities of its member boards and provides information to the public, the government, the profession, and its members concerning issues involving medical specialization and certification. The American Board of Medical Specialties is to maintain and improve the quality of medical care in the United States by assisting the member boards in their efforts to develop and use professional as well as educational standards for the evaluation and certification of physician specialists.10

In the chiropractic profession, the American Board of Chiropractic Specialties currently functions as a subcommittee of the American Chiropractic Association (ACA) but has not evolved to the level of sophistication and authority of its medical counterparts. In fact, the American Board of Chiropractic Specialties currently does not serve as an accrediting body for chiropractic specialties but serves more in an advisory capacity to those specialties under the umbrella of the ACA. Most chiropractic specialty examining boards are not accredited by independent accrediting agencies. Some chiropractic specialties boards, including the ACBR, have independently sought accreditation through the National Organization for Competency Assurance, an organization independent of the chiropractic profession and the ACA. The main advantage of having National Organization for Competency Assurance accreditation is that examining boards would be independent of political and professional associations such as the ACA. The authors believe that such independence is essential for the natural evolution of high standards for specialties in chiropractic.

Other health care professions such as medicine, dentistry, and veterinary medicine have created academic degree-granting programs that are conducted concurrently with accredited specialty residency programs or, alternatively, have replaced traditional residency programs with academic degree-granting programs that qualify their graduates for professional certification (Fig 1).


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Fig 1. Academic degrees associated with health care specialties.


Our plan to develop a Master of Science in Diagnostic Imaging residency program is modeled largely after the programs in these other health professions. The chiropractic diagnostic imaging specialty is ideally suited for this model for several reasons: the program requires candidates to complete a full-time residency for certification eligibility; it is academically rigorous; it provides standardized postdoctoral training in diagnostic imaging; and, academically, it already resembles a master's-level graduate program. We consider it a natural progression to create a master's degree in this specialty.7

The NYCC Program 

In December 2002, the New York State Board of Regents approved a charter change for the NYCC to award master of science degrees and a bachelor of professional studies degree. The impetus for the charter change was to permit the college to offer maste's degree in acupuncture and oriental medicine. After this major shift from a single-purpose institution to a multipurpose institution, the college set out to develop academic degrees in chiropractic specialties. The process of developing new residency programs is complex.6 Any such program must be consistent with the mission of the institution and must have sufficient resource allocation. The program should also be generally accepted and embraced by the institution's general population and must serve to significantly advance the profession. In September 2003, after receiving the NYCC's proposal, the New York State Department of Education approved a Master of Science in Diagnostic Imaging (MSDI) degree program.

The NYCC MSDI residency program is a 43–semester-hour credit program (555 contact hours) that is administered concurrently with a full-time 4-year residency (∼8000 total hours of education and training). One resident per year will be accepted to the program, such that a maximum of 4 residents will be enrolled. Residents will be responsible for teaching, clinic rotation responsibilities in the college's Doctor of Chiropractic program, NYCC community service, and research-related activities that culminate in a defensible thesis (Table 1). Successful completion of the program will result in the award of the academic degree—MSDI—with eligibility to sit for the ACBR examination for professional certification.

Table 1.

The NYCC MSDI courses and creditsa

Course
Title
Contact
Credits
RAD 5101Hematopoietic Disturbances of Bone22.51.5
RAD 5102Infectious Disorders of Bone22.51.5
RAD 5103Congenital Anomalies and Skeletal Dysplasias22.51.5
RAD 5104Arthritides453
RAD 5201Principles of Diagnostic Imaging22.51.5
RAD 5105Physical Injury of the Skeletal System453
RAD 5106Internal Derangement of Joints604
RAD 5107Neoplastic and Neoplastic-Like Lesions of Bone22.51.5
RAD 5108Metabolic, Endocrine, and Nutritional Disorders of Bone22.51.5
RAD 5301Chest Imaging604
RAD 5401Gastrointestinal/Genitourinary Tract Imaging604
RAD 5501Neuroimaging604
RES 5601Experimental Design and Research Methodologies453
RES 5602Experimental Analysis453
RES 5603Thesis 6
Total 55543
a

The MSDI program occurs concurrently with a full-time 4-year residency (∼8000 hours in total).

The MSDI residency program will serve the college's Doctor of Chiropractic program by providing masters-level education in an important specialty within chiropractic. Furthermore, it will promote and enhance scholarship and academic excellence, while remaining budget neutral. This postdoctoral program will resemble the postdoctoral programs of advanced training in other health professions, such as dentistry, veterinary medicine, and medicine.

The traditional model for diagnostic imaging residencies in chiropractic is that of a full-time 3-year program consisting of academic and clinical experiences. The NYCC's MSDI residency program consists of a more rigorous full-time 4-year program with emphasis placed on advanced imaging and masters-level research. Pretorius et al11 found that interest in a research track (an additional year) in medical radiology residencies was positively correlated with interest in a research academic career and negatively correlated with interest in private practice. It is our intent to develop successfully a diagnostic imaging residency that produces physician-academicians who can perform clinical duties and conduct research. Combining the conventional elements of traditional chiropractic imaging residencies with the research requirements, the NYCC MSDI residency program exceeds the eligibility requirements to sit for the ACBR examination. The NYCC's MSDI residents will be enrolled as graduate students. Their grades and transcripts will be generated in a similar manner as for students enrolled in the Doctor of Chiropractic program. Other diagnostic imaging residencies may offer grading opportunities, but grade point averages and transcripts are not provided currently in most programs. Because the NYCC's diagnostic imaging residency program grants an academic degree, its residents are entitled to the same benefits as those for other traditional graduate students. A major benefit of this program is the deferment of continuing education student loans and the opportunity for additional financial aid. In traditional diagnostic imaging residencies, it has been increasingly difficult, especially within the past 7 years, for residents to be granted student loan deferments because lending institutions typically do not recognize traditional chiropractic residency programs as qualifications for interest subsidization. Instead, most residents apply for either financial hardship deferment (in which case some interest payments are required) or forbearance (in which case the student loan payments are added to the principal of the loan during the time of nonpayment). With these financial realities and the increasing student loan debt of chiropractic students, many potential residents are discouraged from enrolling. Furthermore, diagnostic imaging residents' salaries have typically been at the lowest end of the salary scale in chiropractic colleges. It is our goal to offer residents free tuition, financial compensation, and employee benefits that would be equivalent to the average salary that a newly graduated Doctor of Chiropractic would earn as an associate in practice.

Conclusions 

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Many health care professions have moved toward specialty education that leads to an academic degree and prepares graduates to be eligible for specialty board certification. The NYCC has adopted this model by creating a master's degree in diagnostic imaging residency that runs concurrently with a full-time 4-year residency program. The program represents a reorganization of traditional chiropractic diagnostic imaging residencies and incorporates an extra year for research and additional advanced imaging training. The MSDI residency program is recognized by a regional accrediting body and offers residents the same benefits as those for any other full-time graduate student. By virtue of its emphasis on research, the MSDI residency program will have the additional advantage of encouraging scholarly activity within the profession.

Acknowledgment 

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The authors thank Beth Donohue, DC, MS, for her efforts in preparing the MSDI residency proposal to present to the New York State Department of Education.

References 

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1. 1Canterbury R, Krakos G. Thirteen years after roentgen: the origins of chiropractic radiology. Chiropr Hist. 1986;6:25–29. MEDLINE

2. 2Yochum TR. 1895-1995: diagnostic imaging in its first century. J Manipulative Physiol Ther. 1995;18:618–625. MEDLINE

3. 3Young KJ. Michael Giammarino, DC, DACBR: student, teacher, leader. Chiropr Hist. 1998;18:33–38. MEDLINE

4. 4Young KJ. Joseph Howe, DC, DACBR, and the development of modern chiropractic radiology. Chiropr Hist. 1999;19:27–47. MEDLINE

5. 5Taylor JA, Yochum TR, Joseph W. Howe: a pioneer in the evolution of chiropractic radiology. Chiropr Hist. 1993;13:35–38. MEDLINE

6. 6Mick TJ. Development of a chiropractic radiology residency program from “ground zero”: a view from the north slope with an eye towards the summit. J Chiropr Educ. 1999;13:72.

7. 7The American Chiropractic Board of Radiology Candidates Guide [online]. Arlington: The Association; c2004 [cited 2004 Aug 31] . Available from: http://www.acbr.org/CandidateGuide.html

8. 8The American Chiropractic College of Radiology—Academics Committee recommended syllabus for postgraduate radiology residency programs [online] Available from: http://www.dacbr.syllabus.htm. La Habra: The Association; c2004 [cited 2004 Aug 31].

9. 9The Accreditation Council for Graduate Medical Education (ACGME): the role of the ACGME [online]. Chicago: The Association; c2000-2005 [cited 2004 Aug 31]. Available from: http://www.acgme.org/.

10. 10American Board of Medical Specialties: what is the ABMS? [online]. Evanston, IL: The Association; c2004 [cited 2004 Aug 31]. Available from: http://www.abms.org.

11. 11Pretorius ES, Solomon JA, Stribling C. Medical student attitudes towards inclusion of a research year within diagnostic radiology residency: a survey of students participating in the 2002 NRMP match. Acad Radiol. 2003;10:77–82. Abstract | Full Text | Full-Text PDF (786 KB) | CrossRef

a Dean of Chiropractic, New York Chiropractic College, Seneca Falls, NY

b Professor and Director, MSDI Residency Program, New York Chiropractic College, Seneca Falls, NY

c Provost Emeritus, New York Chiropractic College, Seneca Falls, NY

d Executive Vice President of Academic Affairs, New York Chiropractic College, Seneca Falls, NY

Corresponding Author InformationSubmit requests for reprints to: Michael A. Mestan, DC, DACBR, Dean of Chiropractic, New York Chiropractic College, 2360 State Rte 89, Seneca Falls, NY 13148-0800.

PII: S0161-4754(06)00087-X

doi:10.1016/j.jmpt.2006.04.008


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