Division of Public Health and Public Service, Dept Family Medicine, MUSC

OEM Program

     OEM Program

The Occupational and Environmental Medicine Gap in the Family Medicine Curriculum:
Needs Assessment in South Carolina (Part I)

Schuman SH, Mohr LJ, and Simpson WM. The Occupational and Environmental Medicine Gap in the Family Medicine Curriculum: Needs Assessment in South Carolina (Part I). JOEM 1997; 39(12): 1183-1185.

Abstract: The occupational and environmental medicine (OEM) gap in US medical education is widely recognized. In 1992, a federal initiative stimulated a primary care approach to improve residency training in South Carolina. Faculty from each of the state's seven family medicine residency training programs formed the Environmental Medicine Curriculum Committee (EMCC). The committee was charged with the responsibility of designing and implementing OEM curriculum into the residency training at the seven residency sites. The EMCC had to focus on what could be accomplished in a sequential process described in this three part report. Guidelines for curriculum were strongly suggested by three surveys which are presented on the following table.

Curriculum Needs Assessment: Three Family Practice Surveys (1993-1996)

 Survey/Method

 Response Rate

 OEM as a Part of Practice

 Need More OEM?
 I (1993) - Statewide Family Medicine Residents / on-site questionnaire.

 130 / 209 (62%)
Majority rated OEM relevant "for my patients and for family medicine."   Yes, 76% would take an elective in OEM.
 II (1994) - Alumni of the SC Family Practice Residency Program (in- and out-of-state practitioners) / mail questionnaire.

 322 / 864 (37%)
 Average 40.1 OEM patients/month; 7.1% of practice time.  Yes, 91% want OEM continuing medical education; 55% rate OEM training deficient in residency training.
 III (1996) - Active practitioners in family practice, general practice (excluding residency physicians)/ mail questionnaire.

 382 / 1,222 (31%)
 Average 28.0 OEM patients/month; 8.9% of practice time.  Yes, 89% want OEM continuing medical education.
 Total

833 / 2,295 (36%)

 8% of practice time

 76% - 91%

The Occupational and Environmental Medicine Gap in the Family Medicine Curriculum:
Five Key Elements in South Carolina(Part II)

Schuman SH, Mohr LJ, and SimpsonWM. The Occupational and Environmental Medicine Gap in the FamilyMedicine Curriculum: Five Key Elements in South Carolina (PartII). JOEM 1997; 39(12): 1186-1190.

Abstract: Part two of the three-part report examines five of the key elements for occupational and environmental medicine (OEM)training in family medicine residency. These were introduced bathe Environmental Medicine Curriculum Committee (EMCC) faculty in South Carolina. Each element is being designed, tested, and updated by clinicians in the residency network.

Five Key Elements

  • A three-year longitudinal plan with core and elective computer assisted instructional modules.
  • A new ambulatory reminder for a routine OEM history: WHACS each patient annually.
  • A one-month mandatory OEM rotation for second or third year residents.
  • An expanded database of OEM/FM case studies with emphasis on presenting complaint, differential diagnosis, and risk management.
  • A two-task, four-prototype approach (clinical guide) to the next OEM patient that you see in your clinic, defining level of exposure and severity of symptoms.


A Clinical Guide to the Occupational and Environmental Medicine Patient in a Busy Family Practice:The Two-Task, Four Prototype Approach in the SC / EHAP Initiative(Part III)

Schuman SH, Mohr LJ, and SimpsonWM. A Clinical Guide to the Occupational and Environmental Medicine Patient in a Busy Family Practice: The Two-Task, Four Prototype Approach in the SC / EHAP Initiative (Part III). JOEM 1997; 39(12):1191-1194.

Abstract: A four-prototype approach to the OEM patient in a busy primary care setting is described. A 2 x 2 table illustratesthe two diagnostic, interrelated tasks during the outpatient,non-urgent visit: (a) sick? yes/no, and (b) exposed? yes/no. One may have the basic skills for task (a) but feel insecure for task(b). With OEM experience, creative use of resources (database sand consultants), and patient cooperation, a better balance between task (a) and task (b) can be achieved.

Four Prototypical Patients with OEM Exposure (a) or (b) and Without Exposure (c) or (d)

 OEM Exposure On & Off the Job

SICK?

 Practice Population

 YES

 

No

 

 Yes

 

 a

disabled
overexposed

 b

potentially disabled overexposed

a and b

&

c and d

No

c

disabled
trivially exposed 

 d

healthy
trivially exposed

Diverse, physical, chemical, electromagnetic, and other exposures: air, water, soil, food, etc. Diverse signs - symptoms may represent EM causation (a) or other causation (c). Subclinical signs and symptoms may represent early, potential disease (b)or an opportunity for reassurance of the worried well (d).  a, b, c, and d are only part of larger community at risk.

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Medical University of South Carolina, South Carolina Agromedicine Program   
295 Calhoun St., Room 103, P.O. Box 250192, Charleston, SC 29425-0192   (843) 792-2281
Questions or Comments: Dr. William Simpson e-mail: simpsowm@musc.edu