Article

Productivity and cost implications of implementing electronic medical records into an ambulatory surgical subspecialty clinic.

Department of Urology, Northwestern University Feinberg School of Medicine, Chicago, Illinois 60611, USA.
Urology (impact factor: 2.43). 03/2008; 71(2):173-7. DOI:10.1016/j.urology.2007.09.024
Source: PubMed

ABSTRACT Electronic medical records (EMRs) have been proposed as technology through which the quality of healthcare could be improved. We present an analysis of the cost and productivity implications associated with the transition from transcription to an EMR system in an ambulatory setting.
Data were collected from eight consecutive fiscal years from 1998 to 2005. Transcription was used in the first 4-year period, and EMR was implemented and used in the later 4-year period. Productivity was defined as ambulatory revenue and the number of patient encounters. All costs related to transcription and EMR implementation were calculated. All data were adjusted for inflation.
Within the transcription era, the transcription costs were $395,404, total revenue was $18,137,945, and patient encounters numbered 52,027. The average transcription cost per encounter was $7.60, average revenue per encounter was $348.63, and average revenue per provider was $505,615. Within the EMR era, the EMR-related costs were $293,406, total revenue was $30,370,647 and patient encounters numbered 65,102. The average documentation cost per encounter was $4.51, average revenue per encounter was $466.51, and average revenue per provider was $690,242. The startup costs of initial EMR implementation were $10,329 per physician provider.
The results of our study have shown that the implementation of an EMR system when an economy of scale exists coincides with an increase in the revenue per encounter and per provider compared with transcription. The advantage of the fixed costs of an EMR system compared with the variable costs of a transcription-based system is the allowance of cash savings in an ambulatory surgical subspecialty practice.

1 0
 · 
0 Bookmarks
 · 
20 Views
  • Article: Evaluation of Electronic Medical Record (EMR) at Large Urban Primary Care Sexual Health Centre.
    [show abstract] [hide abstract]
    ABSTRACT: Despite substantial investment in Electronic Medical Record (EMR) systems there has been little research to evaluate them. Our aim was to evaluate changes in efficiency and quality of services after the introduction of a purpose built EMR system, and to assess its acceptability by the doctors, nurses and patients using it. We compared a nine month period before and after the introduction of an EMR system in a large sexual health service, audited a sample of records in both periods and undertook anonymous surveys of both staff and patients. There were 9,752 doctor consultations (in 5,512 consulting hours) in the Paper Medical Record (PMR) period and 9,145 doctor consultations (in 5,176 consulting hours in the EMR period eligible for inclusion in the analysis. There were 5% more consultations per hour seen by doctors in the EMR period compared to the PMR period (rate ratio = 1.05; 95% confidence interval, 1.02, 1.08) after adjusting for type of consultation. The qualitative evaluation of 300 records for each period showed no difference in quality (P>0.17). A survey of clinicians demonstrated that doctors and nurses preferred the EMR system (P<0.01) and a patient survey in each period showed no difference in satisfaction of their care (97% for PMR, 95% for EMR, P = 0.61). The introduction of an integrated EMR improved efficiency while maintaining the quality of the patient record. The EMR was popular with staff and was not associated with a decline in patient satisfaction in the clinical care provided.
    PLoS ONE 01/2013; 8(4):e60636. · 4.09 Impact Factor

Keywords

4-year period
 
ambulatory revenue
 
ambulatory surgical subspecialty practice
 
average documentation cost
 
average revenue
 
average transcription cost
 
consecutive fiscal years
 
EMR implementation
 
EMR system
 
EMR-related costs
 
first 4-year period
 
fixed costs
 
initial EMR implementation
 
patient encounters
 
productivity implications
 
startup costs
 
total revenue
 
transcription costs
 
transcription-based system
 
variable costs
 

Mukul Patil