# Enhancing Consultation Efficiency Through Medical Informatics: A Scalable Field Clinic Model for the Pandemic Response in Taiwan

## TL;DR

A medical informatics system improved efficiency in a high-volume field clinic in Taiwan during the pandemic, allowing more patients to be treated quickly and reducing physician workload.

## Contribution

A scalable, digitally enhanced field clinic model using medical informatics to improve pandemic response efficiency.

## Key findings

- Consultation volume during peak hours increased by 43.5% after implementing the informatics system.
- Physician workload increased by 83%, indicating improved efficiency and workload distribution.
- Improved identification of high-risk patients led to more timely antiviral prescriptions.

## Abstract

Background: During the COVID-19 pandemic, a high-volume field clinic was rapidly established in Taichung, Taiwan, to manage patients with mild symptoms and reduce hospital burden. To streamline workflow and support timely care, a tailored medical informatics system was developed and implemented midway through clinic operations. Methods: We conducted a retrospective observational study analyzing data from 8287 patients who visited the clinic between 20 May and 4 June 2022. Patients were divided into two groups based on whether they received care before or after the informatics system was introduced (28 May). The primary outcomes included consultation volume, physician workload distribution, and operational efficiency during peak hours. A secondary analysis examined the subgroup receiving antiviral prescriptions. Results: After system implementation, the total number of consultations during peak hours increased significantly (from 138.6 to 199.0, a 43.5% increase; p = 0.001), along with the average number of consultations per physician (from 12.3 to 22.5, an 83% increase; p = 0.003). Similar trends were observed in the subgroup receiving antiviral therapy, despite the complexity of prescribing decisions. These prescribing trends suggest improved identification of high-risk patients and more timely antiviral initiation, which are critical for reducing disease progression and preventing hospitalization. Conclusions: The integration of a targeted medical informatics system significantly improved consultation efficiency and workload equity in a field clinic setting. This experience highlights a scalable model for digitally enhanced, rapid-response outpatient care during public health emergencies.