Remote Care Reimbursement and Access Equity in Rural Patient Populations

Abstract

This paper investigates the critical relationship between remote care reimbursement structures and healthcare access equity in rural patient populations. Utilizing a comprehensive clinical and financial simulation model, we analyze how varying reimbursement policies influence the financial sustainability of rural clinics and the corresponding clinical outcomes of geographically isolated patients. Rural populations consistently face disproportionate barriers to traditional in-person care, including extensive travel times, specialist shortages, and socioeconomic challenges. While remote patient monitoring and telehealth present viable solutions, their adoption is heavily constrained by current reimbursement models that fail to account for the unique operating realities of rural healthcare delivery. Our modeling framework simulates a cohort of twelve thousand five hundred rural patients over a ten-year horizon under three distinct policy scenarios: current baseline reimbursement, partial reimbursement parity, and an equity-adjusted reimbursement model that compensates for regional infrastructure deficits. The simulation results demonstrate that moving toward an equity-adjusted reimbursement structure increases rural clinic solvency by over two hundred percent, reduces avoidable emergency department visits by approximately seventy percent, and significantly improves cumulative quality-adjusted life years across the patient cohort. These findings indicate that remote care reimbursement is not merely a financial mechanism but a primary lever for advancing health equity. We propose targeted policy reforms aimed at aligning payer structures with regional public health needs.