ESTIMATING HEALTH PLAN COST SAVINGS FROM VIRTUAL MATERNITY CARE-ASSOCIATED REDUCTIONS IN PRETERM BIRTH
Author(s)
Lena Bertozzi, BA, Adam Kubsh, BS, Thomas Galeon, MS, Shyamali Choudhury, BA, MPP, Ian J. Hooley, BS.
Pomelo Care, New York, NY, USA.
Pomelo Care, New York, NY, USA.
OBJECTIVES: To estimate health plan cost savings based on published reductions in preterm birth (PTB) associated with engagement in a virtual maternity care program.
METHODS: We developed a cost-savings model using medical claims data from nationwide Medicaid and commercially insured deliveries (N=30,786) between September 2024 and December 2025. We calculated baseline distributions of preterm and term deliveries and corresponding episode costs, including pregnancy-related care, inpatient delivery, neonatal intensive care unit (NICU) utilization, and maternal and infant healthcare expenditures during the first year following delivery. A published 24.4% relative reduction in PTB associated with engagement in a virtual maternity care program was applied to the baseline delivery distribution. To account for program-associated improvements in gestational age within preterm and term births not captured by the binary PTB endpoint, we applied a conservative 7.3% within-category cost reduction informed by regression sensitivity analyses estimating lower adjusted episode costs among program-engaged preterm deliveries. Average episode costs were then recalculated under the revised delivery distribution to estimate savings per delivery.
RESULTS: The PTB rate decreased from 11.1% to 8.4% among Medicaid deliveries and from 9.5% to 7.2% among commercially insured deliveries. Baseline mean episode costs were $70,636 versus $18,787 for preterm and term Medicaid deliveries and $129,145 versus $40,038, respectively, among commercially insured deliveries. The modeled delivery distribution yielded estimated savings of $3,061 per Medicaid delivery and $5,402 per commercially insured delivery. Delivery-related expenditures, including NICU costs, accounted for approximately 80-85% of total estimated savings, while postpartum maternal and infant care contributed an additional 10-15%.
CONCLUSIONS: This analysis provides a framework for projecting health plan cost savings associated with reductions in PTB. These findings suggest that virtual maternity care-associated improvements in birth outcomes may generate meaningful economic value for Medicaid and commercial health plans.
METHODS: We developed a cost-savings model using medical claims data from nationwide Medicaid and commercially insured deliveries (N=30,786) between September 2024 and December 2025. We calculated baseline distributions of preterm and term deliveries and corresponding episode costs, including pregnancy-related care, inpatient delivery, neonatal intensive care unit (NICU) utilization, and maternal and infant healthcare expenditures during the first year following delivery. A published 24.4% relative reduction in PTB associated with engagement in a virtual maternity care program was applied to the baseline delivery distribution. To account for program-associated improvements in gestational age within preterm and term births not captured by the binary PTB endpoint, we applied a conservative 7.3% within-category cost reduction informed by regression sensitivity analyses estimating lower adjusted episode costs among program-engaged preterm deliveries. Average episode costs were then recalculated under the revised delivery distribution to estimate savings per delivery.
RESULTS: The PTB rate decreased from 11.1% to 8.4% among Medicaid deliveries and from 9.5% to 7.2% among commercially insured deliveries. Baseline mean episode costs were $70,636 versus $18,787 for preterm and term Medicaid deliveries and $129,145 versus $40,038, respectively, among commercially insured deliveries. The modeled delivery distribution yielded estimated savings of $3,061 per Medicaid delivery and $5,402 per commercially insured delivery. Delivery-related expenditures, including NICU costs, accounted for approximately 80-85% of total estimated savings, while postpartum maternal and infant care contributed an additional 10-15%.
CONCLUSIONS: This analysis provides a framework for projecting health plan cost savings associated with reductions in PTB. These findings suggest that virtual maternity care-associated improvements in birth outcomes may generate meaningful economic value for Medicaid and commercial health plans.
Conference/Value in Health Info
2026-11, ISPOR Europe 2026, Vienna, Austria
Value in Health, Volume 29, Issue 12S
Code
HSD43
Topic
Clinical Outcomes, Economic Evaluation, Health Service Delivery & Process of Care
Disease
Pediatrics, Reproductive & Sexual Health