Texas Palliative Care Model Cuts Hospitalizations Over 50% Using Data Analytics
InHome Connect, a Texas-based non-profit leader in community-based palliative care, partnered with Vertedge Health Analytics and a major Medicare Advantage plan in Texas to implement a data-driven care model for seriously ill, high-risk patients. This value-based collaboration has yielded significant improvements in both clinical outcomes and cost savings by reducing hospitalizations by over 50%. The approach integrates predictive analytics with interdisciplinary care teams, emphasizing support for patients and their families in home and community settings.
The initiative addresses the complex needs of approximately 13 million Americans living with serious illnesses, focusing on managing pain, symptoms, and caregiver stress to avoid unnecessary hospital admissions. By leveraging advanced health data analytics, InHome Connect's model enhances care coordination and decision-making for vulnerable populations while promoting efficiency and effectiveness in healthcare delivery.
This partnership highlights the potential of innovative, community-centric palliative care solutions to deliver measurable value to health plans, healthcare providers, and patients. The reduction in hospitalizations not only improves patient quality of life but also aligns with payer goals to manage healthcare costs through preventive and supportive care measures.
InHome Connect's use of a compassionate, collaborative care model underscores the evolving landscape of palliative care, which increasingly relies on technology and data to optimize outcomes. The collaboration with Vertedge Health Analytics exemplifies how analytics-driven strategies can empower care teams, support families, and meet the demands of value-based healthcare initiatives.
Overall, this model presents a scalable approach for healthcare organizations and Medicare Advantage plans seeking to enhance care for seriously ill populations, reduce costs, and improve patient and family experiences in the home environment.