Healthcare Innovation Stories

New Case Study: Implementing a Patient Engagement Platform For Cardiac Enhanced Recovery After Surgery (ERAS)

February 14, 2020
By
seamless

We are thrilled to share the results of our partnership with Baystate Health, a 5-hospital health system in Western Massachusetts. Below is a downloadable case study.

At Baystate Health, Dr. Daniel Engelman, Medical Director for the Heart & Vascular Surgical Program, and President of the ERAS® Cardiac International Society, recognized that patient engagement is an essential component for a Cardiac ERAS program. However, he realized that in-person education, instruction booklets and paper-based surveys resulted in limited patient compliance and no easy way to track patient progress.



To address these challenges, Baystate Health implemented SeamlessMD as part of its Cardiac ERAS program and achieved the following results:

  • ↓0.9 days length of stay (LOS)
  • ↓72% 30-day readmissions
  • ↓69% Observation stays
  • ↓60% discharged to Skilled Nursing Facilities


Click Here to read the full Baystate Health case study.


“Patient engagement technology like SeamlessMD is a recommended component in the ERAS® Cardiac guidelines. SeamlessMD has empowered our patients to be partners in their own care, leading to better patient experiences and clinical outcomes.”


Dr. Daniel Engelman, Medical Director, Heart & Vascular Center, Baystate Health
President, ERAS® Cardiac Society

New Case Study: Implementing a Patient Engagement Platform For Cardiac Enhanced Recovery After Surgery (ERAS)

Posted by:
seamless
on
February 14, 2020

We are thrilled to share the results of our partnership with Baystate Health, a 5-hospital health system in Western Massachusetts. Below is a downloadable case study.

At Baystate Health, Dr. Daniel Engelman, Medical Director for the Heart & Vascular Surgical Program, and President of the ERAS® Cardiac International Society, recognized that patient engagement is an essential component for a Cardiac ERAS program. However, he realized that in-person education, instruction booklets and paper-based surveys resulted in limited patient compliance and no easy way to track patient progress.



To address these challenges, Baystate Health implemented SeamlessMD as part of its Cardiac ERAS program and achieved the following results:

  • ↓0.9 days length of stay (LOS)
  • ↓72% 30-day readmissions
  • ↓69% Observation stays
  • ↓60% discharged to Skilled Nursing Facilities


Click Here to read the full Baystate Health case study.


“Patient engagement technology like SeamlessMD is a recommended component in the ERAS® Cardiac guidelines. SeamlessMD has empowered our patients to be partners in their own care, leading to better patient experiences and clinical outcomes.”


Dr. Daniel Engelman, Medical Director, Heart & Vascular Center, Baystate Health
President, ERAS® Cardiac Society

Recent news from SeamlessMD

TDP 198: OSF HealthCare’s Roopa Foulger: Why 80% of Healthcare AI Fails in the Real World, Inside OSF’s Three-Horizon Innovation Strategy, and When to Break the Rules of Evidence-Based Tech
November 4, 2025

TDP 198: OSF HealthCare’s Roopa Foulger: Why 80% of Healthcare AI Fails in the Real World, Inside OSF’s Three-Horizon Innovation Strategy, and When to Break the Rules of Evidence-Based Tech

Learn More
TDP 197: Parkview Health’s CMIO Dr. Mark Mabus: From Escape-Room Training to TikTok-style Edutainment, Infusing Creativity into Healthcare IT Training, and Preparing Clinicians for the Future of the EHR
October 30, 2025

TDP 197: Parkview Health’s CMIO Dr. Mark Mabus: From Escape-Room Training to TikTok-style Edutainment, Infusing Creativity into Healthcare IT Training, and Preparing Clinicians for the Future of the EHR

Learn More
TDP 196: Stanford Children’s CHIO Dr. Natalie Pageler: The Hidden Pediatric Data Crisis, How AI Is Best Used in Pediatrics, and Preventing Automation Complacency in Medicine
October 23, 2025

TDP 196: Stanford Children’s CHIO Dr. Natalie Pageler: The Hidden Pediatric Data Crisis, How AI Is Best Used in Pediatrics, and Preventing Automation Complacency in Medicine

Learn More