A Smartphone App With a Digital Care Pathway for Patients Undergoing Spine Surgery: Development and Feasibility Study.

Abstract

Background

There is a great unmet clinical need to provide patients undergoing spinal surgery and their caregivers with ongoing, high-quality care before and after surgery in an efficiency-focused health care environment.

Objective

The objective of this study is to design, develop, and evaluate the acceptability and feasibility of a novel planning-, outcomes-, and analytics-based smartphone app called ManageMySurgery (MMS) in patients undergoing elective spine surgery (MMS-Spine).

Methods

The development process of the MMS app was conducted over 2 sequential stages: (1) an evidence-based intervention design with refinement from surgeon and patient feedback and (2) feasibility testing in a clinical pilot study. We developed a novel, mobile-based, Health Insurance Portability and Accountability Act-compliant platform for interventional and surgical procedures. It is a patient-centric mobile health app that streamlines patients' interactions with their care team. MMS divides the patient journey into phases, making it feasible to provide customized care pathways that meet patients' unique needs. Patient-reported outcomes are easily collected and conform to the National Institutes of Health Patient-Reported Outcomes Measurement Information System (PROMIS) standard.

Results

We tested the feasibility of the MMS-Spine app with patients undergoing elective spine surgery at a large academic health system. A total of 47 patients undergoing elective spine surgery (26 cervical spine and 21 lumbar spine surgeries) downloaded and used MMS-Spine to navigate their surgical journey, quantify their baseline characteristics and postoperative outcomes, and provide feedback on the utility of the app in preparing for and recovering from their spinal surgery. The median age was 59.0 (range 33-77) years, 22 of the 47 patients (47%) were women, and 26 patients (55%) had commercial insurance. Of the 47 patients, a total of 33 (70%) logged in on an iOS device, 11 (23%) on an Android device, and 3 (6%) on a computer or tablet. A total of 17 of the 47 patients (36%) added a caregiver, of which 7 (41%) logged in. The median number of sign-ins was 2. A total of 38 of 47 patients (81%) completed their baseline preoperative PROMIS-29 outcomes, and 14 patients (30%) completed at least one PROMIS-29 survey during the postoperative period. Of the 24 patients who completed the MMS survey, 21 (88%) said it was helpful during preparation for their procedure, 16 (67%) said it was helpful during the postoperative period, and 23 (96%) said that they would recommend MMS to a friend or family member.

Conclusions

We used a patient-centered approach based on proven behavior change techniques to develop a comprehensive smartphone app for patients undergoing elective spine surgery. The optimized version of the app is ready for formal testing in a larger randomized clinical study to establish its cost-effectiveness and effect on patients' self-management skills and long-term outcomes.

Department

Description

Provenance

Citation

Published Version (Please cite this version)

10.2196/21138

Publication Info

Ponder, Madison, Abena A Ansah-Yeboah, Lefko T Charalambous, Syed M Adil, Vishal Venkatraman, Muhammad Abd-El-Barr, Michael Haglund, Peter Grossi, et al. (2020). A Smartphone App With a Digital Care Pathway for Patients Undergoing Spine Surgery: Development and Feasibility Study. JMIR perioperative medicine, 3(2). p. e21138. 10.2196/21138 Retrieved from https://hdl.handle.net/10161/25563.

This is constructed from limited available data and may be imprecise. To cite this article, please review & use the official citation provided by the journal.

Scholars@Duke

Abd-El-Barr

Muhammad Abd-El-Barr

Associate Professor of Neurosurgery

As a Neurosurgeon with fellowship training in Spine Surgery, I have dedicated my professional life to treating patients with spine disorders. These include spinal stenosis, spondylolisthesis, scoliosis, herniated discs and spine tumors. I incorporate minimally-invasive spine (MIS) techniques whenever appropriate to minimize pain and length of stay, yet not compromise on achieving the goals of surgery, which is ultimately to get you back to the quality of life you once enjoyed. I was drawn to medicine and neurosurgery for the unique ability to incorporate the latest in technology and neuroscience to making patients better. I will treat you and your loved ones with the same kind of care I would want my loved ones to be treated with. In addition to my clinical practice, I will be working with Duke Bioengineers and Neurobiologists on important basic and translational questions surrounding spinal cord injuries (SCI), which we hope to bring to clinical relevance.

Haglund

Michael Martin Haglund

Duke Surgery Distinguished Professor of Neurosurgery in the School of Medicine

My clinical areas of expertise include spinal surgery, especially cervical spine surgery where I have performed almost 8,300 cervical spine procedures and recently was ranked the top cervical spine surgeon in the country by MPIRICA (an analytical company that reviews surgical outcomes).  I believe the whole patient is important and we emphasize time with the patient and careful discussions regarding possible surgery. Our excellent results are due to a great team of physicians, nurses, CRNAs, and anesthesiologists.  I also believe in the spiritual side in taking care of my patients. As a design surgeon we are developing better ways to treat cervical spine disease through innovative approaches to the cervical spine.

Through my Masters in Academic Medicine degree, I developed the Surgical Autonomy Program which is now used in 7 Neurosurgery Programs across the country and is an innovative way to teach, assess, and provide feedback to residents in the intraoperative environment.  Over the last twelve years we have developed the first ever Division of Global Neurosurgery and Neurology (launched in 2014), where I serve as the Division Chief and the Division boasts over 100 members including faculty, graduate and medical students, undergraduate students and an outstanding staff of researchers, most located in the Duke Global Health Institute.  The Division has published over 120 manuscripts between 2014 and 2023.  We have primarily worked in building capacity, teaching, and collaborative research projects in Uganda.  In 2019 I was invited to join the faculty at the Duke-Singapore Global Health Institute and we are working with the Singapore Neuroscience Department to develop outreach and increase capacity in Jaffna, Sri Lanka.

Gellad

Ziad F. Gellad

Professor of Medicine

Dr. Gellad is an associate professor of medicine in the Division of Gastroenterology at Duke University Medical Center and the Chief of Gastroenterology at the Durham VA Health Care System.  His research focuses on quality of care in gastroenterology, with a particular focus on colorectal cancer screening. Dr. Gellad has also received several innovation grants to develop and implement novel information technology platforms to improve the patient and clinician experience.  He is also an active contributor to the innovation and entrepreneurship activities within Duke University and co-founder of a health technology startup in Durham, NC.

Dr. Gellad received his MD and MPH degrees from Johns Hopkins University.  He completed a residency in internal medicine and a fellowship in gastroenterology at Duke University Medical Center.   Dr. Gellad is past-chair of the Quality Measures Committee of the American Gastroenterological Association, associate editor for GI & Hepatology News and is on the Board of Editors for Clinical Gastroenterology and Hepatology.

Lad

Shivanand Lad

Professor of Neurosurgery

Dr. Nandan Lad is a neurosurgeon, scientist, and entrepreneur and Professor and Vice Chair of Innovation for Duke Neurosurgery. He is Director of the Functional & Restorative Neuromodulation Program and the Duke NeuroInnovations Program, a systematic approach to innovation to large unmet clinical needs.

He completed his MD and PhD in Biochemistry at Chicago Medical School and his neurosurgical residency training at Stanford with fellowships in both Surgical Innovation and Functional Neurosurgery.  

Neuromodulation; Neurorestoration; Bioengineering; Medical Device Design; Clinical Trials; Data Science; Health Outcomes.


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