The goal of this randomized controlled trial is to evaluate whether remote pedometer follow-up and virtual coaching can improve ambulation after major abdominopelvic surgery, and how this affects key postoperative outcomes. The main questions it aims to answer are: * Does pedometer-guided ambulation coaching increases ambulation after surgery? * Does pedometer-guided coaching improve satisfaction, quality of recovery, while reducing postoperative complications? Participants will be asked to install a pedometer app for the purpose of data sharing. Study personnel will compare pedometer follow-up plus text message coaching (intervention) with pedometer follow-up only (control) to investigate whether coaching improves adherence to the postoperative ambulation recommendation, and whether this leads to improvement of the secondary outcomes.
Ambulation is not only a key component for improved postoperative recovery, studies have also found associations between the degree of ambulation in the early postoperative period and postoperative morbidity. Additionally, A preoperative sedentary lifestyle has been associated with a higher incidence of complications and readmissions after surgery . Our team conducted a systematic review, which found that perioperative pedometer readings were captured in 64-94% of the patients, and pedometer data were linked to a number of important perioperative outcomes including; complications; length of stay; and unplanned readmission. Several studies have demonstrated that inpatient pedometer-guided exercise programs could improve postoperative ambulation. However, this is limited by the length of hospital stay. In this study, the aim is to investigate the efficacy of pedometer-based coaching for post-discharge ambulation. This is a randomized controlled trial with a 1:1 allocation ratio. Participants will be randomly allocated to either pedometer follow-up (control) or pedometer follow-up with 3 times per week ambulation coaching through texts (intervention). Participants will be screened and consented before surgery. All recruited subjects will have a pedometer app installed on their phone during the preoperative clinic visit, during which the purpose of the app and potential risks will be explained. After surgery and confirmation of the postoperative criteria, participants will enter the study and undergo randomization through a automated system. Postoperatively , participants in the control arm will have pedometer data collected over postoperative days 8-30. The participants in the interventional arm will also have the pedometer data collected, while additionally being provided feedback in the form of text message every Monday, Wednesday and Friday. Pedometer data: The pedometer app utilized for this study is called "Outwalk" and it is designed by a third party. The study team has a research account on the pedometer app. During the screening visit, after downloading the app and creating the deidentified study subject account, the subject enables their data to be shared with the research account. This provides automatic access to the step count data. The study team will have access to subject data and the unblinded team member will check the steps count. The following details will be collected from the medical record and/or directly from the participants: Age, Gender , Race and Ethnicity, Planned surgery, American Society of Anesthesiologists (ASA) classification, Insurance status, BMI, Charlson comorbidity score, smoking status (never, former, current), alcohol status (never, social, regular), substance use disorder (yes or no), reports of postoperative delirium, unplanned admissions to emergency room or unplanned hospital visits after surgery, The following are collected from the participants: Postoperative recovery satisfaction (1-10), Sleep quality (1-10), pre and postoperative Duke Activity Status Index (0-58.2), technical issues with pedometer or app use (no, or yes with explanation), Quality of Recovery 15 score (0-150) Sample size: Based on prior findings from prior studies, this study is expected to enroll 120 subjects (60 subjects per arm), accounting for loss to follow-up or restrictions of primary outcome. In an inpatient exercising program for patients undergoing laparoscopic surgery, the intervention increased step goal adherence from 7% to 27% with a sample size of 58 subjects per arm, Using 1:1 allocation with p\<0.05 and power of 80%. In another study of open gynecology procedures; results showed the proportion of patients achieving activity goal (return to preoperative baseline) was 71% with pedometer-- based exercise intervention vs 41% control, with a sample size of 42 subjects per arm. Participants who have missing data on more than 30% of the days will be removed from the study, their data will not be analyzed. Participants who have zero steps recorded for more than 30% of the days will also be treated as out-of-range results and will not be included in the primary analysis. The investigation team plan to evaluate the distribution of the baseline characteristics between the two arms. Additional statistical analyses will be undertaken if there is significant baseline characteristics imbalance. Participants who have missing baseline data will be included in the primary and secondary analyses. The plan is to conduct a separate sensitivity analysis with these participants excluded. Participants with missing day 30 data will be included in the primary analyses. For such participants , any usable day-30 data will be included in the secondary analyses. The primary analysis will compare the compliance with the ambulation goal between the coaching arm and the pedometer only arm. Compliance is defined as achieving at least 90% of the recommended ambulation goal (\>2,250 steps per day), this is to accommodate for daily variation in activities, as well as to accommodate for missed step recording. For the evaluation of secondary outcomes, the day 30 outcomes between the coaching arm and the pedometer follow-up arm will be compared. Additionally, the following exploratory analyses are planned: 1. Day-30 outcomes in participants who reached the ambulation goal compared to those who did not, including participants in both arms 2. Comparing the changes in daily step count across time from day 8 to day 30 3. Sensitivity analysis of primary outcome, where participants with out-of-range results will be included. 4. Sensitivity analysis of primary outcome, where participants with missing baseline data will be excluded. Participants who have missing baseline data will be included in the primary and secondary analyses. A separate sensitivity analysis will be conducted with these patients excluded. Participants with missing day 30 data will be included in the primary analyses. For such participants, any usable day-30 data will be included in the secondary analyses.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
SUPPORTIVE_CARE
Masking
NONE
Enrollment
120
The daily step count will be obtained from the patients using a pedometer app (OutWalk) from day 8 to day 30 after surgery.
Patients will receive coaching text messages every Monday, Wednesday and Friday between day 8 and day 30 after surgery, based on a pre-fixed template.
Stony Brook University Hospital
Stony Brook, New York, United States
RECRUITINGAdherence to ambulation goal
Proportion of days on which patient met the ambulation goal
Time frame: Postoperative day 8 to day 30
30-day Duke Activity Status Index (DASI) score
DASI score obtained through patient interview. This is a score which can range from 0 to 58.2. Higher score denotes better self-reported functional capacity.
Time frame: Postoperative day 8 to day 30
30-day Quality of Recovery -15 (QoR-15) score
QoR-15 score obtained through patient interview. This is a score which can range from 0-150. Higher score denotes better self-reported recovery after surgery.
Time frame: Postoperative day 8 to day 30
Unplanned hospital visits
Emergency room or hospital visits which are not part of the planned postoperative follow up visits, obtained through medical record review and patient interview
Time frame: Postoperative day 8 to day 30
Sleep
Quality of sleep. This is reported using a self-reported numerical rating scale which ranges from 0 to 10. Higher score denotes better sleep quality.
Time frame: Postoperative day 8 to day 30
Patient satisfaction
Patient satisfaction with the postoperative recovery. This is reported using a self-reported numerical rating scale which ranges from 0 to 10. Higher score denotes better satisfaction.
Time frame: Postoperative day 8 to day 30
Postoperative delirium
Report of postoperative delirium during the hospital stay
Time frame: Day of surgery to day of discharge (up to 7 days after surgery)
Technical issue with the app or the follow up
Patient reported issue with the pedometer app usage or the follow up process, obtained through patient interview
Time frame: Postoperative day 8 to day 30
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