Why General Surgery Is an Underserved RTM Opportunity
General surgery post-operative patients represent a large, high-acuity monitoring population that is significantly underserved by current RTM adoption. While orthopedic surgery practices have been early adopters of RTM programs, general surgery — which performs comparable volumes of post-operative cases with equivalent or higher complication risks — has been slower to implement billable RTM programs. The clinical case for RTM in general surgery is compelling. Post-operative general surgery patients have significant monitoring needs between discharge and their first scheduled follow-up visit (typically 7–14 days post-discharge). During this window, serious complications can develop: surgical site infections (SSI rates for open abdominal cases range from 5–15%), wound dehiscence (occurs in 1–3% of laparotomy cases), drain output changes signaling anastomotic leak (occurs in 1–4% of colon and gastric procedures), and ileus or early obstruction (occurs in 5–10% of abdominal cases). Each of these complications generates readmission costs of $8,000–$25,000 per event when not caught early. RTM creates a monitoring infrastructure that identifies these complications during their treatable early phase — before they require readmission. The billing case is equally strong: every post-operative general surgery patient who can use a smartphone or tablet qualifies for RTM enrollment, and CPT codes 98975–98981 are billable for musculoskeletal and wound monitoring data collected through an RTM-compliant platform. A general surgery practice performing 500 cases annually can generate $150,000–$200,000 in annual RTM revenue while simultaneously improving clinical outcomes and reducing readmission penalties.
Clinical Monitoring Domains: Wound, Drain, Pain, and Activity
General surgery RTM programs monitor four clinical domains that align with the actual post-operative recovery experience of general surgery patients. Wound healing monitoring is the highest-priority domain. Daily photograph submission through the patient's monitoring app allows the clinical team to assess incision healing trajectory, identify early signs of surgical site infection (erythema, warmth, purulent discharge, dehiscence), and remotely guide wound care. For laparoscopic cases with small port-site incisions, photograph monitoring takes less than 2 minutes per day for the patient. For open cases with larger incisions, particularly complex ventral hernia repairs or open colectomies, wound monitoring may also include wound care measurement (width, depth of any wound separation using a provided wound ruler). Drain output monitoring is specifically valuable for post-colectomy, post-gastrectomy, and post-Whipple patients with closed suction or passive drains in place. Patients record daily drain output volume, color, and character in the RTM app. Alert thresholds for drain output changes — sudden increase in volume, change from serous to cloudy or bloody character, output exceeding 200 mL/day beyond postoperative day 5 — trigger immediate clinical review. Drain output data that signals anastomotic leak or bile leak allows early intervention, including CT imaging and possible reoperation before the patient becomes septic. Pain management tracking via daily NRS scores and medication log — particularly important for monitoring pain trajectory in patients discharged on opioid prescriptions, where unexpected pain increases signal complications. Activity progression tracking (step counts, ambulation milestones) correlates with return of bowel function and overall recovery trajectory, particularly relevant for bariatric and colorectal patients.
RTM Code Requirements for General Surgery Patients
The RTM code framework for general surgery post-op patients uses the same four codes applicable in other surgical specialties, with specific application notes for this patient population. CPT 98975 (Initial Setup): Billed once per patient when the RTM device or platform is set up and the patient receives education. For general surgery patients, setup ideally occurs pre-operatively — at the pre-surgical visit or during surgical scheduling. Setup can also occur at the time of discharge, though this is operationally less ideal. 2025 Medicare rate: approximately $19.50. CPT 98977 (Device Supply, Musculoskeletal): Billed monthly when the patient's device transmits data on at least 16 of 30 days in the billing period. For general surgery patients with wounds, drains, and pain requiring monitoring, this threshold is easily met when the enrollment workflow is well-designed. 2025 Medicare rate: approximately $47.00. CPT 98980 (First 20 Minutes of Monitoring Time): The primary revenue code, billed when clinical staff spend at least 20 minutes in a calendar month reviewing RTM data, communicating with patients, and documenting interactions. 2025 Medicare rate: approximately $50.50. For post-colectomy and post-bariatric patients, 20 minutes of monthly monitoring time is easily met given the volume and complexity of data generated. CPT 98981 (Additional 20-Minute Increment): Complex general surgery patients — open cases, patients with drains, patients with wound complications, bariatric patients — frequently generate 40+ minutes of monthly monitoring time. 2025 Medicare rate: approximately $40.50. Bill 98981 in any month where documented monitoring time exceeds 40 minutes for an individual patient.
Revenue Per Patient Across General Surgery Procedure Categories
Revenue calculations for general surgery RTM vary by procedure type and the associated post-operative monitoring intensity. Laparoscopic cholecystectomy (30-day post-op monitoring): Month 1: 98975 ($19.50) + 98977 ($47.00) + 98980 ($50.50) = $117.00 at Medicare rates. These patients have shorter monitoring needs — wound monitoring for 2–3 weeks and pain tracking. 30-day total: $117. At commercial rates: $140. Laparoscopic hernia repair (60-day post-op monitoring): Month 1: 98975 + 98977 + 98980 + 98981 = $157.50. Month 2: 98977 + 98980 = $97.50. 60-day total: $255. At commercial rates: $306. Open colectomy or major abdominal surgery (90-day post-op monitoring): Month 1: 98975 ($19.50) + 98977 ($47.00) + 98980 ($50.50) + 98981 ($40.50) = $157.50. Month 2: 98977 ($47.00) + 98980 ($50.50) + 98981 ($40.50) = $138.00. Month 3: 98977 ($47.00) + 98980 ($50.50) = $97.50. 90-day total: $393. At commercial rates: $472. Bariatric surgery (90-day intensive monitoring): Same code structure as colectomy, but bariatric patients generate more monitoring time due to dietary compliance tracking, nutritional supplement adherence, and activity progression. Expect $393–$450 per patient at Medicare rates. Practice revenue model for 500 general surgery cases annually with 65% RTM enrollment and a blended average of $280 per patient (mix of short and long monitoring programs): 500 × 0.65 × $280 = $91,000 annually at Medicare rates. At commercial rates: $110,000–$130,000.
Enrollment Workflow: From Surgical Consent to First Billing
The enrollment workflow for general surgery RTM should be embedded in the existing pre-operative and post-operative care pathways, not added as a separate administrative process. The most efficient general surgery RTM enrollment workflows follow this sequence: Step 1 — Surgical scheduling: When a case is booked, the scheduling coordinator identifies RTM-eligible procedures (any elective abdominal or soft-tissue surgery with post-operative monitoring requirements) and flags the case for RTM enrollment in the pre-op visit order set. Step 2 — Pre-operative visit: The clinical coordinator or pre-op nurse presents the RTM program to the patient, obtains written consent, sets up the monitoring app on the patient's smartphone, confirms the patient can navigate the daily check-in workflow, and verifies that photographs submit correctly. CPT 98975 is billed at this point. Step 3 — Discharge: The discharging nurse reviews the RTM protocol with the patient — what to photograph, when to submit daily check-ins, and how to contact the monitoring team with urgent concerns. The patient receives a laminated card with the monitoring team's contact information and the criteria that warrant immediate escalation (increasing redness, foul-smelling drainage, fever >101°F, drain output doubling). Step 4 — Post-discharge day 1: The monitoring nurse reviews the first day's data submission, confirms the workflow is functioning, and contacts any patient who did not submit on day 1 to troubleshoot. Step 5 — Monthly billing cycle: At the end of each calendar month, the billing team pulls compliance reports, verifies 16-day threshold, calculates staff monitoring time, and submits 98977, 98980, and 98981. The cycle repeats monthly for the duration of the monitoring program.
Complication Detection: The Clinical Value That Drives Payer Coverage
RTM complication detection generates documented clinical value that justifies the program beyond its billing revenue — and this clinical documentation is increasingly important as payers scrutinize RTM billing. Documenting the clinical interventions triggered by RTM data — and their outcomes — creates an evidence base that supports RTM's medical necessity and protects against audit risk. Case example types to document: A post-colectomy patient whose RTM wound photo at POD 8 showed incipient wound erythema — the monitoring nurse recognized early SSI signs, contacted the surgeon, and the patient was seen in the office for oral antibiotic initiation. The infection resolved without readmission, representing an avoided readmission cost of approximately $12,000. A post-sleeve gastrectomy patient whose pain scores increased sharply on POD 5 — the monitoring team contacted the patient, noted associated left shoulder pain and low-grade fever, and directed the patient to the ED where an early anastomotic leak was identified and managed with IR drainage rather than reoperation. Document each clinical intervention triggered by RTM data in a structured format: triggering RTM data (date, type, value), staff contact (date, time, summary), clinical assessment, action taken, and outcome. This documentation serves three purposes: it demonstrates RTM clinical value for internal quality reporting, it supports medical necessity for RTM billing in audits, and it contributes to outcomes data that can be used in payer contract negotiations and quality reporting. Practices that build this documentation infrastructure from the start of their RTM program have a strong audit defense and a compelling clinical story for payer and hospital partnership conversations.
Payer Coverage and Compliance Monitoring for General Surgery RTM
Commercial payer coverage for general surgery RTM is variable in 2025, and verifying coverage before billing is mandatory to avoid claim denials and potential overpayment obligations. The major payers' positions: Medicare: RTM codes 98975–98981 are nationally covered under the CMS Physician Fee Schedule for qualifying musculoskeletal and wound monitoring applications. No prior authorization required for traditional Medicare. Medicare Advantage: Coverage varies by plan — many MA plans follow traditional Medicare RTM coverage, but some have modified requirements or payment rates. Verify RTM coverage for each MA patient individually. Aetna: Covers RTM for musculoskeletal conditions; wound monitoring applications may require clinical policy review for non-musculoskeletal conditions — check current Aetna clinical policy bulletin. UnitedHealthcare: Covers RTM per their Remote Monitoring coverage policy; wound monitoring for post-surgical patients is covered when using a qualifying device. Cigna: Covers RTM under their Remote Patient and Therapeutic Monitoring policy — verify the plan type and confirm that wound monitoring is included in the member's benefit. BCBS affiliates: Variable coverage; some Blue plans fully cover surgical post-op RTM, others are developing policies. Call the payer's provider services line and document the response. Documentation compliance audits for RTM have increased in frequency following CMS signals of enhanced RTM audit activity in 2024. The highest-risk documentation failures in general surgery RTM audits are: (1) missing patient consent form, (2) 98977 billed in months with fewer than 16 data days, (3) 98980/98981 billed without individual patient time logs, (4) monitoring performed by staff without sufficient documentation of physician general supervision. Quarterly internal compliance audits reviewing a 10% sample of RTM billing with the underlying documentation are the most effective defense against external audit findings.
clinIQ for General Surgery
clinIQ's RTM module automates enrollment, wound monitoring, compliance tracking, and billing for general surgery post-op patients — generating six-figure RTM revenue for qualifying practices.
Learn More