Hyperbaric oxygen therapy (HBOT) presents an administrative challenge that is structurally unlike almost any other medical treatment. A full course of hyperbaric treatment for conditions such as diabetic foot ulcers, radiation tissue injury, or chronic non-healing wounds requires patients to attend 20 to 40 individual daily sessions — each of which must be scheduled, tracked, and billed, while insurance authorizations are managed in batches that may need renewal before a full course is complete.
The result is a treatment modality with extraordinary per-patient administrative volume. A wound care center or hospital-based hyperbaric program seeing 15–20 active patients simultaneously is managing the scheduling and authorization overhead of what would be hundreds of individual appointments in other specialties. Without dedicated administrative infrastructure, that workload overwhelms nursing and technical staff who should be focused on treatment delivery.
Virtual assistants (VAs) trained in hyperbaric and wound care administrative workflows are helping practices and programs manage this continuous administrative cycle efficiently.
The Administrative Complexity of Hyperbaric Programs
Authorization management in hyperbaric medicine is uniquely cyclical. Medicare and most commercial payers authorize hyperbaric oxygen therapy in blocks — often 10 to 20 sessions — and require reauthorization before additional sessions can proceed. The Undersea and Hyperbaric Medical Society (UHMS) has noted that authorization management is among the top operational pain points cited by hyperbaric program directors, particularly for wound-related indications where treatment length is difficult to predict in advance.
Daily treatment scheduling is the other defining administrative challenge. Patients receiving HBOT must come in daily (excluding weekends at most programs), meaning the scheduling system must accommodate dozens of individual appointments per patient over a multi-week period, manage rescheduling when patients miss sessions, and track cumulative session counts for both clinical and billing purposes.
Wound care coordination adds a further layer. Most hyperbaric patients are also being treated by wound care nurses, vascular surgeons, endocrinologists, or infectious disease specialists. Coordinating care between the hyperbaric program and these other treating providers — sharing wound photography, lab results, and treatment progress updates — requires consistent administrative follow-through that falls to staff who often lack the bandwidth.
What Virtual Assistants Do in Hyperbaric Programs
Authorization block management and renewal is the most time-critical VA function in hyperbaric medicine. VAs track where each patient is within their authorized session block, submit reauthorization requests before blocks expire, follow up with payers on pending renewals, and manage the appeals process for coverage decisions. This prevents the treatment interruptions that occur when authorizations lapse mid-course.
Daily treatment scheduling and session tracking gives VAs responsibility for maintaining the scheduling calendar, sending appointment reminders, managing reschedule requests, and tracking each patient's cumulative session count against their treatment plan. VAs flag patients who miss sessions and reach out to address barriers to attendance — improving completion rates.
Multi-provider wound care coordination allows VAs to manage the communication loop between the hyperbaric program and other treating physicians. VAs send treatment progress updates, coordinate wound photography documentation, transmit lab and imaging results relevant to wound healing, and schedule the collaborative case reviews that complex wound patients require.
Industry Context and Program Growth
The hyperbaric medicine market is expanding alongside growth in the diabetic wound care segment. The American Diabetes Association reports that approximately 15 percent of people with diabetes will develop a diabetic foot ulcer at some point, and lower extremity complications account for the largest share of diabetes-related hospitalizations. As the U.S. diabetic population grows — currently estimated at over 38 million adults by the CDC — the demand for wound care and HBOT services will grow with it.
Hospital-based wound care programs and independent hyperbaric centers alike are facing the challenge of managing growing patient volumes with constrained staffing. The administrative-to-clinical ratio in a busy hyperbaric program is high: clinical staff spend significant time on scheduling and authorization work that could be handled by a trained VA.
Full-time administrative coordinators for specialty programs like hyperbaric medicine typically cost $48,000–$65,000 annually. VAs provide comparable administrative support for the scheduling and authorization functions that define this specialty's workload, at substantially lower cost.
Practices and programs evaluating VA support options can explore Stealth Agents, which places medically trained VAs experienced in specialty procedure scheduling and insurance authorization workflows.
Key VA Qualifications for Hyperbaric Programs
VAs supporting hyperbaric programs should be familiar with the CMS Local Coverage Determination (LCD) requirements that govern HBOT reimbursement for Medicare patients, as this shapes which indications require specific documentation for authorization. Experience with wound care EHR platforms and strong attention to detail in session-count tracking are both important. HIPAA compliance training is standard.
Programs that deploy VA infrastructure for their hyperbaric operations create the scheduling and authorization capacity to run at full chamber utilization without burning out the clinical team — the operational foundation for a financially sustainable and clinically effective program.
Sources
- Undersea and Hyperbaric Medical Society. Hyperbaric Oxygen Therapy Indications and Program Management. 2024.
- American Diabetes Association. Standards of Medical Care in Diabetes. 2024.
- Centers for Disease Control and Prevention. National Diabetes Statistics Report. 2024.