Last updated: 2026-09-26
Choosing between a pulmonology virtual medical assistant and in-house staff starts with where each one sits, because the remote seat works beside the testing team rather than inside it. The first line to draw is which breathing-test procedures stay in the lab, since anything performed on a patient belongs there. From there the useful question is what a remote professional can own, beginning with diagnostic scheduling and the eligibility checks that clear a patient for testing, then deciding which queues to outsource. That scope covers booking spirometry, DLCO and bronchoscopy slots, then handling oxygen authorizations and confirming bronchodilator holds before each appointment. Cost follows scope, first for a full-time scheduler on staff priced across a year, then for the same work billed by the hour. Speed matters too, meaning how fast a remote hire can catch up a backlog, and what a delayed pulmonary function test costs when nobody clears the queue. The decision then comes down to whether on-site scheduling or a remote seat fits the workload, when a practice keeps its testing team and adds a remote hire instead, and which wage and testing-billing sources back these numbers. This is a healthcare comparison, so the compliance line runs through it.
A pulmonology virtual medical assistant sits beside the in-house testing team, not inside it. That assistant is a healthcare-trained remote professional who works in your existing systems on administrative and clinically adjacent tasks. In-house, the testing team is the pulmonologist, the pulmonary function technologist and the front-desk staff who run the lab and the room. Presence, not skill, is the practical difference. Anything that happens to a patient in the building stays with in-house staff, and anything that lives in software can move to the remote seat.
That line decides the cost comparison too. An employee costs a salary plus the load stacked on top of it, whether or not the schedule is full. A remote hire costs an hourly rate for the hours worked. Comparing a $22 staff wage against a $12 remote rate misreads both sides, because the employer's real cost isn't $22 and the remote cost has no floor beneath it.
Every procedure performed on a patient stays inside the in-house testing lab, which is the honest limit of the remote model and belongs before any cost table. A pulmonology virtual medical assistant can't do any of the hands-on tasks below.
Where most of your open role sits on that list, the comparison is settled and you're hiring in-house. Read on where a real share of the work is administrative, which in most pulmonology practices it is. Test scheduling, authorizations and result tracking pile up against whoever is at the desk when they land, so the lab technologist ends up on the phone with a payer instead of at the plethysmograph. Naming that split on paper is usually the first time a practice sees how much never needed the building.
A pulmonology virtual medical assistant can own the whole paper trail that clears a patient for a breathing test. That starts with the diagnostic scheduling itself, then the eligibility checks that sit in front of it: confirming active coverage, reading the benefit for pulmonary function testing, and flagging when a payer wants a prior authorization before the slot is booked. The assistant works these inside your system, whether that's eClinicalWorks, Epic or Tebra, and logs each step where the next person can see it.
Compliance is a fair question with a plain answer. A remote assistant works within a HIPAA-compliant arrangement once a Business Associate Agreement is signed and system access stays under practice control. Honest Taskers assistants are HIPAA-trained, but no person holds a standing certification, so what protects the practice is the agreement plus the access behind it. Scope that access the way you would for an on-site hire, meaning the minimum the role needs and revocable the day the engagement ends.
A pulmonology virtual medical assistant schedules spirometry, DLCO and bronchoscopy by matching each order to the right room, block and prep window. Simple office spirometry drops into a routine slot. A full pulmonary function study with DLCO and lung volumes needs a longer block and the technologist, so it goes to the lab schedule rather than a standard visit. Bronchoscopy books into the procedure suite with its own pre-procedure list, and a methacholine or exercise challenge gets a dedicated slot because it ties up the room and staff.
Reminders and prep confirmation fall to the same assistant, since a no-show on a lab block costs far more than a missed office visit. That task-by-task view of what moves and what doesn't sits in our list of tasks to outsource to a virtual medical assistant. Booking is administrative work; the order behind it is the clinician's.
A pulmonology virtual medical assistant handles oxygen authorizations by assembling the paperwork and driving it through the payer, and handles bronchodilator holds by confirming the clinician's instructions with the patient. Home oxygen and some testing carry a prior authorization, so the assistant gathers the qualifying documentation, the ordering note and the test results, submits the request, and tracks it until a decision lands rather than letting it sit in a queue.
Bronchodilator holds are the other recurring job. Spirometry results are only clean when the patient stops the right inhaler for the right number of hours beforehand, and the pulmonologist sets that hold window. That assistant relays the window to the patient, confirms they understood it, and notes the confirmation in the chart. So this is clinically adjacent work, not a clinical decision, and the boundary belongs in the role description rather than settled during onboarding. Completed results can go back into the EHR through the same person, who can also run COPD and asthma follow-up outreach.
A full-time in-house pulmonology scheduler costs far more than the salary line, because roughly a third of the seat is employer load. US medical secretaries and administrative assistants earned a median $45,930 a year (Source: Bureau of Labor Statistics, "Occupational Employment and Wage Statistics", May 2025, code 43-6013). Employer load on top gets broken out separately below so nothing is counted twice (Source: Bureau of Labor Statistics, "Employer Costs for Employee Compensation", March 2026).
| Cost line | What it covers | On top of wages | Per year |
|---|---|---|---|
| Base salary | The advertised pay for the role | n/a | $45,930 |
| Insurance | Health and related coverage | 17.5% | $8,038 |
| Paid leave | Vacation, sick days and holidays | 11.9% | $5,466 |
| Legally required | Employer FICA, unemployment, workers' compensation | 10.2% | $4,685 |
| Supplemental pay | Overtime, bonuses and shift differentials | 4.5% | $2,067 |
| Retirement and savings | Employer contributions and match | 4.5% | $2,067 |
| All-in recurring | What the seat costs before equipment or space | 48.7% | about $68,252 |
That covers recurring cost only. Filling the seat costs an average $5,475 per hire for non-executive roles (Source: SHRM, "2025 Benchmarking Report"), and that lands again on every turnover, with replacement running roughly six to nine months of salary once lost productivity is counted. Equipment and space vary too much between practices to carry a national figure.
A pulmonology virtual medical assistant costs $10.00 to $12.65 an hour, depending on role, background, schedule and location, billed hourly with no weekly minimum. At 40 hours a week that's about $20,800 to $26,312 a year, and at 20 hours a week about $10,400 to $13,156. None of the employer load applies, so there's no payroll tax, no benefits, no paid leave and no workspace, because you're buying hours rather than employing a person.
Most practices underweight the part-time figure. An in-house hire is a full-time decision even where the test-scheduling work fills 20 hours, because half-time administrative roles are hard to recruit and harder to keep. Hourly billing removes that floor, so for a genuinely part-time workload the comparison isn't $68,252 against $26,312, it's $68,252 against $13,156 for the same output. For the full pricing picture, see our guide to how much a virtual medical assistant costs. Run the numbers on your own local wages rather than these national medians.
A remote hire catches up faster than a new employee starts. Most Honest Taskers placements complete within one to three weeks of a signed agreement, and the first hire comes with a two-week working trial, so fit is tested on your real backlog before anything further is committed. Recruiting an in-house scheduler in most US markets takes longer than that before onboarding even begins, and the lab blocks keep going unfilled while the seat sits empty.
Unbooked pulmonary function tests are exactly the kind of finite, well-defined queue a remote hire clears quickly, because the work is legible and repeatable once the prep rules are written down. Providers differ in how fast they can staff a specialty backlog, which our list of best pulmonology virtual medical assistant companies lays out. Turnover is the other half of the timing question. Honest Taskers reports 99.6% average monthly retention, and where a placement doesn't work the replacement runs through the same process rather than a fresh recruitment cycle you staff yourself. An in-house departure restarts recruiting, onboarding and the ramp from zero.
A delayed pulmonary function test costs the practice a delayed diagnosis, a delayed treatment, and a follow-up visit that slides with both. That test is the input the pulmonologist reads to confirm COPD, grade asthma or size a restrictive pattern, so when the booking stalls the whole clinical timeline stalls behind it. Patients wait longer to start or adjust an inhaler, and the visit that interprets the reading moves out too.
Money tracks the clinical timeline. Testing bills once it's done, and the follow-up bills only after a clinician reads it, so a stalled queue defers both lines of revenue rather than losing them cleanly. An in-house team already stretched across the lab and the phones is the team most likely to let the scheduling queue slip, because the hands-on work has to happen now and the booking can always wait until later, until it can't. Holding that gap is what a remote seat is sized for, since clearing the queue is its whole job rather than the task it does between patients.
On-site scheduling is the better fit when the role needs a person in the building, and a pulmonology virtual medical assistant is the better fit when the work lives in software. Sort your open role into two columns before you price anything, because the split decides the answer more than any rate card. In the first column put every task needing someone physically present, such as rooming a patient or running the lab. The rest, meaning the scheduling, authorizations, reminders and result tracking, goes in the second.
Then apply three tests to the columns. Where the on-site column holds most of the role, hire in-house and stop. A remote column that doesn't fill a full week suits an hourly hire, since no employee can be sized to it. Urgency is the third test, and weeks against months settles it on its own. Practices unsure the volume justifies either option can size it first with our guide to the signs your practice needs a virtual assistant.
Most pulmonology practices getting this right keep the testing team and add a virtual medical assistant, because the question was never either-or. One pattern that works keeps in-house staff for the lab, the procedure suite and anything physical, then moves the scheduling, oxygen authorizations, prep confirmation and result tracking to a remote hire. That's augmentation rather than replacement, and it shows up first as the technologist getting their bench time back instead of sitting on hold with a payer.
Watch for a lab technologist or a front-desk employee spending hours a day on work that never needed the building. When that's happening, you're paying a loaded staff rate for output an hourly remote hire could deliver, and your on-site person is unavailable for the testing only they can run. What the remote role covers and where it stops is laid out in our explainer on what a virtual medical assistant is.
Wages come from the Bureau of Labor Statistics "Occupational Employment and Wage Statistics" program for May 2025, code 43-6013, medical secretaries and administrative assistants, the closest anchor for a pulmonology scheduler. Load percentages come from the same agency's "Employer Costs for Employee Compensation" series for March 2026, applied as separate components so paid leave and legally required benefits aren't double-counted. Cost per hire and replacement cost come from SHRM's "2025 Benchmarking Report", and Honest Taskers rates come from the company's own published rate card. Pulmonary function testing and bronchoscopy bill under their own CPT codes, set by the practice's fee schedule rather than a national median, and that testing revenue is what a stalled scheduling queue defers. Every wage figure here is a national median, so all of them move with your local band.
For this same comparison run on a general administrative role rather than a pulmonology one, see our virtual assistant vs in-house employee cost comparison.
Talk to Honest Taskers about which half of your pulmonology workload can move.
