Patient questions · Answered personally

Ask Dr. Tortland: Answers on PRP, Pain and Non-Surgical Care

Patients send the questions no one has answered for them. These are my answers: in my own words, including the ones where the honest answer is "I cannot help you, and here is who can."

Answered by Dr. Tortland personallyNo question is too basicPatient advocacy first

Why this page exists

Doctors may have told you to give up.
I don't.
And neither should you.

When pain persists, treatments fail, or surgery seems like the only remaining option, it may be time to look at the problem differently. Most people who reach my office have already been told that their imaging is normal, that nothing more can be done, or that they should "learn to live with it." They arrive apologising for taking up time. This page is for them: plain answers to the questions patients actually ask, and an argument, made repeatedly and on purpose, that your symptoms are real, that a cause exists whether or not it has been found yet, and that you are entitled to keep looking for it.

Who answers

Dr. Tortland, personally

Typical reply

Within 2 business days

Cost to ask

None

Published anonymously

Always: no names, ever

Patient advocacy

Five things I tell patients before we discuss treatment.

These are not slogans. They are the working assumptions I bring to every new patient, and they change what happens in the exam room.

01

Finding the right doctor

The specialty on the door matters less than whether the physician will identify the pain generator before proposing a treatment. Ask how they will find the cause, and what they will do if the first answer is wrong.

02

Be your own advocate

You are the only person present at every appointment in your case. Come organized, ask for reasoning rather than conclusions, and know that a second opinion is a right, not an insult.

03

Don't give up on yourself

"I've tried everything" almost always means a series of treatments aimed at an unconfirmed diagnosis. A different diagnostic effort is not the same as another round of what failed.

04

Your symptoms and feelings are valid

What you describe is clinical evidence. Pain that persists, reproduces with a movement or follows a nerve distribution is a finding, and the losses it causes belong in the chart too.

05

It's not all in your head

A normal test does not mean a normal patient. Static imaging misses what only appears under load, and pain refers, so the scan may have been aimed at the wrong structure entirely.

And if I cannot help

I will tell you plainly, and tell you where to go.

Some problems belong in an operating room, and some tissue is beyond biologic repair. Declining to treat is part of honest practice, but it comes after a real diagnostic effort, never instead of one.

In his own words

The questions patients ask when no one has listened yet.

Lightly edited for length and anonymised. The substance is unchanged.

It's not all in your head

Four doctors have told me my tests are normal. Is this pain in my head?

No. Let me be as direct as I can be: a normal test does not mean a normal patient. It means that particular test, on that particular day, did not capture what is wrong with you.

Most imaging is static. You lie still inside a machine and it photographs your tissue at rest. But a great many musculoskeletal problems only appear under load or motion: a partially torn tendon that gaps only when you contract it, a nerve that stops gliding only when you extend the joint, a ligament that is competent lying down and incompetent standing up. Dynamic ultrasound routinely shows me findings in patients whose MRI reports read as unremarkable.

There is also a simpler explanation that gets overlooked: the wrong structure was examined. Pain refers. Hip pathology presents as knee pain, thoracic problems present as chest pain, a gluteal tendon presents as low back pain. If the imaging was aimed at the site of the symptom rather than the source, it can be perfectly normal and perfectly irrelevant.

Pain has a psychological dimension: chronic pain reliably affects sleep, mood and attention, and I will not pretend otherwise. But that is pain causing distress, not distress inventing pain. The order matters, and it is frequently reversed in a chart.

"It's all in your head" is not a diagnosis. It is what gets said when the workup has run out of ideas.

Paul D. Tortland, DO, FAOASM

Finding the right doctor

How do I find the right doctor for a problem nobody has been able to solve?

Stop looking for a specialty and start looking for a way of thinking. The question is not whether someone is an orthopedist, a physiatrist, a sports medicine physician or an osteopath. The question is whether they will identify your pain generator before proposing a treatment.

Things worth asking on a first visit: Will you examine me physically, with your hands? Do you image dynamically, in the office? What are the possibilities besides the one you have named, and how will you tell them apart? What happens if this treatment does not work? A physician comfortable with those questions is a physician who is reasoning rather than routing.

Watch, too, for how a practice handles uncertainty. Someone who says "I do not yet know, and here is how we will find out" is more useful to you than someone who is immediately certain. Confidence is easy to perform and hard to earn.

And weigh who does the procedure. In regenerative orthopedics especially, the physician's hands, imaging skill and experience matter more than the marketing of the product. Ask how many of these the doctor has personally performed, and whether they will be the one performing yours.

The right doctor is not the one with the most confident answer. It is the one who insists on finding the actual cause first.

Paul D. Tortland, DO, FAOASM

Be your own advocate

How do I advocate for myself without being written off as a difficult patient?

Be organized rather than adversarial. The most effective patients I see arrive with a one-page history: when it started, what makes it better and worse, what has been tried and what each thing did, and their actual goal, not "less pain," but "walk the dog for a mile," "return to overhead lifting," "sleep on that shoulder." Specific goals change clinical decisions.

Bring your imaging on disc or via portal, not just the report. Bring a list of your questions and keep it visible. And ask for reasoning, not just conclusions: "What made you rule that out?" is a collaborative question, and a good clinician will welcome it.

If you are dismissed, you are permitted to say so plainly and move on. Requesting your records, seeking a second opinion, or declining a proposed surgery are all normal exercises of your rights, not acts of defiance. You are the only person present at every appointment in your case. That makes you the continuity of care.

You are the only one who attends every appointment. That makes you the most informed member of your own care team.

Paul D. Tortland, DO, FAOASM

Your symptoms are valid

My family thinks I should have gotten over this by now. How do I explain what is happening?

What you are describing is one of the harder parts of chronic pain: the invisibility of it. There is no cast, no scan everyone can point at, and the fatigue of managing it looks, from outside, like withdrawal or reluctance.

Your symptoms are data. Pain that has persisted, that reproduces with a specific movement, that follows a nerve distribution, that wakes you at a particular hour: these are clinical findings, and I treat them as such. I have built a diagnosis on a patient's description more than once when the imaging offered nothing.

It also helps to name the cost out loud, to family and to your clinicians. Not the pain score: the losses. The hobby you stopped. The stairs you avoid. The work you are doing at sixty percent. That is the part that actually needs treating, and it is the part most likely to be left out of a chart.

Your description of your own pain is clinical evidence. Not a complaint to be managed around.

Paul D. Tortland, DO, FAOASM

Don't give up on yourself

I have tried everything and nothing has worked. Is it reasonable to keep trying?

"Everything" is almost never everything. When I take a careful history from a patient who says this, what I usually find is a series of treatments aimed at a diagnosis that was never confirmed: injections into the joint when the problem was the tendon beside it, therapy for a rotator cuff when the pain came from the nerve, surgery on a structure that was degenerated but painless.

So the honest answer has a condition attached. It is reasonable to keep going if the next step is different in kind from what has failed: a fresh diagnostic effort rather than another round of the same treatment. Repeating a failed approach with more determination is not persistence.

I will also tell you when I do not think I can help. Some tissue is too far gone for biology to repair, and some problems genuinely belong in an operating room. Saying so is part of the job. But that conversation should come after a real diagnostic effort, not instead of one.

In more than 30 years of this work, the patients who eventually got better were rarely the ones with the least damage. They were the ones who kept insisting the cause be found.

Hope is not a treatment plan. But neither is resignation, and only one of them leads to a diagnosis.

Paul D. Tortland, DO, FAOASM

The question I am asked most

PRP vs surgery: what's the real trade-off?

Not which is "better." They buy different things at different prices, and the honest comparison includes where surgery wins.

The short version

Surgery is mechanical: it removes, repairs or replaces structure, and it is decisive when structure is the problem. PRP is biologic: it stimulates repair in tissue that still has the capacity to heal, and it changes nothing mechanical. The real trade-off is certainty versus reversibility. Surgery offers a more predictable outcome and a permanent alteration of your anatomy. PRP offers a slower, less certain result that costs you nothing you cannot get back, and leaves surgery fully available if it fails.

The trade-off
PRP & orthobiologics
Surgery
The trade-offWhat it actually does
PRP & orthobiologicsStimulates the body's own repair in tissue that can still heal
SurgeryRemoves, repairs or replaces structure mechanically
The trade-offCertainty of outcome
PRP & orthobiologicsLess predictable: depends on tissue quality, biology and mechanics
SurgeryMore predictable when the structural problem is clearly identified
The trade-offReversibility
PRP & orthobiologicsNothing is removed or cut; surgery remains fully available afterward
SurgeryPermanent. Removed tissue does not come back, and revisions are harder
The trade-offRecovery cost
PRP & orthobiologicsDays of soreness, no immobilisation, no anesthesia risk
SurgeryWeeks to months of rehab; anesthesia, infection and clot risk
The trade-offTime to benefit
PRP & orthobiologicsSix weeks to six months, gradual
SurgeryStructural problem addressed immediately, then rehab
The trade-offCost and coverage
PRP & orthobiologicsUsually out of pocket; total cost known in advance
SurgeryTypically covered, but with facility, anesthesia and rehab costs
The trade-offWhere it fails
PRP & orthobiologicsBone-on-bone arthritis, full retracted tears, mechanical instability, locking
SurgeryPain without a structural cause, operating on an incidental finding

Choose surgery first

When structure has already failed.

  • A joint that locks, catches or gives way mechanically
  • Complete, retracted tendon tears with functional loss
  • End-stage arthritis with no remaining joint space
  • Progressive nerve compression with muscle wasting
  • Fracture, instability or deformity needing fixation
  • Any progressive neurologic deficit: this is urgent

Try biology first

When the tissue is degenerated, not destroyed.

  • Partial tears and chronic tendinopathy
  • Mild to moderate osteoarthritis with joint space remaining
  • Ligament laxity without gross instability
  • Pain persisting after a technically successful operation
  • Patients who cannot accept anesthesia or downtime
  • Anyone whose surgery is elective and can wait three months

The part rarely said out loud

A great deal of orthopedic surgery is performed on findings that were never the source of the pain. Degenerative changes are extremely common on imaging in people with no symptoms at all, so seeing a tear on a scan does not establish that it is your tear. That is the reason I put so much weight on a dynamic diagnostic examination before recommending anything, biologic or surgical. The wrong operation, done well, still leaves you in pain.

Treatment questions

Practical questions about care here.

Does insurance cover any of this?

Unfortunately not. Over the past several years, insurance companies have been changing their guidelines to cut coverage for many orthopedic procedures, which has been affecting orthopedic facilities across the country. Additionally, orthobiologic procedures themselves have never been covered by insurance. Our staff will ensure you have the full cost of any procedure in writing beforehand. Every patient receives a Good Faith Estimate in writing, which was created to help patients fight surprise hospital billing.

Am I too old for regenerative treatment?

No: age matters less than biology and mechanics. I have treated patients in their eighties who responded well and patients in their thirties who did not. It's not the age, but the diagnosis. What predicts response is the state of the tissue on ultrasound, how the joint loads, general metabolic health, and whether the actual pain generator has been correctly identified. Age alone has never been my reason to decline someone.

How long do the results last?

When treatment works, relief is typically measured in years rather than months, and some patients never need a repeat. But this is biology, not carpentry: the joint continues to be used, and if the mechanical cause of the wear has not been addressed, the problem can return. That is why the plan includes what happens after the injection.

Do I need imaging before I come in?

Bring whatever you have, but do not delay a visit to get more. I will perform my own diagnostic ultrasound, which is dynamic: it shows tissue moving under load, which a static MRI cannot. A number of patients arrive with a normal MRI and leave with a visible explanation for their pain.

I live out of state. Can this still work?

Yes, and a substantial share of my patients travel in from out-of-state and out-of-country. We review your records and imaging in advance via an initial telehealth evaluation appointment, then plan an in-person visit to streamline the treatment plan. If needed, we can help coordinate follow-up remotely with your local providers.

I already had surgery and I am still in pain. Is it too late?

No, and that is one of the most common reasons people come here. Pain after a technically successful surgery usually has a reason: scar tethering a nerve, a structure that was never the pain generator in the first place, altered mechanics loading a neighboring tissue. Failed surgery is a starting point for investigation, not a verdict.

How do I judge the clinics advertising stem cell cures?

Ask three questions. What exactly is being injected, and is it your own tissue? Who is holding the needle, and is the injection guided by live imaging? And what will happen if it does not work? A clinic that answers those plainly, quotes a realistic response rate, and tells you when you are not a candidate is behaving like a medical practice. One that guarantees results, sells packages up front, or offers the same injection for every diagnosis is not.

Can PRP fix bone marrow edema?

Generally, no, not by itself. Standard PRP is injected into the joint capsule, and bone marrow edema (also called a bone marrow lesion) sits inside the bone itself, beneath the cartilage. An intra-articular injection doesn't cross into that tissue. When imaging confirms a bone marrow lesion is contributing to the pain, I add a separate intraosseous injection, PRP or bone marrow aspirate concentrate delivered directly into the bone, to reach it.

Why did my arthritis come back after a PRP or stem cell injection?

A few possibilities, and it's worth sorting out which one applies rather than just repeating the same injection. Sometimes the joint mechanics that caused the wear in the first place were never addressed. Sometimes the dose or preparation wasn't strong enough for how advanced the arthritis was. And sometimes there's a bone marrow lesion beneath the cartilage that a joint-only injection never reached in the first place, so it was never fully treated to begin with. I'd want to re-examine and re-image before assuming the treatment simply "stopped working."

What is a bone marrow lesion and why does it cause pain?

It's an area of swelling, microdamage, and altered blood flow inside the bone, just beneath the cartilage: visible on MRI but not on X-ray. In arthritis, it's one of the more consistent predictors of how much pain a patient actually feels, sometimes more consistent than how the cartilage itself looks. Two patients with similar-looking joints on X-ray can have very different pain levels depending on how much bone marrow lesion is present.

Submit a question

Send me your question. I read all of them.

Include what hurts, how long it has been going on, and what has already been tried. If your question would help other patients, it may be published here: anonymously, always.

Questions answered on this page are general patient education and do not constitute medical advice, a diagnosis, or a physician-patient relationship. I cannot give individual medical direction by email or telephone without an examination. If your symptoms are worsening rapidly, you have new weakness, numbness or loss of bowel or bladder control, or you have signs of infection, seek urgent care now rather than waiting for a reply.

Sources

References & further reading.

01

Brinjikji W, et al. Systematic literature review of imaging features of spinal degeneration in asymptomatic populations. American Journal of Neuroradiology.

02

Girish G, et al. Ultrasound of the shoulder: asymptomatic findings in men. American Journal of Roentgenology.

03

Beard DJ, et al. Arthroscopic subacromial decompression for subacromial shoulder pain (CSAW): a multicentre, pragmatic, parallel group, placebo-controlled, three-group, randomised surgical trial. The Lancet.

04

Kise NJ, et al. Exercise therapy versus arthroscopic partial meniscectomy for degenerative meniscal tear in middle aged patients: randomised controlled trial. BMJ.

05

Mulvaney SW, Tortland PD, Shiple B, Curtis K. Regenerative medicine options for chronic musculoskeletal conditions: a review of the literature. Endurance and Sports Medicine. 2018.

Browse

All questions, answered.

Every patient question Dr. Tortland has answered about PRP, BMAC, MFAT and non-surgical orthopedic care, in one place.

It's not "all in your head."
Your pain is real: let's find out why.

A dynamic ultrasound evaluation looks at your tissue moving under load, which is where a great many "normal" imaging results turn out to have missed something.