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Yes, Platelet-Rich Plasma (PRP) therapy can help repair both knee meniscus tears and labrum tears, though its effectiveness depends heavily on the severity of the tear. Rather than acting as a structural glue, PRP promotes healing by flooding the injury site with concentrated growth factors.
Knee Meniscus Tears
The meniscus is tricky to heal because much of it has poor blood supply. PRP is used to stimulate healing in this tissue, but your candidacy depends on the type of tear. Best Candidates: Small to moderate tears, partial-thickness tears, early degenerative fraying, and "red-zone" tears (the outer edge where blood flow is best). As a Non-Surgical Option, PRP can be used to naturally accelerate healing and relieve pain without surgery. For more on when to consider PRP, please call our office for a consultation.
Labrum Tears (Hip or Shoulder)
Labrum tears occur in the fibrocartilage ring that stabilizes your ball-and-socket joints. Because the labrum doesn't heal easily on its own, PRP is used to enhance the natural healing response and reduce localized joint inflammation. Best Candidates are patients with Partial or degenerative tears rather than complete, detached tears. It is also commonly used for active patients who want to avoid or delay invasive surgery. Limitations: PRP cannot reattach a completely torn or detached labrum. Severe tears usually still require arthroscopic surgery. To discuss if you are a candidate please contact our office for a consultation.
What to Expect
PRP therapy uses a concentrated dose of your own blood platelets, making it a low-risk, natural biologic treatment. Recovery from a PRP injection typically involves mild to moderate soreness for a few days, with the full benefits and tissue repair developing over 1 to 3 months.
Let's start with the basics of how insurance actually works
"Having health insurance doesn't mean your care is free — it means your insurance company shares the cost of your care with you. There are a few ways that sharing works:"
The key concepts, in plain language
1. Deductible
"This is the amount you have to pay out of your own pocket before your insurance starts helping. For example, if your deductible is $2,000, you pay the first $2,000 of medical bills each year yourself. After that, insurance kicks in."
2. Copay
"This is a flat fee you owe each time you get a service — like $30 every time you see a specialist. Insurance pays the rest."
3. Coinsurance
"After your deductible is met, you often still share a percentage of the cost. For example, if your plan is '80/20,' insurance pays 80% and you pay 20% of the bill."
4. Out-of-Pocket Maximum
"There's a cap on how much you'll ever pay in a year. Once you hit that limit, insurance covers 100% for the rest of the year."
5. Out-of-Network
"If your provider isn't contracted with your insurance plan, your insurance may pay little or nothing — leaving you with a much larger bill."
6. Non-covered services
"Some services simply aren't covered by your plan at all — certain medications, procedures, or visits may be excluded."
A helpful analogy
"Think of insurance like a coupon — it reduces what you pay, but it rarely makes something completely free. The coupon has rules: some things are excluded, and you sometimes have to spend a certain amount first before the coupon applies."
Practical closing statement
"The bill you received reflects what your insurance determined is your portion after they paid their share. If you'd like to understand the breakdown, we can look at your Explanation of Benefits (EOB) together — that's the document your insurance sends that explains exactly what they paid and why you owe the rest."
An EMG/NCS (Electromyography / Nerve Conduction Study) is a diagnostic test that evaluates the health of muscles and the nerves controlling them. The two components are usually performed together:
Nerve Conduction Study (NCS)
Small electrical pulses are applied to the skin over a nerve, and sensors measure how fast and how strongly the signal travels. This assesses:
Conduction velocity (how fast the nerve fires)
Amplitude (signal strength)
Latency (delay time)
It's particularly good at identifying demyelinating vs. axonal nerve pathology.
Electromyography (EMG)
A fine needle electrode is inserted into specific muscles to record electrical activity at rest and during contraction. Abnormal findings include:
Fibrillations and positive sharp waves (signs of denervation)
Fasciculations
Polyphasic or giant motor unit potentials (signs of reinnervation or myopathy)
What it diagnoses
Peripheral neuropathies (diabetic, compressive, toxic)
Radiculopathy (cervical or lumbar nerve root compression)
Carpal tunnel and other entrapment syndromes
Plexopathies (brachial or lumbosacral)
Neuromuscular junction disorders (myasthenia gravis, Lambert-Eaton)
Myopathies and muscular dystrophies
ALS and other motor neuron diseases
Clinical relevance in pain management
For your practice, EMG/NCS is particularly valuable in objectively confirming radiculopathy, distinguishing it from peripheral neuropathy or plexopathy, and guiding procedural planning — for instance, confirming which nerve root is compromised before an epidural steroid injection or nerve block.
Yes, Botox (botulinum toxin) can be an effective treatment for teeth grinding (bruxism). Here's what you should know:
How it works
Botox is injected into the muscles around the jaw and temples. The primary muscles to inject are the large jaw muscles responsible for chewing and clenching. By partially relaxing these muscles, it reduces the force of grinding and clenching without affecting normal chewing or speaking.
What Botox can help with:
Reducing the intensity of grinding, particularly at night
Relieving jaw pain, spasm, tension, and headaches caused by bruxism
Slowing down tooth wear
Easing TMJ (temporomandibular joint) discomfort
Reducing jaw soreness in the morning
What to expect:
Results typically kick in within 1–2 weeks and last around 3 months, after which repeat injections are needed. Botox can take up to 3 rounds to take an effect. Over time, some people find the masseter muscle naturally weakens a little. A side effect some people actually welcome is a slimming of the jawline, as the masseter shrinks slightly with reduced use.
Limitations. Botox treats the symptoms rather than the underlying cause of bruxism (which is often stress, sleep disorders, or bite issues).
What kind of patient outcomes are you and your colleagues at Mayo Clinic seeing when treating knee OA with PRP injections?
This is something we do frequently. To date, staff at Mayo Clinic in Rochester have treated more than 1,100 patients with PRP, with no serious adverse events. Most patients tolerate this treatment very well and experience only mild postinjection discomfort, with maybe a little bit of swelling. Many of our patients with knee OA report from 6 to 12 months of pain relief after treatment with PRP. We usually see a 60% to 70% chance of success, with success defined as at least a 50% improvement in pain and function for 6 to 12 months after the injection.
What does available published research say about PRP vs. bone marrow aspirate concentrate (BMAC) injections for knee OA?
Patients have heard a lot about the idea that injection of stem cells, or bone marrow aspirate concentrate (BMAC), can transform and potentially regenerate cartilage. Unfortunately, there's no data or strong evidence to back up some of the claims being made in advertisements. But let's talk about what studies have shown us thus far.
In a study conducted by researchers at Mayo Clinic in Florida and published in the American Journal of Sports Medicine in 2017, the researchers followed 25 patients with bilateral mild to moderate knee osteoarthritis. The researchers injected one knee with saline and one knee with BMAC, and they followed patients for six months. Overall, the researchers found no difference in pain scores between the two treatments.
In two prospective, randomized trials published in 2020 and 2022, researchers took 90 patients with mild to moderate OA and treated half with PRP injections and half with BMAC. In the first study, published in the Orthopaedic Journal of Sports Medicine in 2020, they found that there was no difference between the two groups in functional outcomes and pain scores 12 months after treatment. In the second study, published in the American Journal of Sports Medicine in 2022, they concluded that injecting BMAC had no advantage over PRP at 24 months after treatment.
To summarize, there have not been any definitive human studies that show that treatment with BMAC regrows cartilage. And the study data available to date has not shown any associated benefit(s) superior to PRP in the treatment of knee OA.
Chronic migraine is a potentially debilitating condition that can be detrimental to someone’s quality of life. Clinical data has proven OnabotulinumtoxinA (BoNT-A) to be an effective prophylactic treatment for chronic headache types, and it is now regularly employed by headache treatment centers. The PREEMPT injection protocol has become the standard treatment regimen surrounding Botox injections for chronic migraine treatment since it was granted approval by the FDA in 2010. This retrospective chart review of patients treated for chronic migraine at Maine Comprehensive Pain Management in Scarborough, Maine, presents an alteration to the standard PREEMPT injection paradigm that reinforces the efficacy of Botox for chronic migraine treatment. We will discuss our Modified PREEMPT injection paradigm, which yields a positive clinical response rate of 95% of patients achieving at least 50% improvement in their migraine headaches. This appears to be the highest established response rate in the literature to date. The average patient improvement in symptoms was 89.13% using the Gray/Campbell migraine injection protocol.