Special Announcement - Now Enrolling for FDA Approved Stem Cell Study
Dr. Mitchell Sheinkop has completed training and is credentialed for the first of its kind FDA approved stem cell clinical trial for knee arthritis. Our clinic is now enrolling patients in this trial. Contact us at 312-475-1893 for details. Click here to learn more.
Combining Bone Marrow Concentrate into the joint with Subchondroplasty

Combining Bone Marrow Concentrate into the joint with Subchondroplasty

We now are approaching five-year outcomes regarding the use of Bone Marrow Concentrate for Osteoarthritis of the hip, knee, shoulder and ankle. Bone Marrow contains Adult Mesenchymal Stem (MSC) cells and Growth Factors. In the beginning, the entire informed consent process focused on the MSC in bone marrow as the agent responsible for diminishing pain, improving motion, stopping, at times reversing the progression of osteoarthritis, and potentially regenerating the joint itself. Now we know that equally important to the MSC are the growth factors produced and stored in the bone marrow. Some of the key proteins (Growth factors) include Interleukin-1 Receptor Antagonist Protein (IRAP), Alpha-2-Macroglobulin (A2M), fibrinogen, PDGF, VEGF, and TGF-B to name a few.

The reason we directed our clinical initiatives to Bone Marrow Concentrate is that while Amniotic Fluid contains Hyaluronic Acid, once harvested, sterilized and fast thawed for clinical application, there are no living stem cells left, so Amniotic Fluid Concentrate has no regenerative potential. When it comes to Adipose Derived Stem Cells, in order to liberate the stem cell from the adipocyte, an enzyme, collagenase must be employed. The latter is not approved by the FDA. Additionally, there is no evidence of Growth Factor content in adipose derived tissue.

While I have blogged about the superiority of Bone Marrow Concentrate over all other non-surgical approaches for arthritis, the introduction of the intraosseous adjunct, subchondroplasty, is resulting in even superior outcomes when compared to those who were treated prior to this contemporary version of Cellular Orthopedics. It has been nine months basically since I started injecting Bone Marrow Concentrate into the marrow adjacent to the joint in addition to the intraarticular approach. We already are seeing a better outcome in those who availed themselves of the Intraosseous adjunct. Up until eight weeks ago, my ability to offer contemporary and improved treatment options was limited by preexisting contractual obligations; but now unrestricted, I have expanded my scope of offerings including elevation of subchondroplasty from a clinical trial status to usual and customary adjunct standard of practice option. As well, I now offer an increased opportunity for participation in other clinical trials for the arthritic joint when a patient meets obligatory inclusion criteria determined by the trial sponsor.

If you want to postpone, perhaps avoid a major surgical replacement for an arthritic joint, call for a consultation    847 390 7666

You may visit my web site at IlCellulartherapy.com where you may watch my webinar.

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Combining Bone Marrow Concentrate into the joint with Subchondroplasty

An exclusive interview with Interventional Orthopedic Surgical pioneer Mitchell Sheinkop, MD, (continued)

Blog: Dr. Sheinkop , let’s pick up where we ended at the last interview. You were going to tell us about the hip labrum?

Sheinkop: Recently, there has been an increased frequency of diagnosis pertaining to an acetabular labral tear when a patient presents to a physician with groin pain. The cause may be attributed to trauma or it may be spontaneous in nature. While only an orthopedic surgeon really understands how to properly examine the hip joint, I am observing the next step in every and all patients with “hip” or “groin” pain is an MRI prescription. While a torn acetabular labrum is best diagnosed on the MRI after arthrogram, even that exercise may not result in a proper diagnosis. There are anatomic variants that are frequently mistakenly diagnosed as a tear and there are positive findings for a labral tear that when surgically addressed do not result in clinical improvement. In general, unless there are mechanical signs such as snapping, clunking or giving way, pain alone is not justification for arthroscopic hip surgery. In the presence of arthritis, arthroscopy is almost never indicated in the new world of evidence based medicine.

Blog: If I am not mistaken, the way you responded to the labral question is how you have responded in the past to a “positive” MRI of the knee and a diagnosis of a torn meniscus (cartilage).

Sheinkop: You are correct. The scientific evidence clearly identifies the fact that a pain generator must be identified before a surgical procedure. Even if the MRI is compatible with a torn labrum or meniscus, in the presence of arthritis, arthroscopic surgery will make things worse over six months. Surgery in said circumstances should be reserved for mechanical symptoms and not pain.

Blog: Then what is a patient with pain in the groin or knee to do?

Sheinkop: First and foremost, my job is to identify the cause of the pain and treat the patient, not the image. In the absence of clunking, snapping and giving way (joint instability), Interventional Orthopedics based on Platelet Rich Plasma and Bone Marrow Aspirate derived stem cells and growth factors provide the surgical alternative-remember the needle and not the knife.

Blog: I learned this week that you have been invited to St. Petersburg, Russia, this September to present non surgical alternatives for arthritis, at an international orthopedic meeting focused on joint replacement.

Sheinkop: Your information is correct. The role for Interventional and Cellular orthopedics, basically regenerative medicine, is in grades two and three osteoarthritis; while a patient is quite functional and not yet sufficiently impaired to justify the risks inherent in a joint replacement. On the other hand, there is a large patient population with advanced osteoarthritis of a major joint wherein the joint replacement option is to great a medical challenge and may risk survival. The evidence I have gathered over almost five years is not only of interest in the United States but has global potential impact.

To learn more call (847) 390-7666 to schedule a consultation
View my web site at www.sheinkopmd.com
Watch my webinar at www.ilcellulartherapy.com

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Combining Bone Marrow Concentrate into the joint with Subchondroplasty

Optimizing Strategies for the Practice of Interventional Orthopedics

The FDA again held a meeting to address issues pertaining to Regenerative Medicine. At the conclusion of the meeting, an updated set of guidelines was developed for patient protection in the use of stem cells, growth factors, and platelet rich plasma. While still being interpreted by the Regenerative Medicine community, what becomes clear is the call for better self-regulation. It is not ethical or acceptable for anyone holding themselves out to be practicing cellular medicine to hold a seminar, recruit a patient, inject some substance into a joint and request payment. Equally important are the credentials of that practitioner.

For the past four and a half years, I have followed the outcomes of all my patients using the same subjective and objective parameters in my practice of Interventional Orthopedics that I used to follow the results during my joint replacement career. Over that 37-year span, because of my data collection initiative, many new generations of Hip and Knee Prostheses were introduced into adult reconstructive orthopedic surgery. Statistical analysis of data allows for progress in care and development of new product. Today, I still gather outcomes data for each patient. That initiative has led to refinement and advances in the emerging subspecialty of Regenerative Medicine; both in my own practice and around the globe.

Anticipating the future, I am headed off this upcoming weekend to join a small group of those looking to the future in advancing the practice of cellular medicine. Up until now, our data collection and Outcomes registry was clinical in nature; in a short time, that data will also include cellular data. This latter is the next way to refine the practice of regenerative medicine.

By having tighter control over the composition of autologous PRP and BMC preparations for use in my practice of regenerative medicine, through comprehensive analysis of autologous patient samples, I will have a chance to see what levels of important constituents like Stem Cells, Growth Factors, Platelets, RBCs, WBCs, and so on are present in the preparation.

How might I take advantage of the data? The most obvious use would be for me to record values of your sample analysis in a spreadsheet and enter in demographic and clinical outcomes data. I will continue to enter your results of outcomes assessments obtained during follow-up visits that I routinely use to monitor your recovery. By applying this strategy to all patients I treat, an internal database will inform me about optimization strategies for treating my patients, allowing me to modify and customize the make-up of that which will be injected. Why go to the trouble, you might be asking yourself? Having a detailed knowledge of what I am injecting into my patient puts me in a position to refine my practice of regenerative medicine. And that is a good thing, since you the patient ultimately will benefit from my optimizing the use of autologous materials like PRP and BMC.

To schedule your appointment call 312 475 1893


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Combining Bone Marrow Concentrate into the joint with Subchondroplasty

Exercise Prescription and Cellular Orthopedic Intervention

Aging is known to contribute to a multitude of systemic changes including those of the musculoskeletal system leading to decreased health, mobility and function. Most changes in well-being are exacerbated by inactivity. It has been scientifically documented that physical activity and exercise may slow or even reverse these deleterious effects thereby improving health, mobility and function.

In particular, ligaments, tendons and joint capsules become stiffer with age as elastic fibers decrease and cross-links between collagen fibers increase. As connective tissue surrounding the joint changes, so too does the synovial fluid within the joint making movement more difficult. Not only do changes occur within the joint, they also occur in the muscles. The loss of muscle mass and strength also known as sarcopenia, increases with age. Then there is the fatty infiltration of muscle that comes with aging and lack of use.

Recognizing the value of Bone Marrow Concentrate derived Stem Cells, Cytokines and Growth Factors in dealing with his arthritic hip when the alternative was a joint replacement, seven months ago, a 58-year-old man underwent a cellular orthopedic intervention. Over the past many months, the patient committed himself to a minimum of 30 minutes a day, five days a week at moderate intensity aerobic exercise alternating with three days a week at vigorous intensity. In addition, he partook in resistance exercise a minimum of two days a week at a moderate high intensity focusing on 10 exercises at each session targeting most major muscle groups, with 10 to 15 repetitions for each exercise performed thus adding an additional 20 to 30 minutes to the commitment. Then there are the benefits of his additional flexibility and stretching. When this individual came to me at his first visit, his stated goals were to return to a high level of recreational enjoyment with a particular interest in ball room dancing.  As of last week, he had reached those goals but he has no intention of failing to comply with his exercise prescription.

The obvious message of my Blog is to let you know I am unable to reach a desired goal without your commitment. I may introduce Stem Cells, Cytokines and Growth Factors into an arthritic joint but to reach your desired goal or delay or perhaps avoid a joint replacement, those many changes that occur with aging can be slowed and even reversed by a combination of cellular orthopedics and exercise.

If you want to learn about the evidence, schedule an appointment    312 475 1893

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What does Bone Marrow Concentrate really do?

What does Bone Marrow Concentrate really do?

I challenge the reader with this question because it becomes apparent, even the majority of the medical community can’t provide an accurate answer.  There are all kinds of claims and statements running rampant; so today, I will try to make some order out of chaos.  Let me begin with the patient who repeats what they have been told by their orthopedic surgeon, stem cells don’t work.  My response, “for what?” Oh yes they do if you understand where, when, how and why?

Bone marrow has several categories of molecules, cells and vesicles; anti-inflammatory cytokines, adult mesenchymal stem cells and growth factors. The cytokines are a group of molecules that address the inflammation associated with osteoarthritis and thereby relieve pain.  The stem cells orchestrate regeneration of cartilage and the joint; while growth factors actually alter the bio-immune process of osteoarthritis.  Working together, bone marrow content, when concentrated, has the ability to relieve pain, improve motion, restore function, slow or halt the progression of arthritis and possibly regenerate the joint.

When the patient last Friday repeated that her orthopedic surgeon had told her stem cells don’t work, my response was he is right, there is no chance of regenerating cartilage in a 78 year old woman.  Yet the procedure would still be worthwhile as a long term pain reliever and the potential to improve function and postpone, or even avoid, a joint replacement.  While regeneration of cartilage is realistic under age 50, pain relief, improved function and better motion is probable at any age for those who chose to undergo a Bone Marrow Concentrate procedure for grades 2 and 3 osteoarthritis.

Three weeks ago, I completed a procedure on a 93 year old man who hadn’t been able to get out of his wheelchair since April.  Last week, his wife reported he was walking down the block with the aid of the walker.  Three years ago, I completed a bone marrow concentrate stem cell procedure on a 39 year old marathon runner who had stopped competing six months earlier because of knee pain from early onset degenerative arthritis.  As of last month, he had competed in 17 marathons since his intervention.

So, if you want to run, walk, bike, ski, and live pain free, call for a consultation.


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