Jul 26, 2018
Hip osteoarthritis (OA) exerts a significant burden on society, affecting 3% of Americans aged >30 years. Recent advances in the understanding of the pathoanatomy and pathomechanics of the hip have led to treatment options for young adults with hip pain. Femoroacetabular impingement, specifically cam-type femoroacetabular impingement, hip dysplasia, and the sequelae of pediatric hip disease can predispose the hip to early OA. However, many patients with abnormal anatomic findings do not develop early OA, suggesting that there exist other patient characteristics that are protective despite abnormal bony anatomy. Outcome studies show that arthroscopic and open hip procedures improve pain and function in patients with symptomatic hips. However, there is currently limited evidence that these procedures extend the life of the patient’s natural hip. Additional studies are needed to determine protective or adaptive factors in patients with abnormal anatomy who do not develop early OA and to determine whether joint preserving hip surgery extends the life of the native hip joint.
Review Article:Natural History of Structural Hip Abnormalities and the Potential for Hip Preservation
James D. Wylie, Christopher L. Peters, Stephen Kenji Aoki
What makes the article so interesting to me is first, I played a role in training one of the authors in my earlier academic career. More important is the role I am now playing in helping to preserve the life of the hip joint with a needle instead of a knife and extending the life of the “native hip joint”. The latter is done via Cellular Orthopedics. By introducing Stem Cells, Platelets, Precursor Cells, and Growth Factors, I am now able to address arthritis at a Bio-Immune level, possibly regenerate cartilage, potentially influence healing of the torn acetabular labrum, certainly reverse the secondary inflammation and thereby diminish pain and improve function in the abnormal hip joint.
It takes an evaluation in my office including the history, a physical examination and my review of your hip images after which I am able to customize the Cellular Orthopedic intervention that will help with joint preservation and potentially, joint regeneration. Our Outcomes studies continue and it is the result of ongoing data collection that allows me to extend the life of your native hip. Call (312) 475 1893 to schedule a consultation. You may visit my web site at www.sheinkopmd.com
Tags: cellular orthopedics, Dysplasia, Hip osteoarthritis, Hip pain, hip surgery, platelets, stem cells, torn labrum
Mar 6, 2017
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 (312) 475-1893 to schedule a consultation
View my web site at www.sheinkopmd.com
Watch my webinar at www.ilcellulartherapy.com
Tags: arthritis, Bone Marrow Concentrate, Clinical Trial. Mitchell B. Sheinkop, hip surgery, joint replacement, knee surgery, Orthopedic Surgeon, Pain Management, Platelet Rich Plasma, stem cell treatment, torn labrum, torn meniscus
Nov 10, 2016
I am receiving increased requests for my Outcomes Data following a Bone Marrow Concentrate intervention for osteoarthritis of the hip. There is a paucity of said outcomes data in the scientific literature in part because of the relatively recent introduction of Regenerative Medicine for Osteoarthritis. I believe equally important is the fact that I was one of the first orthopedic surgeons to embrace the practice and remain one of the few in the subspecialty who practices evidence based medicine through the integration of clinical research with a clinical practice. Perhaps the recent presidential campaign, where honesty took a beating across the US, is responsible for the heightened patient awareness of the charlatans victimizing the public when it comes to Regenerative Medicine.
There is no question that there is value in facts and that is why my cellular orthopedic initiative is evidence based. Earlier this week, owing to these patient inquiries about my particular data base results when it comes to stem cells and growth factor for the hip, I reviewed my data base. There are now just over 150 patients with osteoarthritis of the hip who have undergone a Bone Marrow Concentrate intervention of the hip. The introduction of those bone marrow derived Mesenchymal Stem Cells and Growth factors has the potential to relieve pain, improve function, increase motion, regenerate the cartilage, alter the natural history of the arthritic joint, and delay, perhaps help avoid a hip replacement.
In order to qualify for submission to an orthopedic journal or scientific meeting, orthopedic data must be statistically significant with greater than a two-year follow-up. Our numbers will reach those criteria by January 1, so I thought I would present the preliminary data in this Blog format.
Of the 150 arthritic hips with grade 2 and 3 osteoarthritis at the time of the intervention over the past four years, 92% of patents on average, reported a clinically important improvement in hip-related pain after 1 year while 1% reported worsening. To the best of my knowledge, one patient in the group progressed to grade 4 osteoarthritis and elected to undergo a Total Hip Replacement. As far as Hip-Related function after a minimum of 1 year, 90% of patients reported a clinically significant improvement while 1% reported worsening. Of importance is the fact that of the 9% who initially showed no detectable change in hip-related function, all 9 were significantly improved by a booster intervention.
During my four and one half year, Interventional Orthopedic practice, I have learned that when a patient doesn’t reach a sought-after goal while under observation, a repeat intervention be it Platelet Rich Plasma or a Bone Marrow Concentrate, is a very important part of achieving success. Herein is the basis for my integration of a clinical research initiative with timely follow-up as contrasted with a procedure, a bill and a goodbye. If you want to learn more about evidence based Cellular Orthopedics be it for an arthritic hip or knee, call and schedule a consultation.
312 475 1893
Tags: arthritis, Bone Marrow Concentrate, Clinical Studies, Clinical Trial. Mitchell B. Sheinkop, Hip Arthritis, Hip pain, Hip Replacement, hip surgery, Interventional Orthopedics, Orthopedic Care, Osteoarthritis