On Monday, the annual migration for attempts at the physical Restoration and Regeneration of the NFL players injured bodies began. While in the past, the losers would chant “wait ‘til next year”; very soon, the NFL winners and losers alike will take flight to Orthopedic Surgeons around the USA and world, on occasion, some will even find their way to my office, seeking both operative and non-operative repair of the injuries incurred over the last eight months. What I will offer is Regenerative and Restorative initiatives using either the patient’s bone marrow, circulating blood or body fat. While I use a needle and not a knife in my practice, at times it takes arthroscopy and open surgical procedures to assist the athlete in returning to play or extending a career. The fall NFL 2019 schedule is already on line; there is a sense of urgency. These attempts at restoring and regenerating anatomic and physical well-being are not limited to the professional football player. To the best of my recollection, it was Tiger Woods in 2008, who brought regenerative medicine to the attention of the American public. When in 2011, Kobe Bryant traveled to Dusseldorf, Germany for a highly publicized orthobiologic treatment of his arthritic knee, returning to play for another six seasons, he was soon after followed by the professional golfer Fred Couples, baseball player Alex Rodriguez, and NFL star Payton Manning. All returned to their respective sport and extended playing careers; many more have followed. Now Cellular Orthopedics, Regenerative Medicine and Joint Restoration are available around our country as well as at my office for professional, college, high school, amateur athletes and fitness enthusiasts of any age.
Orthobiologics and Cellular Orthopedics are a dynamic approach to body injury and arthritis using the individual’s own (autologous) platelets, molecules and proteins circulating in the blood (Cytokines and Growth factors), adipose tissue, or bone marrow to effect healing and eliminate pain. At this time, it is FDA Compliant to use such in the care and treatment of injury and arthritis as long as that which is to be used has been harvested from the patient herself or himself, not cultured or expanded, and not treated with additional agents. The successes are no longer merely anecdotal; there is an ever-increasing body of scientific evidence to validate the emerging discipline of Cellular Orthopedics. For instance, in my office, I integrate patient care with documenting outcomes and that has led to several recent scientific publications contributing to an evidence-based orthobiologics practice. You may find those publications and more at my web site www.sheinkopmd.com. To schedule a consultation call (312) 475-1893.
There is a way of still being an athlete and significantly reducing your risk of injury, take up esports. Marquette University is adding varsity esports, a competitive video gaming team in the fall of 2019. The team will have tryouts, coaches and regular practices just like any intercollegiate sport
Tags: arthritis, athletes, autologous, avascular necrosis, bone marrow, cellular orthopedics, cytokines, esports, Growth Factors, injury, joint pain, joint replacement, joint restoration, knee pain, meniscus tear, MSC, OA, orthobiologic, Orthopedic Surgeon, Osteoarthritis, Pain Management, pain reduction, patyon manning, platelets, PRP, sports injury, sports medicine, stem cells, superbowl, surgery, tiger woods, torn labrum
I swear to tell the truth, the whole truth, so help me G_d. Injured cartilage in a skeletally mature adult typically doesn’t heal on its own; surgical techniques are needed in an attempt to repair and replace cartilage. These latter procedures are appropriate for specific cartilage injury, rather than the widespread cartilage changes found in the osteoarthritic joint. That is not to say that someday soon, we may have the ability to regenerate cartilage. Research is ongoing in regenerative medicine with continual progress as evidenced by preliminary success in spinal cord injured patients:
StemCyte gets FDA green light to continue studying spinal cord injury treatment stem cells.
Now for the bad news. In spite of false news generated by the charlatans, parasites, camp followers and hucksters in their Regenerative Medicine seminars, print media and television adds; there is no scientific evidence to support their claims of cartilage regeneration, hair restoration, cure of erectile dysfunction, so on and so forth.
Stem cell fraud? Couple says therapy gave them ‘false hope’
“Unfortunately, what I had hoped to be a hard-hitting expose turned into limp-noodle babbling. Another missed opportunity.” Continuing the commentary about regenerative medicine clinic charlatans and fraud started by NBC, when a patient showed me a brochure from yet another group that holds itself out to treat every abnormal medical condition from A to Z with “Stem Cells”, I suggested that he request data regarding their successes. Please bear in mind the self- contradicting adage that Always and Never statements are always false and never true. They are frequently used by people who suffer from personality disorders. On Friday he sent me the response to his inquiry regarding outcomes at a one of the national stem cell clinics.
“success rates per our clinical research network are VERY encouraging: Orthopedic: knee 83%, hip 80%, back (cervical, thoracic, lumbar, sacral 80% ave., ED 77%, Cataracts 100%” Remember what I just wrote about Always and Never?
The good news though is that there is emerging scientific evidence to justify Joint Restoration with a cellular orthopedic procedure. While an image of an arthritic joint allows for identification of cartilage and meniscal changes, that same image will frequently be consistent with bone marrow edema, and thickening of the bone adjacent to a joint (subchondral sclerosis) as well as loose bodies within the joint. As cartilage does not have a nerve supply, the pain generation in Osteoarthritis more probable than not is the result of inflammation of the synovial joint lining and the subchondral bone. While there is no scientific means of re-growing cartilage after age 40 at this time-defects may be filled by surgery-orthopedic surgeons focusing on Cellular Orthopedics have developed methods to restore the joint function by blocking the pain generators, restoring healthy subchondral bone, and reversing bone marrow edema.
To schedule an Evidence Based Consultation, call (312) 475-1893
You may read my Blog and explore my published research articles on the website www.sheinkopmd.com
Tags: arthritis, bone marrow edema, cartilage regeneration, cellular orthopedic, Hip pain, inflammation, joint health, joint pain, knee pain, medicine, meniscus tear, Osteoarthritis, restoration, soft tissue repair, stem cell, stem cell injection, subchondral bone
My goal is to inform each and every patient who presents with a painful joint, the cause of their pain; and based on our scientific and clinical evidence, that intervention which will have the greatest chance of short term and long-term success. While inflammation in the joint is a proximate cause of pain, that pain is not generated by cartilage deterioration as cartilage doesn’t have a nerve supply. While joint pain in part is generated by the synovial tissue lining the arthritic or traumatized joint, the subchondral bone supporting the joint may be even more important when it comes to the pain and limitations resulting from the arthritic affliction.
Bone pathologies resulting from acute or chronic injury presenting as bone marrow lesions associated with insufficiency fractures, persistent bone bruises, osteoarthritis and early stages of avascular necrosis are too often neglected by those holding themselves out to be regenerative medicine specialists. Options for the treatment of these subchondral conditions require a core decompression of the problematic bone and direct application of either bone marrow aspirate or a synthetic orthobiologic. The biologic treatment of bone marrow lesions with these techniques that encourage physiologic bone remodeling and repair when combined with Stem Cell and Protein/Growth Factor concentrates into an arthritic joint offers the best chance for joint preservation and a successful outcome for the patient undergoing a Stem Cell procedure.
Are there Stem Cells in Cord Blood, Wharton’s Jelly or Amniotic Fluid? These three alleged sources of Stem cells are processed when collected. The tissues are then cryopreserved with DMSO or some other cryopreservant. When thawing takes place, the few cells contained do not survive the thawing process. Additionally, DMSO is cytotoxic, a cell killer at room temperature.
As many of my patients are aware, I began my Cellular Orthopedic journey some years ago as an early member of the Regenexx Network. While my personal and practice ethos as the only orthopedic surgeon caused me to leave the network, I still follow the Blog and I find the one posted today most appropriate.
I was on a local radio show this week and a woman called in and claimed that she had been defrauded by a local chiropractic clinic. She paid big bucks for what she was told were “millions of young stem cells” injected intravenous. As I will show you this morning, as a medical expert in this area, I can show you that she is more likely than not the victim of consumer fraud. Let me explain.
The Problem of the Chiro Clinic Bait and Switch
I’ve blogged extensively about how chiropractic, acupuncture, naturopathic, and some physician clinics are defrauding patients by claiming to inject millions of live and young stem cells from amniotic fluid or cord blood (or other products). The problem is that none of these 361 registered tissue products has any significant number of live stem cells.
Tags: ACL Injury, bone edema, bone lesion, bone marrow, Cartilage, chondromalacia, chronic pain, Cord blood, cryopreserved, Hip, joint pain, joint replacement, Knee, meniscus tear, naturopathic, Osteoarthritis, osteochondral defect, regenerative medicine, shoulder, stem cell, subcondral bone
We are speaking of stem cell therapy integrated with clinical research, and the resultant evidence-based stem cell intervention. Osteoarthritis is becoming more prevalent as I am seeing younger patients with arthritis as a consequence of sporting injuries such as ACL tears. The baby boomer population is experiencing accelerated onset of arthritis; their joints are prematurely aging in large numbers. At the same time, the master population is aging and living longer. As a result, I continually research biologic interventions to best address the ever-increasing number of those effected.
Why should a patient choose an orthopedic surgeon to manage their Osteoarthritic related symptoms and functional impairment? Our world is evidence based.
Study Observes Better Outcomes for OA Patients Treated by an Orthopaedic Specialist
In a retrospective study published online in BMC Musculoskeletal Disorders, shoulder osteoarthritis (OA) patients received faster and more invasive treatment when they received a new diagnosis from an orthopaedic specialist (OS) versus a nonorthopaedic physician (NOP). Patients with shoulder OA (n = 572) received care from either an OS (n = 474) or NOP (n = 98) on the date of their index shoulder visit. OS patients received their first treatment significantly quicker than the NOP cohort (16.3 days versus 32.3 days, respectively). The OS group also had higher rates of operative treatment within one year following their initial visit.
Study: Patients Report Similar Improvements for Nonobstructive Meniscal Tear with PT and Early Surgery
Physical therapy (PT) may not be inferior to early operative treatment of arthroscopic partial meniscectomy (APM) for improving knee functionality in patients with nonobstructive meniscal tears, according to a study published online inJAMA. The randomized clinical trial included 321 patients with nonobstructive meniscal tears aged 45 to 70 years who were treated at nine hospitals in the Netherlands between July 17, 2013, and Nov. 4, 2015. Patients were treated with APM (n = 159) or a predefined PT protocol (n = 162) that included 16 exercise therapy sessions over eight weeks. PT sessions focused on coordination and closed kinetic chain strength exercises. At 24-month follow-up, knee functionality in the PT group improved by 20.4 points compared to 26.2 points in the APM group. The difference did not exceed the noninferiority margin.
In order to maximize the benefits, Orthobiologics, that is stem cell therapy must be integrated with clinical research, and the resultant evidence-based stem cell intervention followed long term. In my practice, I am researching biologic interventions to address the ever-increasing number of those effected, not one and done. To learn more or schedule a consultation, Call (312)475-1893. You may visit my web site and read my blogs at www.sheinkopmd.com
Tags: ACL tear, arthritis, Cartilage, cellular orthopedic, joint pain, joint replacement, knee pain, MCL tear, meniscus tear, menisectomy, orthobiologics, orthopedic surgen, Osteoarthritis, Physical Therapy, PRP, regenerative medicine, stem cell
The argument frequently advanced by orthopedic surgeons in response to a patient’s inquiry concerning stem cells for arthritis is that it is too early, there is not enough research, It is better to have a major surgical procedure. For those of you who have read my blog or have sought orthopedic consultation in my office, I have emphasized that my recommendations are evidence based. Each patient, for whom I have completed a cellular orthopedic intervention for arthritis, has been entered into a registry or clinical outcomes data base, IRB approved. Just as I pioneered the integration of clinical care with clinical research over 37 years as a joint replacement surgeon, so too do I now partake in the growth and development of the clinical pathways for regenerative medicine.
Last month, I exhibited a poster at a large regenerative medicine meeting wherein I shared my preliminary outcomes and thus educated other professionals using Intraarticular and Subchondral Bone Injection of Autologous Bone Marrow Concentrate and General Fluid Concentrate for Osteoarthritic Knees-A Prospective Clinical Study. Osteoarthritis is an organ disease that affects most structures of joints including cartilage, synovium and subchondral bone. Pathology in subchondral bone contributes to the initiation, progression and pain of Osteoarthritis. In previous European studies, the injection of autologous bone marrow concentrates into bone supporting the joint significantly relieved pain and improved function of the affected knee. The preliminary outcomes in the study that I presented via a poster exhibit, investigated the effectiveness of injections of Bone Marrow Concentrate with General Fluid Concentrate (Growth factors), into both the knee joint and the subchondral bone. The study recorded all the standard Endpoints I had previously used in joint replacement clinical outcomes trials.
Bone Marrow was collected from the pelvis and a filtration system allowed for concentration of Mesenchymal Stem Cells, Platelets, Precursor Cells and Growth factors such as A2M, IRAP, EGF, PDGF, TNF-B blocker, etc. After preparation, a mixture of Bone Marrow Concentrate and Growth factor Concentrate was injected into the bone (subchondral) and into the joint.
In the study, all patient injections went well and there were no complications. The Preliminary Results documented diminished pain and improved function. We concluded that injection of Bone Marrow Concentrate and Growth factor Concentrate into both the subchondral bone area and joint cavity significantly improved function of the affected knee joints and significantly reduced joint pain. While there are many stem cell providers to be found because of their marketing, choose the center of excellence in Cellular Orthopedics that is evidence based.
Call to schedule a scientific based consultation from an orthopedic surgeon 1 (312) 475-1893.
You may access my web site at www.SheinkopMD.com.
Tags: avascular necrosis, bone lession, bone marrow, Cartilage, cellular orthopedics, clinical study, Growth Factors, IRAP, joint pain, joint replacement, knee pain, knee replacement, meniscus tear, Osteoarthritis, platelets, PRP, regenerative medicine, sports medicine, stem cells, subchondral bone