Topics
Exploring Non-Surgical Solutions for Pain Relief
How Regenerative Treatments Work
Common Questions About Joint Pain and Hip Replacement
Hand Pain Due to Arthritis
Autoimmune Arthritis
Degenerative Neck Pain and Disc Disease
Understanding Spine Pain: Ligament Strains and Discogenic Pain
Cortisone Injections: Limitations and Risks
Patient Concerns After Arthroscopy: Questions and Considerations
Meet Our Regenerative Medicine Experts
Our show is designed to provide effective solutions for the pain you have been experiencing. Our approach focuses on advanced regenerative medicine techniques to support healing and recovery. Dr. Marc Darrow is board-certified through his studies at UCLA. He utilizes stem cell therapy and platelet-rich plasma (PRP) to promote healing in the body. Dr. Darrow is also dedicated to educating others about the benefits and applications of stem cells in regenerative medicine.
Dr. Grove is an expert in regenerative medicine, specializing in ultrasound-guided injections. He has a deep understanding of PRP and prolotherapy, and brings extensive experience as both an athlete and a strength and conditioning coach. His expertise allows him to address a wide range of musculoskeletal issues.
Regenerative Medicine Living Pain Free: Exploring Regenerative Medicine
Welcome to Living Pain Free, hosted by Dr. Thomas Grove. This program focuses on sports medicine, regenerative medicine, and orthopedics. We address a range of issues affecting the musculoskeletal system—including joints, ligaments, tendons, and muscles—and discuss current solutions for pain and injury.
One of the most effective tools we use is regenerative medicine. When tissue is damaged, there are several options available. Some approaches simply mask the pain, such as pain pills, anti-inflammatories, or steroid injections. However, these methods do not contribute to healing and can further damage tissue, sometimes resulting in unnecessary elective orthopedic surgery.
Our preferred approach involves utilizing the body’s own healing cells—such as platelets, stem cells, and exosomes. These powerful cells are concentrated and, using musculoskeletal ultrasound for image guidance, are delivered directly into the damaged tissue. Ultrasound acts like a live video, allowing us to precisely target the affected area and ensure accurate placement of healing cells.
The goal is to stimulate the healing process by introducing these cells, which send healing signals and help regenerate tissue. This process can restore structural integrity, encourage tissue growth, reduce pain, and improve function. Ultimately, regenerative medicine aims to help patients return to their normal activities and quality of life.
The Importance of Research in Regenerative Medicine
Research is a key topic in regenerative medicine, especially given the high level of interest and the number of studies being shared. We are currently in an exciting era for regenerative medicine, with advancements happening regularly and a growing body of evidence supporting its effectiveness.
Over the past year, thousands of studies have been published, and many more are underway. The focus of much of this research is on joint, ligament, tendon, and muscle issues—areas where injectable therapies have demonstrated promising results. The quantity and quality of research continues to grow, helping to make the evidence base for regenerative treatments more robust. These injectables are showing significant success in addressing musculoskeletal concerns. With thousands of ongoing and completed studies, researchers are diligently working to strengthen the data and provide clearer guidance on treatment effectiveness.
Despite the positive findings, not all studies are created equal. Some studies may have shortcomings, and it is important to critically evaluate their methods and results. For example, a recent study examining regenerative medicine for elbow pain—specifically using platelet-rich plasma (PRP)—concluded that the treatment was not very effective. Such results highlight the need to look deeper and understand the context of each study.
When interpreting research, especially studies involving regenerative medicine options like PRP, it is crucial to dig beyond the headlines and review the study design and participant selection. This ensures that the conclusions are based on reliable and meaningful evidence. As we continue to explore the research landscape, we must focus on what makes a study valid and informative. Today, the goal is to discuss key elements that contribute to a well-conducted study, providing valuable insights into regenerative medicine.
Understanding how to evaluate research helps us ensure that we are relying on sound science when considering treatment options. By recognizing the strengths and limitations of individual studies, we can better assess the effectiveness of regenerative therapies.
Evaluating Study Quality and Patient Selection
While the increase in published research is a positive development, it is important to recognize that not all studies are created equal. Many studies published today have notable flaws. Including, the one we will examine. The abundance of research is encouraging for the field, but it is essential to assess the quality of these studies. Not every study provides meaningful or reliable results, which is why a closer look is necessary.
When reading studies—regardless of whether the headlines are positive, negative, or neutral—it is crucial to consider who the researchers have identified as candidates for the intervention being tested. Specifically in regenerative medicine, treatments cannot be universally applied to all patients.
In practice, patient selection for regenerative medicine treatments requires thoughtful consideration. Not every individual is a suitable candidate. For some conditions, the treatment may not offer any benefit. It is important to ensure that only those likely to respond well are included in studies and offered treatment.
Some patients are simply not ideal candidates for regenerative therapies. If a condition is unlikely to be helped by these interventions, it is responsible to avoid recommending such treatments. Appropriate patient selection helps ensure that therapies are applied effectively and ethically.
Another key factor is whether a patient can follow necessary aftercare instructions. If a person is unlikely or unable to adhere to post-treatment guidelines, they may not be a good candidate for regenerative medicine. Successful outcomes depend on proper follow-up and care after the procedure.
In the context of musculoskeletal issues, there are cases where the extent of damage makes regenerative treatments inappropriate. For example, if a body part is too severely injured, other approaches may be necessary. A complete tendon rupture, such as a full Achilles tendon tear, is one such scenario. In these situations, regenerative injections are unlikely to be effective, and surgical intervention is typically required to repair the damage.
No injection or regenerative therapy can reattach a completely torn tendon; these injuries are best addressed with surgical repair. The same logic applies to severe musculoskeletal injuries.
Importance of Accurate Diagnosis in Regenerative Medicine Studies
When evaluating a study, one critical question to ask is: what exactly is the diagnosis being addressed? Many times, the information provided on imaging reports does not fully align with the actual source of a patient’s pain. For example, a radiology report may indicate arthritis in a joint, but a thorough physical examination—such as using musculoskeletal ultrasound—could reveal that the pain generator is located outside the joint, or near it, rather than within the joint itself.
This distinction is significant when conducting research on joint arthritis. If the study assumes all pain stems from arthritis within the joint, but some participants actually have ligament, muscle, or tendon issues surrounding the joint, the treatment may be misdirected. It is common for radiology reports to be treated as absolute truth regarding the source of pain, but this approach can be misleading. Therefore, accurately identifying the pain source and selecting the appropriate structure for intervention is a fundamental requirement in regenerative medicine research. Without this step, studies risk evaluating treatments on the wrong targets, leading to unreliable or inconclusive results.
Another essential consideration is clearly identifying the material being injected into the patient. For example, in a recent study focusing on elbow pain, a very weak form of platelet-rich plasma (PRP) was used. PRP is created by drawing blood, spinning it down in a centrifuge, and concentrating the platelets, which contain numerous growth factors that promote healing. The effectiveness of PRP therapy relies on achieving a minimal effective dose. Using too small a blood draw or failing to concentrate the platelets sufficiently results in a weak PRP dose, which is unlikely to yield the desired healing effect.
In the referenced study, only a small amount of blood was drawn, and the resulting PRP was not highly concentrated. For example, drawing six cubic centimeters (cc) of blood but ending up with six cc of PRP does not indicate proper concentration, since red blood cells should be left behind in the process. If the blood draw and concentration technique are inadequate, the dose will not be effective, leading to poor treatment results.
Techniques for PRP Preparation and Delivery
There are various ways to prepare PRP, including different kits and manual extraction techniques. The centrifuge is a key device used to separate and concentrate platelets. Techniques such as single-spin or double-spin approaches, as well as filtration methods, impact the quality and potency of PRP. Advances in technology now allow for better platelet capture rates, meaning more platelets can be obtained from the same blood sample compared to older methods, which often required larger draws. It is essential for studies to clearly define the preparation method, as using multiple techniques or inconsistent blood draws can obscure what is actually being injected, raising red flags regarding study validity.
In the study discussed, only a small dose of PRP—a few cc’s—was used, which is typically insufficient for effective treatment. Generally, a larger blood draw is necessary to generate a concentrated PRP suitable for regenerative therapy.
After determining the candidate for treatment and clarifying the injected substance, the next step is to define how the therapy is administered. The injection technique and delivery process are crucial factors that must be standardized and reported in studies to ensure reliable outcomes.
A vital factor in achieving successful outcomes with regenerative treatments is ensuring that cells are delivered precisely to the intended target. One of the most reliable tools for this purpose is musculoskeletal ultrasound. This technology has advanced significantly, offering superior definition compared to MRI and providing dynamic imaging capabilities. By moving both the patient and the probe during the procedure, clinicians can obtain multiple angles and a clearer view of the area being treated.
Ultrasound is especially helpful for conditions such as joint laxity or tissue tears. By applying stress to tissues, the provider can observe changes live on the screen, allowing both clinician and patient to see the affected area in real time. This technology not only aids in diagnosing the source of pain but also ensures that the needle is guided accurately during injection.
Ultrasound guidance allows for precise visualization of the needle’s path, the joint space, and the distribution of injected fluid. This accuracy is particularly crucial when targeting small joints, such as those in the fingers, where there is little margin for error. The ability to track the needle and fluid in real time greatly increases the likelihood of effective treatment.
The effectiveness of cellular therapies is also dependent on the person administering the treatment. The level of training and experience varies greatly among providers. While some may have only attended a brief course, others possess years of expertise and specialized training, such as working with professional sports teams. Greater experience and training contribute to improved accuracy and outcomes in regenerative procedures.
Recent research suggests that multiple rounds of treatments, such as platelet-rich plasma (PRP) or stem cell therapy, can enhance effectiveness. A single round with a weak dose and without ultrasound guidance is unlikely to yield optimal results. In contrast, using high-quality cells, delivering a proper dose, targeting the injection accurately, and possibly repeating the treatment can lead to significantly improved outcomes. It is important to recognize that technique, technology, and provider experience all play a crucial role in the success of cellular therapies.
When evaluating why regenerative treatments might not yield the desired outcomes, it is important to consider a few key factors. Some patients may have received treatment from other providers, possibly even outside the country, which can lead to uncertainty about the protocols used. When you begin to ask basic questions about their previous care, red flags may appear, indicating possible issues with the treatment approach.
For example, if a patient did not achieve good results, it may be because the injection was not aimed accurately at the target area, or perhaps the provider lacked sufficient experience with injections in that specific body part. Another consideration is whether the patient only received one round of treatment, as multiple rounds may be necessary for optimal results.
These are all critical questions to ask when considering regenerative therapy options. It’s important for patients to ask, “Is this something I should be looking at?” and not hesitate to get into the details with providers. If a provider cannot answer fundamental questions about the treatment, it may be a sign of inadequate expertise.
Importance of Aftercare and Patient Behavior
Even with a high-quality treatment—using good cells, accurate targeting, and proper technique—the patient’s actions after the procedure are vital for success. Following aftercare instructions is essential for healing. Common mistakes that can lead to poor outcomes include taking excessive anti-inflammatories like ibuprofen or prescription medications, binge drinking, smoking heavily, or becoming too active too soon after the procedure.
Regenerative injections intentionally create inflammation to trigger healing, so it is not the right time to put excessive stress on the treated tissues. For example, after a knee injection, feeling better after a couple of days is great, but returning immediately to intense exercise like heavy squats or long hikes can be detrimental. The new tissue formed is disorganized and sensitive, so it needs time to mature and strengthen.
A short period of “relative rest” is recommended—not total inactivity, but easing up on activities that stress the treated area. For patients with physically demanding jobs, discussing modifications or temporary role changes may be necessary to avoid overloading the healing tissue. However, exercise is still encouraged for untreated body parts; if one shoulder is treated, the other side, core, back, legs, and cardio can still be safely worked. In fact, moderate exercise may even support the healing process, as long as the treated area is protected.
Adhering to aftercare instructions is crucial, yet many studies fail to define or monitor this aspect, which can skew results. Even with a perfect procedure, aggressive or improper aftercare can compromise outcomes. Thus, evaluating both the treatment and the patient’s compliance is essential for understanding study results and clinical success.
Understanding Healing Timelines and Study Design
Healing after regenerative treatments takes time, and results are not immediate. Many studies may only track outcomes for a short period—like two weeks or a month—and compare regenerative approaches to steroid injections. However, steroids are anti-inflammatory and may offer quick pain relief but can ultimately damage tissue and are not ideal for healing. In contrast, regenerative treatments often start with increased inflammation and may involve initial soreness. The real benefits emerge weeks or months later as the tissue heals and strengthens.
Therefore, it is more accurate to assess the long-term effects of regenerative therapies rather than focusing solely on early results. Setting realistic expectations with patients is important; while some improvement can be seen within weeks, full recovery may take longer and sometimes requires multiple rounds of treatment. Patience is key, as the process often involves gradual progress in pain relief and tissue function.
Once healing and structural integrity are restored, patients should gradually resume exercise, including cardio and resistance training. Maintaining physical activity is important for long-term health, but adherence to proper aftercare ensures the best chance for recovery and sustained benefits.
To achieve the highest success rates with regenerative medicine, it is vital to ensure the following: using high-quality cells, accurately targeting the injection, following through with multiple treatments when necessary, providing thorough aftercare instructions, and ensuring patient compliance. When evaluating studies or clinical outcomes, ask whether these factors were addressed. No treatment is 100% guaranteed, but with proper protocols and patient engagement, regenerative medicine can yield very high success rates.
When reading studies or considering treatments, always ask critical questions about the candidate selection, treatment protocols, follow-up intervals, and aftercare. These details make a substantial difference in outcomes and are essential for making informed decisions about regenerative therapies.
Exploring Non-Surgical Solutions for Pain Relief
If you are experiencing pain in your back or joints, it’s important to understand that surgery may not always be necessary. There are innovative approaches available that focus on healing and rejuvenating the affected area without the need for invasive procedures.
Rather than resorting to procedures that involve removing or cutting tissue, consider regenerative treatments. These options include therapies such as stem cells, platelet-rich plasma (PRP), and prolotherapy.
Welcome back to “Living Pain Free.” I’m your host, Dr. Thomas Grove, a board-certified physician specializing in sports medicine and fellowship-trained in this field. In the second half of our segment, we’re delving into all things sports medicine, regenerative medicine, and orthopedics.
Whether you or a loved one is suffering from joint pain, ligament or tendon injuries, or muscle issues, regenerative medicine offers promising solutions. By utilizing the body’s own healing cells, we can target specific problem areas and encourage natural healing.
How Regenerative Treatments Work
Regenerative medicine involves collecting and concentrating healing cells from your own body. Using ultrasound guidance, a physician can precisely deliver these cells to the area causing pain. This process promotes tissue repair and may help you avoid elective orthopedic surgery and reliance on pain medications.
Traditional approaches often include surgery, pain pills, or steroid injections. However, regenerative medicine provides a powerful new tool. The expanding body of research in this field highlights its potential to help patients recover and return to their regular activities without invasive surgery.
It’s an exciting time in medicine—surgery and pain pills are no longer your only options. Regenerative treatments can help you or your loved ones get off steroid injections, encourage the body’s natural healing, and get you back to the activities you enjoy.
Common Questions About Joint Pain and Hip Replacement
Many patients frequently ask about their options when facing joint pain, especially those considering procedures like total hip replacement. One recent inquiry highlights these concerns:
Patient Background: The individual is scheduled for a total hip replacement in early May. Before the COVID pandemic, they were active and healthy with no issues. Following COVID, hip pain gradually increased. Diagnostic imaging revealed “bone on bone” contact with calcium buildup, and the MRI showed significant inflammation.
Patient’s Concerns: The patient expresses a desire to preserve their original hip and wonders if it might be too late for alternatives to total hip replacement. They describe themselves as active, working full-time as a nurse, non-drinking, non-smoking, not overweight, and maintaining a healthy diet.
True source of Joint Pain:
- It is crucial to determine the true source of pain—whether it is the joint itself or surrounding structures such as ligaments, tendons, muscles, or the joint capsule.
- Identifying the specific issue helps guide treatment decisions and assess if non-surgical options may be viable.
Interpretation of Diagnostic Imaging:
- The term “bone on bone” is often used, but it may not accurately reflect the complexity of a patient’s situation.
- X-rays provide a static image, primarily showing bones and joint space, but offer limited information about soft tissues.
- The quality and angle of X-ray imaging are important, and proper training is required to ensure accurate assessment.
Sports Medicine Perspective: In the athletic world, having the ability to conduct and interpret imaging onsite is valuable, especially for sideline physicians who must quickly determine if a bone is broken during a game.
The Importance of Imaging and Clinical Evaluation
In sports medicine, the ability to quickly perform and interpret X-rays onsite is essential for getting athletes back into the game. Sometimes, the quality of the X-ray depends on the angle, similar to how taking a family photo can vary based on who is behind the camera. Not everyone is a skilled photographer, and sometimes a bad angle can make the joint appear much worse than it actually is.
Even with a well-taken X-ray, findings may show severe arthritis, but the clinical reality can be quite different. There are countless scenarios where the imaging appears concerning, yet in the clinic, the patient has no pain and full function. This phenomenon is witnessed repeatedly, especially among patients told they are “bone on bone” and believe joint replacement is the only option.
Often, comparing the affected joint to the other, symptom-free side can reveal even worse arthritis on the pain-free side. Using diagnostic ultrasound to assess arthritis helps illustrate that imaging does not always correlate with pain or functional impairment. Patients may be surprised to learn that the side with worse arthritis has no pain, reinforcing that imaging, whether X-ray, CT, or MRI, provides only a static snapshot and does not tell the whole story.
The presence of arthritis on imaging does not necessarily mean surgery is required. The crucial first step for individuals facing joint pain is a thorough clinical evaluation. This includes a hands-on physical exam and a detailed history, which are fundamental to accurate diagnosis and care. Unfortunately, in many clinics, time constraints often limit the opportunity for comprehensive assessment, leading to reliance on imaging alone for treatment decisions.
While the medical system often prioritizes efficiency, it is vital not to overlook the importance of listening to patients and performing proper physical examinations. Only by making these a priority can clinicians truly understand the patient’s condition and provide the best possible care.
Hands-On Clinical Evaluation and Regenerative Medicine Options
To accurately diagnose and treat joint pain, it is essential to perform a hands-on physical examination. This approach helps pinpoint the origin of pain, which is not always immediately apparent. Sometimes the issue is not pain itself, but rather a loss of function that needs to be addressed. Additional signs such as clicking, catching, or similar mechanical symptoms can provide further insight into the underlying problem.
Combining a thorough physical exam with diagnostic tools, such as ultrasound, leads to a much higher success rate in identifying the source of a patient’s issues. Once a comprehensive assessment is completed—including observation of movement and range of motion—clinicians are able to make more informed decisions about treatment.
Evaluating Severity and Treatment Options
For patients with severe joint degeneration, such as those who are truly “bone on bone” in a weightbearing joint like the hip, mobility is often severely limited, and surgical options may need to be considered. However, surgery should not be the first step for every patient presenting with pain. There is an entire field dedicated to healing and regenerating tissue that can prevent or delay surgery—regenerative medicine.
Regenerative Medicine Treatments
Common regenerative therapies include platelet-rich plasma (PRP), where a sample of the patient’s blood is spun down to concentrate healing growth factors for injection. Stem cell therapy is another option, using sources like bone marrow to collect and concentrate healing cells, which are then delivered directly to affected areas to promote recovery. It is important to set realistic expectations: while these treatments may not completely reverse severe arthritis, they often result in improved pain management and restored function. Many patients experience relief for several years following regenerative treatments, sometimes requiring periodic maintenance to sustain results.
Assessing Candidacy for Regenerative Therapy
Identifying the precise issue and determining whether a patient is a good candidate for regenerative medicine is crucial. For example, a patient who has been told they are “bone on bone” but remains active may not require joint replacement surgery. Instead, a thorough hands-on physical examination and in-person evaluation are necessary before making surgical decisions. These assessments help ensure that patients receive personalized care tailored to their specific needs and circumstances.
Common Joint and Neck Pain Scenarios
A typical patient inquiry reads: “Hi, Dr. Grove. I’m having some arthritis, hand pain, degenerative neck pain, which causes pain in the back of my head. Cortisone shots don’t work. Can you help?” This situation is frequently encountered in the clinic and highlights several common issues.
Hand Pain Due to Arthritis
Hand pain from arthritis is prevalent, often resulting from wear and tear. Many individuals in demanding professions, such as law enforcement, firefighting, and contracting, experience accelerated joint degeneration due to the physical nature of their work. Trauma to the affected area can further hasten joint deterioration.
Autoimmune Arthritis
Rheumatoid arthritis is another factor that can significantly accelerate joint degeneration. This autoimmune condition occurs when the body mistakenly attacks its own tissues, resulting in inflammation and damage to the joints.
Patient Experiences with Regenerative Treatment
It’s quite common for patients to reach out shortly after undergoing regenerative therapy, whether by text, email, or phone call. They often express surprise and excitement about their recovery, sharing feedback such as, “Oh my gosh, I’m getting my range of motion back. My hands just feel a lot less tight.” These responses highlight the positive impact that regenerative treatments can have.
Degenerative Neck Pain and Disc Disease
Another frequent concern involves patients reporting degenerative neck pain. While the specific meaning of “degenerative neck pain” can vary, it often refers to conditions such as degenerative disc disease. In these cases, patients may experience neck discomfort linked to changes in the spinal discs. When evaluating spine issues, clinicians typically focus on painful areas and use MRI studies to examine structural changes, such as degenerative discs, disc bulges, and stenosis. This diagnostic approach ensures that attention is directed toward the most likely sources of pain, helping guide appropriate treatment decisions.
Understanding Spine Pain: Ligament Strains and Discogenic Pain
Spondylolisthesis is one of several spine conditions for which surgery is commonly performed. However, it is noteworthy that surgical discussions rarely focus on the connective or soft tissue surrounding the spine.
The structures around the spine, particularly ligaments, play a crucial role in pain. Ligament strains are frequently seen in clinical practice and can cause significant, debilitating discomfort.
Personal experience with neck and lower back injections demonstrates that alleviating pain often involves addressing the surrounding soft tissue rather than the bones or spinal discs themselves.
Pain is often caused by issues in the tissues around the spine, rather than the spine itself.
Ligaments are frequently implicated in spine pain. It is important to recognize that the presence of a degenerative disc does not necessarily indicate that the disc is the source of the pain.
Discogenic pain refers to discomfort caused by pressure on the spinal discs, such as when standing or sitting upright. Severe cases can lead to a person being unable to stand or move comfortably.
Patients may sometimes attribute their symptoms to disc issues. However, if loading the disc does not reproduce pain, surgical intervention may not be warranted. Instead, a thorough physical examination can reveal that pain is often due to a simple ligament strain around the lower back.
Treating ligament strains in the lower back often yields high success rates, and surgery is rarely needed for these areas.
Ligaments that attach bone to bone in the spine are extremely strong. Similar to how athletes might sprain ankle ligaments, ligament sprains can occur in the back and neck—these are very common injuries.
Back and neck ligament sprains often cause pain, even when imaging studies such as MRI, CT, or X-ray appear normal.
Stretched ligaments may not show significant changes on static imaging, but a physical exam can pinpoint areas of pain. Applying stress to the affected tissues can reveal the exact location of discomfort.
Targeted treatment, such as the placement of healing cells, can address the pain even when there is no major ligament tear.
Severe pain can result from minor ligament strains, as experienced with iliolumbar ligament injuries connecting the pelvic bone to the lower back. Such pain can be intense and persistent, especially during activities like heavy squats.
Injection therapies are common in the clinic, especially for ligament strains. Using ultrasound guidance ensures precise placement of treatment while avoiding important nerves and blood vessels in the area.
Ultrasound technology is routinely employed to safely and accurately deliver healing cells to the exact locations of ligament injury.
Cortisone Injections: Limitations and Risks
Cortisone shots, which are a type of steroid, are commonly used in orthopedic settings. While their primary goal is to decrease pain, their effectiveness is limited. The pain relief from cortisone injections may only last for a day or just a couple of weeks. Steroids are toxic to tissues, as shown by numerous studies, and this is widely accepted in the medical community.
Although you may experience short-term pain relief from a steroid injection, it is not realistic to expect one shot to completely eliminate pain for a lifetime. In sports medicine, the expectation is often the opposite: after a brief period of relief, pain may actually worsen. This happens because injecting a toxic substance like cortisone into soft tissue can lead to tissue degeneration.
Injecting steroids into joints can soften cartilage and potentially accelerate arthritis. Patients who receive repeated steroid injections into tendons or ligaments, such as the rotator cuff in the shoulder, often develop degenerative tears. Multiple injections may worsen the clinical picture, as these treatments act like band-aids and lack regenerative capacity. Steroid injections are not designed to heal tissue; they simply mask pain.
Short-Term Relief vs. Long-Term Healing
If a steroid injection provides pain relief, it has fulfilled its intended purpose, but this is only a short-term solution. Focusing on immediate pain relief without addressing the underlying issue is like winning a battle but losing the war. The priority should be promoting healing and restoring structural integrity to tissues, rather than simply covering up symptoms.
Regenerative medicine, including treatments such as platelet and stem cell therapies, offers a better long-term solution by supporting the healing process. Rather than relying on repeated steroid injections that may worsen the problem, it makes more sense to fix the issue directly and promote tissue repair.
Considerations for Athletes
For athletes, especially those competing in-season and earning substantial incomes, there may be a need to continue participating despite injury. Even so, informed consent is crucial, as steroid injections can potentially shorten careers and exacerbate underlying problems. Temporary pain relief may encourage continued activity and result in further tissue damage, ultimately blocking the body’s ability to heal and causing more structural harm.
Summary and Approach
Overall, steroid injections are not a preferred long-term strategy. The aim should be to heal and fix issues rather than repeatedly masking pain. Choosing regenerative therapies helps promote healing and structural support for lasting recovery.
Patient Concerns After Arthroscopy: Questions and Considerations
A patient wrote in to Dr. Grove describing their experience after undergoing arthroscopy in May, which was based on MRI findings. The patient reports ongoing pain in the tibia (shin bone) and is uncertain about the decision to have surgery. They are preparing for a follow-up appointment in June and are questioning whether the diagnosis was thorough, noting that no physical exam was performed prior to surgery.
This situation raises several important red flags. A thorough hands-on physical exam is essential when developing a care plan, especially before proceeding with surgical intervention. In this case, the patient underwent an invasive procedure without a comprehensive physical assessment, relying solely on MRI results. This approach prompts questions about the justification for surgery and whether the best course of action was taken.
Arthroscopy involves making small incisions in the skin to insert a scope and examine a joint, often the knee. While this procedure can be valuable, it is important to consider whether it is warranted based on the patient’s symptoms and diagnostic findings. The patient’s persistent pain and uncertainty about the diagnosis highlight the need for clear communication and careful evaluation before surgery.
Patients are encouraged to ask their providers for the specific reasons behind surgical recommendations and to seek clarity on alternative options. In many cases, surgery can lead to additional damage, and it is critical to ensure that it is truly necessary. If you are facing similar concerns, make sure to ask direct questions about your diagnosis, the need for surgery, and whether all appropriate assessments—including a physical exam—have been completed.
For further guidance or to schedule a consultation, patients can contact the staff at 800-300-9300
