Stem Cell Injections in Virginia
Stem Cell Therapy for Spine Pain, Joint Pain and Orthopedic Conditions
Stem cell injections are an advanced regenerative treatment that uses your body’s own repair cells to help heal damaged joints, tendons, ligaments, and other musculoskeletal tissues. By concentrating stem cells and growth factors, and injecting them precisely where they are needed, this therapy may reduce pain, improve function, and potentially delay or avoid surgery.
If you’re dealing with chronic spine or joint pain, arthritis, or a stubborn orthopedic injury, stem cell treatment may be an option.
To learn more or find out if bone marrow stem cell injections are right for you, call NOVA Interventional Pain and Spine at 917-763-4423 and schedule a consultation with Dr. Anil Chenthitta.
What Are Stem Cell Injections?
Stem cell injections use specialized cells taken from your own body to support and enhance your body’s natural healing process. We are able to get your own cells from bone marrow aspiration, which is a procedure that can be done in the office with minimal discomfort. The primary source of bone marrow we use is the posterior iliac crest.
This treatment is commonly referred to as:
- Bone marrow stem cell therapy
- Bone marrow aspirate concentrate (BMAC) injections
- Stem cell injections for joint pain
- Orthopedic stem cell treatment
At NOVA Interventional Pain and Spine, we use bone marrow–derived stem cell injections to help treat a variety of musculoskeletal and orthopedic conditions, including:
- Chronic back pain that has not responded to conservative care
- Knee, hip, shoulder, and ankle arthritis
- Tendon and ligament injuries (such as rotator cuff, tennis elbow, or Achilles tendinopathy)
- Meniscus and labral tears in certain cases
- Degenerative joint and cartilage problems
Because the cells are taken from your own body, this is a biologic, minimally invasive option for patients seeking non-surgical pain relief and tissue support.
How Do Bone Marrow Stem Cell Injections Work?
Stem cell therapy with bone marrow aspirate concentrate is performed as an outpatient procedure in our office or a procedure suite and typically takes about 1–2 hours.
Step-by-step BMAC procedure:
- Evaluation and planning
Dr. Chenthitta reviews your medical history, imaging studies, and prior treatments to determine if you are a good candidate for bone marrow stem cell therapy and to select the optimal treatment site(s). - Bone marrow aspiration
- A small area—typically at the back of the hip (pelvis)—is numbed with local anesthetic.
- Using a specialized needle, a small amount of bone marrow is withdrawn (aspirated).
- Most patients feel pressure and brief discomfort, but the process is usually well-tolerated.
- Processing and concentration
- The bone marrow sample is placed in a specialized centrifuge system.
- This separates and concentrates the stem cells and growth factors into bone marrow aspirate concentrate (BMAC).
- Precision injection into the injured area
- Using image guidance (such as ultrasound or fluoroscopy), Dr. Chenthitta injects the BMAC directly into the damaged joint, tendon, ligament, or other target tissue.
- Image guidance helps ensure accurate placement and optimal distribution of the concentrate.
Why Bone Marrow Stem Cells Matter
Bone marrow contains a population of cells often referred to as mesenchymal stem cells (MSCs), along with other regenerative cells and growth factors. These cells can:
- Help modulate inflammation
- Support tissue repair and regeneration
- Promote a healthier environment within the joint or injured tissue
- Work in combination with your own healing response over time
Many patients consider bone marrow stem cell injections when they:
- Want to delay or potentially avoid joint replacement surgery
- Prefer a biologic approach over repeated steroid injections
- Have persistent pain despite physical therapy, medications, or other conservative care
Are Bone Marrow Stem Cell Injections Safe?
Because bone marrow stem cell therapy uses your own cells, there is no risk of allergic reaction or immune rejection. For many patients, this makes it an attractive option for addressing orthopedic pain.
However, as with any medical procedure, there are potential risks, including:
- Temporary pain, bruising, or soreness at the bone marrow aspiration site (usually the hip)
- Discomfort or swelling at the injection site
- A small risk of bleeding or infection at either site
- Rare complications related to the procedure or local anesthesia
At NOVA Interventional Pain and Spine, we aim to reduce risks by:
- Using sterile technique throughout the procedure
- Employing advanced image guidance for accurate injection placement
- Carefully screening patients and reviewing medical history and medications in advance
Why Choose NOVA Interventional Pain and Spine for Stem Cell Treatment?
Dr. Anil Chenthitta is a board-certified physician with fellowship training in interventional pain management. He has extensive experience with image-guided injections and advanced pain management techniques, including regenerative therapies.
When you choose NOVA Interventional Pain and Spine for stem cell injections, you can expect:
- A thorough, individualized evaluation
- Honest discussion of expected benefits, limitations, and alternatives (including PRP, steroid injections, and surgery)
- Use of appropriate imaging (ultrasound and/or fluoroscopy) for precise targeting
- A personalized treatment and follow-up plan tailored to your condition, activity level, and goals
Not every patient is a candidate for stem cell therapy. Dr. Chenthitta will help determine whether bone marrow aspirate concentrate (BMAC) is a reasonable option for you or if another treatment may be more appropriate.
How Long Do Results Last, and How Many Stem Cell Treatments Will I Need?
Response to bone marrow stem cell injections varies based on your condition, overall health, and the severity of tissue damage. Many patients report:
- Gradual improvement in pain and function over several weeks to months
- Potentially long-lasting relief, especially when combined with appropriate activity modification and rehabilitation
In many cases:
- A single BMAC treatment may provide significant benefit
- Some patients with more advanced or complex issues may be candidates for additional treatments
During your initial consultation, we will:
- Review your diagnosis and imaging
- Discuss realistic expectations and timeframes
- Outline how many treatments are likely to be helpful in your specific case
When Will I Notice Pain Relief After Stem Cell Injections?
Unlike steroid injections, which may provide rapid but temporary relief, bone marrow stem cell therapy works gradually by supporting tissue repair and a healthier joint or tendon environment.
Typically, patients may expect:
- Early changes in symptoms within 4–8 weeks
- Continued improvement over 3–6 months or longer
- Best results when combined with appropriate physical therapy, strengthening, and lifestyle adjustments as recommended
The exact timeline depends on:
- The type and severity of your condition (for example, early vs. advanced arthritis)
- How long you have had symptoms
- Your overall health, age, and activity level
- Whether other supportive treatments are used alongside stem cell therapy
At your visit to our Lansdowne office, we will provide a personalized recovery plan and follow-up schedule.
Bone Marrow Stem Cell Injections in Leesburg, Dulles, Reston, and Nearby Areas
NOVA Interventional Pain and Spine offers bone marrow–derived stem cell injections (BMAC) and other advanced non-surgical pain treatments for patients in:
- Leesburg
- Ashburn
- McLean
- Northern Virginia
- Surrounding areas of Maryland
If you are searching for “stem cell injections near me,” “bone marrow stem cell therapy for joint pain in Virginia,” or want to learn more about regenerative orthopedic treatments, our team can help you explore whether this option is appropriate for your situation.
To schedule your stem cell therapy consultation, please call NOVA Interventional Pain and Spine at 917-763-4423 .
We are committed to helping you find safe, effective, and minimally invasive options for managing pain and improving function.
