Understanding Pain
Diagnosis & Understanding
4. Neck Pain
1:55
6. Painful Diabetic Neuropathy
1:46
8. Foot Pain
1:50
9. Ankle and Foot Pain
1:46
10. Cancer Pain
1:34
Non-Surgical Treatment Options
2. Bracing
1:30
3. Acupuncture
2:13
4. Physical Therapy
1:35
5. Cognitive Behavioral Therapy
2:08
Minimally Invasive & Surgical Treatments
2. Regenerative Medicine
2:06
5. Caudal Epidural
1:33
10. Sacroiliac Joint Fusion
1:39
11. Kyphoplasty and Vertebroplasty
2:05
12. Basivertebral Nerve Ablation
1:36
13. MILD Procedure
2:04
14. Spinal Decompression Surgeries
1:41
15. Artificial Disc Replacement
1:52
SI Joint Dysfunction
Diagnosis & Understanding
3. Sacroiliac Joint Dysfunction
1:55
4. Pseudosciatica
1:48
5. SI Joint Injection
1:49
Non-Surgical Treatment Options
1. Physical Therapy
1:35
2. Cognitive Behavioral Therapy
2:08
3. Bracing
1:30
6. Regenerative Medicine
2:06
Peripheral Nerve Stimulation (PNS)
Diagnosis & Understanding
3. CRPS I
1:57
5. Nerve Blocks
2:07
6. Nerve Blocks
2:07
7. EMG Nerve Conduction Study
1:26
Minimally Invasive & Surgical Treatments
1. Hydrodissection
1:33
Alternative & Emerging Therapies
3. Regenerative Medicine
2:06
Minimally Invasive Lumbar Decompression (MILD)
Diagnosis & Understanding
3. MILD Procedure
2:04
Minimally Invasive & Surgical Treatments
6. Artificial Disc Replacement
1:52
7. Facet Joint Fusion
1:48
8. Regenerative Medicine
2:06
Diabetic Neuropathy SCS
Diagnosis & Understanding
1. Painful Diabetic Neuropathy
1:46
Non-Surgical Treatment Options
Minimally Invasive & Surgical Treatments
1. Peripheral Nerve Stimulation
1:41
Alternative & Emerging Therapies
1. Regenerative Medicine
2:06
Dorsal Root Ganglion Stimulation (DRG)
Diagnosis & Understanding
3. Pelvic and Perineal Pain
1:52
7. Painful Diabetic Neuropathy
1:46
8. CRPS I
1:57
Non-Surgical Treatment Options
1. Physical Therapy
1:35
2. Cognitive Behavioral Therapy
2:08
3. Bracing
1:30
Minimally Invasive & Surgical Treatments
3. Lumbar Sympathetic Injection
1:36
Alternative & Emerging Therapies
3. Regenerative Medicine
2:06
Lumbar Basivertebral Nerve (Vertebral Body or Disc)
Diagnosis & Understanding
1. Degenerative Disc Disease
2:06
Minimally Invasive & Surgical Treatments
1. Basivertebral Nerve Ablation
1:36
2. Intradiscal Fibrin Injection
1:53
Alternative & Emerging Therapies
2. Regenerative Medicine
2:06
Lumbar Back Pain- Multifidus pathology
Minimally Invasive & Surgical Treatments
2. Facet Joint Injection
1:44
Alternative & Emerging Therapies
1. Regenerative Medicine
2:06
Radiofrequency Ablation
Diagnosis & Understanding
Non-Surgical Treatment Options
Minimally Invasive & Surgical Treatments
3. Endoscopic Rhizotomy
1:41
Alternative & Emerging Therapies
1. Regenerative Medicine
2:06
Neck or Cervical Pain
Non-Surgical Treatment Options
2. Bracing
1:30
Minimally Invasive & Surgical Treatments
2. Caudal Epidural
1:33
5. Facet Joint Injection
1:44
10. Interventional Pain Procedures
1:58
13. Artificial Disc Replacement
1:52
Alternative & Emerging Therapies
1. Regenerative Medicine
2:06
2. PRP Injection
1:42
4. MFAT
2:04
5. Shockwave Therapy (MSK)
2:03
6. Laser Therapy
2:05
7. Ozone Therapy
1:37
Low back or Lumbar Pain
Diagnosis & Understanding
1. Herniated Disc
1:58
Minimally Invasive & Surgical Treatments
Alternative & Emerging Therapies
1. Regenerative Medicine
2:06
2. PRP Injection
1:42
4. MFAT
2:04
5. Shockwave Therapy (MSK)
2:03
6. Laser Therapy
2:05
7. Ozone Therapy
1:37
Headaches
Diagnosis & Understanding
1. Migraine
2:04
2. Tension Headache
1:50
3. Cluster Headache
1:53
4. Occipital Neuralgia
2:02
5. Trigeminal Neuralgia
1:35
6. Neck Pain
1:55
Non-Surgical Treatment Options
4. Acupuncture
2:13
Minimally Invasive & Surgical Treatments
2. Botox (Migraines/Dystonia)
2:07
3. Sphenopalatine Block
1:47
6. Peripheral Nerve Stimulation
1:41
Alternative & Emerging Therapies
1. Regenerative Medicine
2:06
2. PRP Injection
1:42
3. Shockwave Therapy (MSK)
2:03
4. Laser Therapy
2:05
5. Ozone Therapy
1:37
Robert Moghim MD
Anchor Healthcare
Regenerative Medicine
1746878691
Regenerative medicine helps your body heal naturally, and one way is through Platelet-Rich Plasma, or PRP therapy. PRP leverages your blood's healing power to treat pain and injuries.
Here’s how it works. We draw a small amount of blood, like a routine test, then spin it in a machine to separate healing platelets, growth factors, and proteins. Once concentrated, we inject this solution directly into the problematic area, such as a joint, tendon, or muscle.
People often choose PRP for tendon injuries, arthritis, or chronic pain that resist other treatments. PRP may reduce pain, decrease inflammation, and speed healing, although results vary.
Another option is Bone Marrow Aspirate and Concentrate, or BMAC. Similar to PRP, it’s derived from your bone marrow instead of blood, containing stem cells that aid in tissue repair. Doctors extract bone marrow from your hip, concentrate it, and inject it into the treatment area.
The difference? PRP mainly uses growth factors, while BMAC contains stem cells that transform into various tissues, suitable for severe injuries like advanced arthritis.
Microfragmented Fat, or M-Fat, is another therapy using your fat cells for healing. Fat tissue is rich in reparative cells that reduce inflammation and support repair. M-Fat is extracted, processed, and injected into the injured area.
Unlike PRP, which signals healing, M-Fat offers structural support, lasting longer. It’s used for joint pain and tendon injuries needing cushioning and regeneration.
After treatment, you might feel temporary soreness or swelling. Avoid anti-inflammatory meds like ibuprofen beforehand. Improvements can take weeks, and sometimes multiple treatments are needed.
If joint pain or tendon injuries affect you, consider regenerative medicine. Schedule a consultation to explore your options and develop a personalized plan to regain your activities.
FAQs
Are there any risks associated with regenerative medicine therapies?
As with any medical procedure, there are potential risks, including temporary pain or swelling at the injection site. The effectiveness of PRP and similar treatments may vary, particularly in older patients or those with underlying health issues. It is possible that multiple treatments might be required to achieve desired results.
How does Platelet-Rich Plasma (PRP) therapy differ from Bone Marrow Aspirate Concentrate (BMAC)?
PRP therapy utilizes platelets and growth factors from a patient’s blood to decrease inflammation and speed up healing, suitable for conditions like tendon injuries or arthritis. In contrast, BMAC involves extracting stem cells from bone marrow, which are capable of transforming into different types of tissues, making BMAC more suitable for severe injuries such as advanced arthritis.
What conditions can be treated with regenerative medicine therapies like PRP and BMAC?
These therapies are often chosen for tendon injuries, arthritis, and chronic pain that do not respond to traditional treatments. PRP is commonly used for issues like osteoarthritis and tendon injuries, while BMAC is more suitable for severe conditions requiring tissue regeneration, such as advanced stages of arthritis.
What is regenerative medicine and how does it work?
Regenerative medicine focuses on using the body's natural healing capabilities to repair and regenerate tissues, primarily through therapies like Platelet-Rich Plasma (PRP), Bone Marrow Aspirate Concentrate (BMAC), and Microfragmented Fat (M-Fat). These therapies involve extracting, concentrating, and injecting biological materials from the patient's own body, like blood, bone marrow, or fat, into damaged areas to promote healing and repair.
What should I consider before undergoing a regenerative medicine procedure like PRP?
Before undergoing PRP therapy, it is crucial to avoid anti-inflammatory medications like ibuprofen, as they might interfere with the therapy’s effectiveness. Patients may experience temporary soreness or swelling after treatment, and improvements might take weeks. A consultation with a healthcare provider is necessary to develop a personalized treatment plan.