Bone Marrow Concentrate

What is Bone Marrow Concentrate?

Your blood is produced in your bone marrow. Bone marrow concentrate (BMC) is made by collecting bone marrow aspirate from a patient. BMC is usually collected from the pelvic bone or another large bone.

BMC is particularly beneficial for orthopedic medicine because bone marrow contains blood and stem cells. Some of these stem cells are able to create new tissue such as bone, cartilage, fat, and blood vessels, making them very helpful in treating injuries and chronic orthopedic conditions.

BMC is a fluid that contains cells taken from the bone marrow.

The first step in producing BMC involves collecting bone marrow aspirate using a needle that removes bone marrow from a large bone. This is usually done using local anesthesia or with conscious sedation. Once collected, the aspirate is then processed using a centrifuge in a special kit.

Using bone marrow concentrate injections to treat injuries is a non-surgical, minimally invasive regenerative orthopedic procedure that is an excellent choice for athletes or anyone that would like to restore their mobility and get relief from their pain. Bone marrow concentrate is helpful with treating the following:

• Bone fractures that have not grown back together / Injections
• Treat chronic wounds
• Repairing cartilage
• Treatment of dying bone
• Improving tendon healing / Treat acute thoracic
• Treating osteoarthritis in joints / Tendon injuries
• Treat and delay the progression of chronic diseases such as arthritis
• Tennis/Golfer’s Elbow
• Meniscus tears
• Low back pain from disc degeneration / Tears
• Rotator cuff tendonitis / Tears
• Achilles tendonitis / Tears
• Labral Tears

How Bone Marrow Concentrate Heals

Stem cells and progenitor cells, in combination with bone marrow cells and platelets, are able to be used to treat tissue when injected into damaged areas of the body. In addition to this, BMC contains proteins called cytokines and growth factors, which may also be able to help decrease inflammation and treat the underlying injury or defect.

This is believed to be possible because bone marrow concentrate decreases inflammation and potentially aids in new tissue formation.