Chronic and progressive deterioration of the spine is a leading cause of chronic pain. The intervertebral disc, vertebral bone, and surrounding ligaments can be affected by varying degrees. This condition is mainly linked to normal wear and tear, but it can also be caused by injury, such as a slipped disc, or playing high-impact sports. Problems with the body's alignment (such as scoliosis) or bad posture can also be a cause. The precise injection of pre-differentiated stem cells into the affected disc provides new material to repair, rebuild and remodel damaged tissue, relieving pain and improving function.
Lower back pain is the predominant symptom. It may be constant or triggered by exercise or specific postures (standing, lying down, or sitting).Pain can be localized or radiate to the sides or lower limbs, indicating nerve involvement. Movement restrictions in flexion, extension, or rotation are also common.
The main symptom is chronic pain located in the neck that radiates to the head or upper limbs. There may be difficulty in neck movements, dizziness and impairment of hand sensitivity.
Clinical evaluation is complemented by imaging and neurophysiological studies such as: MRI of the spine: create detailed images of bones and soft tissues. The soft tissues include the disks, the spinal cord and the nerves coming from the spinal cord, muscles, tissue, tendons, nerves, ligaments and blood vessels. CT scans of the spine: it complements the MRI, show very accurately the shape and position of the bones of the spine. Nerve studies. Electromyography (EMG) measures the electrical impulses produced by the nerves and how the muscles respond to them. This test can confirm pressure on the nerves caused by herniated disks or narrowing of the spinal canal, called spinal stenosis.
Two types of cells are needed for the treatment: stem cells and tissue-specific effector lymphocytes. The stem cells are extracted from subcutaneous fat, which is done by performing a micro liposuction procedure that only needs local anesthesia. Immune cells are obtained from the patient's peripheral blood.
The collected fat is processed to isolate and expand the stem cells. The combination of the stem cells and the tissue specific effector lymphocytes facilitates the pre differentiation of the stem cells into the specific cells that the tissue needs to repair the damage.
The combination of stem cells and tissue specific lymphocytes are injected into the affected intervertebral discs. The procedure is performed in a CT scanner or under fluoroscopic guidance.Most patients can quickly return to their usual routines with minimal interruption. A slight swelling or mild discomfort at the injection site may occur but typically resolve within a few days, allowing for a smooth recovery.
Patients will normally start seeing improvements 3-4 weeks after treatment. This means less pain and better movement. Most people only need to be treated once, Control images are done in a year to check how the tissue has healed. If it is necessary a buster of the treatment can be done.Comparative MRI of cervical spine pre- and one-year post-treatment in a 70-year-old man diagnosed with osteoarthritis of the cervical spine. The red arrow shows the remodeling of the affected disc.
Comparative magnetic resonance imaging of Lumbar spine pre- and one-year post-treatment in a 50-year-old woman diagnosed with lumbar osteoarthritis. The red arrow shows the remodeling of the affected disc
Our Therapy offers a range of benefits, including its minimally invasive nature, rapid recovery time, and potential to support the body’s natural healing processes. By utilizing the patient’s own regenerative cells, this treatment promotes tissue repair and may help reduce pain and inflammation in the affected joint.
Say goodbye to joint discomfort and hello to renewed mobility with Moviglia Method. Our experienced team is ready to guide you every step of the way, helping you achieve lasting relief and a better quality of life.
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