Get Stem Cell Therapy for Spinal Treatment to Spinal Cord Injury
Spinal Stem Cell Therapy
What is Stem Cell Therapy?
Stem Cell Therapy is the treatment which is used to treat various disorders and the use of Stem Cell Therapy is non-serious to life-threatening. These stem cells can be used to treat more than 80 disorders, including neuromuscular and degenerative disorders.
Hematopoietic disorders such as leukaemia, thalassemia, sickle cell anaemia, storage disorders etc. that can affect the bone marrow and can cause various systemic complications. The donor stem cells are known to reconstitute the defective bone marrow and it also permanently overcomes the disorder.
Degenerative disorders are the disorders that have been arising from degeneration or wear and tear of bone, muscles, fat or any other tissue, cell or organ. The degenerative disorder can occur due to various reasons, but age is the major factor that causes degeneration. The disorders have a slow and develop gradually but once contracted, can be long-standing, pain-staking and lifelong. These degenerative disorders can affect any organ of the human body and the common disorders of the degenerative condition are diabetes, stroke, heart failure, osteoarthritis, Alzheimer’s disease, etc.
How Does the Stem Cell Therapy Procedure Works?
While performing the Stem Cell Therapy the surgeon will collect your body’s own adult stem cells and growth factors from multiple sources. After that, they will harvest the fat-derived stem cells most often from your lower abdomen which allows the surgeons to obtain a significant quantity of cells. They also harvest bone marrow-derived cells from the iliac crest which contains a variety of important cells to complement the storage of fat-derived cells.
The surgeon will harvest the third area through your peripheral vein where the blood is used to make Platelet-Rich Plasma. Your surgeon will directly inject these three components into the affected area which could be your knee joints, hips, low or mid back, soft tissues, shoulders, etc. under live x-ray or ultrasound guidance.
Benefits to Surgery
Benefits to Stem Cell Therapy for Spinal Treatment
The following are the benefits of having Stem Cell Therapy India and these are:
a) Surgery not required: Stem Cell Therapy India is a minimally invasive and non-surgical procedure where the surgeon will harvest the stem cells from the patient’s own bone marrow which is taken from the pelvis.
b) Minimal recovery time: The time of recovery is the most consuming part of any injury rather than just a treatment but with Stem Cell Therapy India the patient will recover quick and fast.
c) Use of general anesthesia not required: Stem Cell Therapy India is a procedure where your surgeon will not give you any anesthesia.
d) No risk of rejection: This is a procedure where your surgeon will use biologics extracted from your body and this is a reason that there is no risk of rejection.
e) Spreading of disease: This is a procedure where cells are originated within your own body and hence, there is no risk of spreading disease.
Spine Cord Injury Tests
Diagnosis to Spine Cord Injury
Magnetic resonance imaging (MRI): This kind of study uses computer-generated radio waves and an influential magnetic field to create the comprehensive three-dimensional images of spinal cord. It could document spinal trauma from injury, as well as aid in making a diagnosis to the spinal cord tumors and herniated disks that might compress the spine and spinal cord, and injury to the ligaments that support the cervical spine.
Computerized tomography (CT): This avails fast, obvious two-dimensional x-ray images of organs, bones, and tissues. Neurological CT scans get used to view the spine. Though CT is excellent in perceiving bone fractures, and spinal stenosis, this kind of spinal study has also less ability to image the spinal cord or to identify ligament injury linked with an unstable spine than MRI.
X-rays: X-rays could be used to view the most parts of the body, such as a joint or major organ system. In a conventional x-ray, a concerted burst of low-dose ionized radiation gets passed through the body and onto a photographic plate. Vertebral misalignment or fracture can be seen within the minutes. X-rays taken in the different neck positions detect instability of the cervical spine.
Recovery
Recovery after the Procedure
- Stem cell therapy for spinal treatment can shorten for the hospital stays. Also keep in mind that the exact length of time needed in the hospital will vary with each patient and individual procedure.
- Stem cell therapy for spine does not disrupt to the muscles and soft tissues.
- After the procedure, you should still expect to feel some discomfort, however, advancements in pain control now make it easier for your doctor to manage and relieve pain.
- In addition, to help you regain strength and speed your recovery, your doctor is liable to suggest for the physical therapy.
- Specific exercises will help you get strong enough to return to work and the daily activities.
- After the surgery complete, your doctor is to assess you to make sure that your recovery is progressing as expected.
Diagnosis to Spine Cord Injury
Magnetic resonance imaging (MRI): This kind of study uses computer-generated radio waves and an influential magnetic field to create the comprehensive three-dimensional images of spinal cord. It could document spinal trauma from injury, as well as aid in making a diagnosis to the spinal cord tumors and herniated disks that might compress the spine and spinal cord, and injury to the ligaments that support the cervical spine.
Computerized tomography (CT): This avails fast, obvious two-dimensional x-ray images of organs, bones, and tissues. Neurological CT scans get used to view the spine. Though CT is excellent in perceiving bone fractures, and spinal stenosis, this kind of spinal study has also less ability to image the spinal cord or to identify ligament injury linked with an unstable spine than MRI.
X-rays: X-rays could be used to view the most parts of the body, such as a joint or major organ system. In a conventional x-ray, a concerted burst of low-dose ionized radiation gets passed through the body and onto a photographic plate. Vertebral misalignment or fracture can be seen within the minutes. X-rays taken in the different neck positions detect instability of the cervical spine.
Recovery after the Procedure
- Stem cell therapy for spinal treatment can shorten for the hospital stays. Also keep in mind that the exact length of time needed in the hospital will vary with each patient and individual procedure.
- Stem cell therapy for spine does not disrupt to the muscles and soft tissues.
- After the procedure, you should still expect to feel some discomfort, however, advancements in pain control now make it easier for your doctor to manage and relieve pain.
- In addition, to help you regain strength and speed your recovery, your doctor is liable to suggest for the physical therapy.
- Specific exercises will help you get strong enough to return to work and the daily activities.
- After the surgery complete, your doctor is to assess you to make sure that your recovery is progressing as expected.