How Stem Cell Therapy Benefits Specific Diseases
You can search throughout history and even within our modern times, and nowhere will you find greater advances in medicine than we are currently seeing with stem cell therapy. Through all the research performed clinically over the last couple of decades, it has exponentially grown into a medical field that can improve the lives of hundreds of thousands of people all over the world.
Among most of these exciting advances in stem cell therapies, the fact that it relieves chronic pain while providing effectiveness to address injuries and assisting with the healing process without invasive surgeries or medications is quite astounding.
However, therapy with stem cells can offer much more than just relieving pain and assisting with healing injuries. Through new methods that were developed, it can be applied to a variety of illnesses that are chronic. These include such as type one and two diabetes, heart conditions, and neurodegenerative disorders.
Furthermore, it's also possible to use stem cell therapy treatments for joint repairs for degenerative and injury conditions of your elbow, back, hips, knees and much more.
Some basic information about stem cell therapy
These therapies are medical procedures which incorporate cells that are unique uses for repairing tissue that might be damaged by physical injuries, diseases, or disorders. The cells can be harvested either from fat layers underneath your skin, called adipose fat, or bone marrow.
Fat layer collected stem cells are very commonly used in treatments. Because of this discovery stem cells are extensively and continually being developed. These adipose cells have boosted modern medicine due to the fact that they are very potent even though they are harvested easily without procedures that are invasive.
Different uses of stem cell therapies may include:
To return faster to levels of activity that is normal,
It may reduce loss of hair,
For aiding skin wounds to heal, plus prevent scar tissue to form,
Aiding with regenerating fresh blood and heart vessels,
Increase your production of collagen,
Decrease damage to nerves,
Reduce future risk of injuries,
They can increase joint flexibility and function with improved motion range,
Reduction of pain in joints, whether it's acute or chronic without dependence on medication,
Accelerating the process of healing from wounds and injuries,
According to the research of stem cells, there is little to no limit of diseases it wouldn't be able to be used for in the not too distant future. This stems from their innate abilities to regenerate, re-grow, and repair any tissue or cell type within your body.
Here is a list of current therapies and also some that might be close:
Neurodegenerative diseases, such as multiple sclerosis, Alzheimer's or Parkinson's diseases,
Pancreatic dysfunctions like diabetes,
Impairments of sight,
Prevention of hair loss,
Cardiovascular diseases, like congestive failure of the heart, stroke, coronary disease, and hypertension,
Spinal stenosis, spinal cord injuries, and traumatic injury to the brain,
Incision and wound healing after a surgery,
Conditions of the musculoskeletal,
Some types of orthopedic injuries,
The procedure of adipose stem cell therapies
Due to the adipose collected stem cells with their qualities that are exceptional, the focus is on available therapy that is most effective and advanced. A very small sample of tissue is harvested that might not even require any stitches, which usually will be collected from your abdominal, thigh, or buttock area.
After harvesting, this sample can be put through a centrifugation process, where the machine vigorously spins the adipose elements to separate into components that are individual. These cells can become extremely concentrated, which will be collected as a core element within the serum for your therapy.
They contain factors of growth and has qualities of anti-inflammatory
The concentrated serum may then be injected directly into the damaged area that needs the therapy. They migrate into the area of the diseases or damage and immediately start working. These cells generally contain anti-inflammatory qualities and growth factors, as well as have the ability to change into whatever tissue or cell may be needed. They can change to bone tissue, cartilage, connective tissues, and even generate new skin, etc.
You might wonder how these cells can help for such a variety of diseases and injuries, this is due to the fact that they are undifferentiated and multipotent. This means that the cells usually are packets of microscopic potentials, which awaits their instructions to change into the cell type that is needed. When combined with the cells in the area where needed, they change into those type of cells.
These adipose collected cells removed out of fat layers underneath your skin can be injected back into different parts of your body, transforming to become the exact cell type required for regeneration, re-growth, or repair. Meanwhile, their natural factors of growth they contain can speed up the natural response of healing within your body, and their qualities of anti-inflammatory will decrease your pain.