Traumatic brain injury or damage is a leading cause of death and disabilities worldwide. Severe brain damage can result in cognitive and physical impairment. It is recognized as a global health problem afflicting nearly 60-65 million people yearly. Brain damage occurs when the tissues in the brain die due to cerebral injury, and the supply of blood and oxygen to the brain is blocked. Stem cells have remarkable potential to regenerate damaged brain tissues and promote recovery. They effectively replace dead or lost neural cells and restore cognitive and motor functions.
This blog post explains the causes and types of brain injury stem cells can treat and their therapeutic potential in recovering from traumatic brain injuries.
Table of Contents:
What Is Brain Damage?
Brain damage is a dangerous type of injury that impacts the functioning of the brain and can lead to temporary or permanent disability. A traumatic brain injury typically results from sudden external and impactful force to the head that damages the brain tissues. The consequence of the injury may range from severe disabilities to mild concussions or even death, depending on the intensity of the external force.
Non-traumatic brain damage is a condition that occurs when any internal health factors, such as stroke, disease, or aneurysms, disrupt the flow of blood to the brain, impacting brain function. In some brain injuries, the effect or damage is felt immediately, while in some cases, patients experience outcomes after days or weeks.
Symptoms Of Brain Injuries
The symptoms of brain injuries depend on the degree or intensity of injury in the brain. When the extent of the damage ranges from mild to moderate, patients can experience loss of memory, communication, and understanding problems. Also, the symptoms may vary from person to person and may include:
- Headaches
- Bleeding from the nose or ears
- Trouble Sleeping
- Numbness or weakness in the body
- Vomiting
- Convulsions
- Slurred Speech
- Unusual Behavior
- Dizziness
- Blurred vision
Related Read: Stem Cell Therapy: Ischemic Stroke Recovery Breakthrough
Primary Causes Of Brain Injuries
Brain damage can happen for lots of reasons like accidental falls, infections, tumors, or neurodegenerative diseases, impacting specific parts or regions in the brain and leading to cognitive disability. Here are a few risk factors that contribute to brain damage –
- Traumatic injury – Sudden jolt or blow to the head with extreme force during sports, car accidents, falling from heights, etc.
- Stroke – Ischemic stroke or hemorrhagic stroke that blocks the supply of blood to the brain. Lack of oxygen and nutrients stops the brain from functioning correctly.
- Neurodegenerative diseases – Brain disorders, such as Alzheimer’s Disease or amyotrophic lateral sclerosis (ALS), progressively damage brain tissues and lead to cognitive decline.
- Brain Tumors – Abnormal cell growth within the brain leads to the formation of tumors that exert pressure on nearby cells and impact brain function.
Can Stem Cell Therapy Help Treat Brain Damage?
Stem cell therapy holds tremendous potential in recovering the damage caused to the brain due to various external or internal factors. The distinct properties of stem cells aid in tissue repair and regeneration, improving a patient’s condition and quality of life. The therapeutic benefits that stem cells offer in treating brain injury are –
- Regenerative Potential—Stem cells can differentiate into various cell types, including brain cells, facilitating healthy tissue regeneration in damaged regions.
- Neuroprotection – Stem cells release growth factors and other neuroprotective agents that regulate inflammation and promote neural cell survival.
- Promote Neurogenesis – Stem cells support neuronal growth and differentiation, replacing damaged neurons and improving brain function.
- Promote Angiogenesis – Stem cells also result in the growth of new cerebral blood vessels, which enhance the supply of oxygen and nutrients to the brain.
To sum up, stem cell treatment for brain injury helps restore lost neural cells through proliferation and cell differentiation. These cells transform into brain and nerve tissues, such as oligodendrocytes, endothelial cells, and astrocytes, to restore cognitive and motor function.
Recent Studies Showing Positive Outcomes In Brain Injury Patients
Numerous animal studies have established preclinical success for stem cell therapy, demonstrating its therapeutic benefits in treating brain injury. Other ongoing studies and clinical trials in human subjects show stem cells’ promising efficacy in significantly improving patients’ conditions.
A study on 46 brain injury patients indicated impressive results from a more practical perspective. There was an improvement in their balance skills, better posture, and increased motor skills. Patients could move their arms and legs and even walk again, which reduced their dependence on a wheelchair.
Where To Get the Best Stem Cell Therapy In Mexico
Life Altering Stem Cell Therapy Institute is Mexico’s best place for stem cell therapy. It is known for its highly advanced treatment facility, experienced team of medical professionals, and cutting-edge technologies. Our treatment center is located in Mazatlan, Sinaloa, and is easily accessible from the famous cities of the US and Canada, making it a preferred destination for medical tourism.
After reviewing the patient application form, we provide personalized treatment solutions for over twenty medical conditions. We approve treatment only after careful evaluation of the patient’s age, current condition, the severity of the disease, and medical history to ensure safety and maximum effectiveness.
Final Words
A traumatic head or brain injury can lead to physical, mental, and emotional devastation. Stem cell treatment brings renewed hope and optimism to patients suffering from brain damage. It addresses the root cause of the injury and regenerates healthy brain tissues in the affected areas to revive neurological capabilities.
This pioneering regenerative medicine treatment is backed by progress in medical research and clinical experimentation. It instills trust in patients, making them hopeful that they can live healthy and active lives again.
