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Currently, many neurological diseases are incurable in the conventional medicine field. Patients with neurological diseases often suffer from paralysis, loss of social interaction functions, and inability to take care of themselves, which is a heavy burden to the whole family. Neural stem cells possess self-renewal and multidirectional differentiation potential, which makes them an ideal cell source for nerve repair and regeneration. In recent years, stem cell therapy has emerged as a very promising treatment method for those intractable neurological diseases.

The Beneficial Effects Of Spinal Stem Cells Therapy On Neurological Diseases
Stem cell therapy has brought new hope to patients with diseases in the nervous system. Stem cells are a type of cells with self-renewal ability and multidirectional differentiation potential. Stem cell for cerebral palsy and stem cell for stroke therapy for neurological diseases can restore patients’ motor, sensory, urination, and defecation functions to different levels. The patients also had an improvement in their self-care ability as well as their overall quality of life. Stem cell therapy rarely invokes immune rejection. The treatment is safe, free from side effects, and with significant repair/regeneration effects.

Stem cell therapy helps:

Regenerate new neurons

Improve the microcirculation of neurons and glial cells

Reduce the degeneration of nerve cells

Restore nerve cell function

Reduce or eliminate inflammation

Improve the microcirculation of neurons and glial cells

Restoring the transmission capacity of the nerve impulses

Promote angiogenesis and improve blood supply to the brain

Reduce autoimmune attacks

Reduce the recurrence rate of the diseases

Restore patient movement ability and consciousness

The Beneficial Effects Of Stem Cell Therapy On Neurological Diseases

Neurological Diseases That Stem Cell Therapy Can Treat
Stroke

Epilepsy

Parkinson’s Disease

Cerebral infarction

Multiple sclerosis

Alzheimer's disease (senile dementia)

Traumatic brain injury

Cerebral hemorrhage

Cerebral Palsy (CP)

Motor neuron disease/amyotrophic lateral sclerosis

Spinal cord injury

Ataxia

Myelitis

Encephalopathy syndrome

Hereditary spastic paraplegia
A published statistical analysis paper has shown that 1279 patients with ischemic stroke had their conditions improved after mesenchymal stem cell injection transplantation. Compared to patients who received conventional drug treatment only, patients had better therapeutical effects if they had mesenchymal stem cell transplantation at the same time. As the progression of the research effort, stem cell transplantation is expected to bring more promising results for patients with neurological diseases.

Learn More About Neurological Diseases
The human nervous system consists of the central and peripheral nervous system. The central nervous systems includes the brain and the spinal cord. The spinal cord extends downwards, and the peripheral nerves originating from the spinal cord are all over the limbs and trunk, which together form a vast network of nerve signaling. On one hand, the information perceived by the whole body is continuously fed back to the brain through the spinal cord, and on the other hand, it also issues the instruction given by the brain to control muscle movements of the whole body.
Neurological diseases refer to an illness that occurs in the central or peripheral nervous system. they are mainly manifested by disturbances of sensation, consciousness, movement, etc., including Parkinson’s disease, Alzheimer’s disease, stroke, spinal cord injury, etc. Those diseases often lead to a series of consequences, such as intellectual impairment or limb damage, even death, some patients will remain disabled for life even after treatment.

Risk Factors For Neurological Diseases

The etiology of neurological diseases is complex and diverse, and the risk factors for many diseases are still being explored. It can be caused by the following factors：

Factor TypeFactor Description
External force or traumaNeural injury during accident, fracture, or damage during surgery or examination.
Nerves pinched by structurally deformed joints or bones that are caused by lesions.
Maintaining a certain posture or engaging in heavy labor for a long time, leads to continuous compression of nerves.
Systemic diseases and infectious factorsVarious chronic cardiovascular diseases, such as atherosclerosis, vascular stenosis, diabetes
Autoimmune diseases: such as lupus erythematosus, Sjogren’s syndrome, vasculitis, etc.
Viral, bacterial, fungal, and parasitic infections such as HIV.
Long-term heavy mental stress or excessive fatigue
Liver and kidney function damage: abnormal metabolism in the body, accumulation of toxic waste.
Chemotherapy drugs and radiation therapy history
Dietary and environmental factorsAddicted to pickled food, and too much intake of nitrite or other food additives.
Vitamin B12 deficiency or absorption/metabolism disorders.
Chronic alcoholism or smoking (including second-hand smoke)
Injecting or inhaling drugs.
Excessive heavy metal elements in the body.
Family historyif someone in the family has the disease, the risk will be significantly higher than in the general population. for example, migraine, stroke, Alzheimer's disease, etc.
Congenital defects Malformations or defects in vertebral or cerebrovascular structures during embryonic development. Or Gene mutations lead to abnormal neural structure or cell function.

Clinical Symptoms Of Neurological Diseases

Although different types of neurological diseases have different pathogenic factors and pathogenesis, they ultimately damage the structure and function of nerve tissue. Patients with neurological diseases usually have the following symptoms:

Loss of motor function, inability to control muscles, or muscle weakness

Lack of physical coordination and inability to walk normally

Loss of cold, heat, and tactile sensations, hard to complete delicate and complex movements

Paresthesia, possibly localized tingling, numbness, itching

Incontinence

Blurred mind, memory loss

Difficulty in speech understanding and speaking, or slurred pronunciation

Loss of cognitive abilities, abnormal mental behaviors

Visual or hearing impairment
Advantages Of Stem Cell Treatment For Neurological Diseases
Conventional treatments for neurological disorders include supportive therapy, drug therapy, and surgery. All three conventional treatments can only relieve the patient's symptoms and do nothing to cure the patient's disease. In addition, drug treatment will also have various side effects, which will cause secondary damage to the patient's body. For patients with neurological diseases, there is an urgent need for a cure that can cure neurological diseases, that is, ukraine stem cell therapy.

How Can Stem Cell Therapy For Neurological Diseases Work

Multidirectional differentiation potential: Stem cells can differentiate into a variety of nerve cells after homing to the lesion area and integrate into the surrounding tissue environment of the nervous system. Stem cells will then replace dead or damaged nerve cells in the body, therefore, repairing the damaged neural networks.

Paracrine effect: Stem cells can secrete a variety of cytokines, including basic fibroblast growth factor, brain-derived neurotrophic factor, nerve growth factor, vascular endothelial growth factor, etc., which have neuroprotection, nutritional support effects, promote damaged tissue repair, and induce regeneration of axons and myelin

Immunomodulatory effect: After stem cells are infused back into the body, they can regulate immune cell function and reduce inflammatory response by reducing the antibody production from B cells, inhibiting the activation of T cells, and suppressing the secretion of cytokines by immune cells, thereby reducing nerve cell damage and necrosis.

SQ1 Stem Cell Services
During the whole treatment process, we’ll provide complete and first-class medical services to you. And to ensure your treatment effect, you can consult your doctor any time after the treatment.

If you want to know more about neural stem cell differentiation, please visit our website.

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