Stem Cell Treatment for Stroke Program

• Инсультке арналған дің жасушалары терапиясы
• Инфузиялық витамин терапиясы
• Консультация дәрігері
• Қан талдаулары
• Услуги переводчика

• 3 күндер ауруханада
• 7 күндер қонақ үйде

• VIP трансфер (премиум-санаттағы көлік, әуежай, қонақүй және клиника арасындағы барлық трансферлер)

How Stem Cell Therapy May Support Stroke:
• Support for neurological recovery: Mesenchymal stem cells may help create a supportive biological environment for brain tissue affected by stroke.

• Reduction of neuroinflammation: Stem cells have anti-inflammatory properties that may help regulate inflammation within the brain and nervous system after a stroke.

• Support for nerve-cell health: Bioactive factors released by stem cells may help support nerve-cell health, cellular communication, and the neurological environment surrounding affected brain tissue.

• Support for vascular health and microcirculation: Stem cells release growth factors that may support blood-vessel function and microcirculation within neurological tissues.

• Support for motor and sensory function: Some patients may report changes in strength, movement, balance, coordination, sensation, or physical function as neurological recovery is supported.

• Support for communication and daily function: Treatment may provide additional support for speech, mobility, rehabilitation, independence, and overall quality of life.

Some patients may begin to notice gradual changes within approximately 3–6 months after treatment. Possible improvements may include better movement, strength, balance, coordination, communication, physical function, and overall wellness.

Stem cell therapy supports the body’s natural repair and regenerative processes rather than producing immediate medication-like effects. The response and timeframe vary from person to person.

Method of Administration:
IV infusion allows the cells and their supportive signals to circulate throughout the body, aiming to support immune balance and systemic inflammatory regulation.

IT injection is performed under medical supervision and delivers the cells closer to the central nervous system, aiming to provide additional neurological support.

The final injection route or combination of routes will be determined by the doctor based on the patient’s medical condition and treatment suitability.

If changes occur, they may develop gradually and may be monitored over approximately 3–6 months. The response and timeframe vary from person to person.

This is the treatment program for 70 Million Cells MSCs (Intravenous Injection) includes:
• UC-MSCs (Intravenous Injection)
• hTSC Exosomes: 20 billion particles (Intravenous Injection)
• Doctor consultation
• Comprehensive blood tests
• Blood test result consultation
• NAD+ (Intravenous Injection)
• Vega Signature Vitamins Drip (Intravenous Injection)
• Brain Peptide Therapy (Intravenous Injection)
• Placenta Extract (Intramuscular Injection)
• Physiotherapy or Occupational therapy
• Speech therapy, when suitable
• Post-treatment consultation

Procedure inclusions:
• Doctor’s fee
• Clinic operation fee
• Transportation between the airport, hotel, and clinic, round trip

Treatment Price:
70 Million UC-MSCs (Intravenous Injection)
THB 451,000
Approximately USD 14,100

Why choose Vega Clinic:
At Vega Clinic, we specialize in stem cell therapy, particularly with allogeneic stem cells using human umbilical cord (UC-MSCs) provided with Fresh MSCs injected in 12 hrs. from our laboratory. The stem cell production process is conducted by scientists and medical technicians, with the management monitor and quality control by the Thailand Institute of Scientific and Technological Research (TISTR) with a range of certifications including ISO 9001:2015, OECD GLP, and ISO/IEC 17025:2017, Vega Clinic is pleased to offer quality and reliability in our scientific endeavors.

Advantages of allogeneic UC-MSCs:
• No rejection risk because the body does not recognize them as foreign.
• Best anti-inflammatory activity, immune modulating capacity, and ability to stimulate regeneration.
• Homing abilities of these cells improve identification of the targeted tissue.

Why Vega Allogeneic UC-MSCs?
• Abundant of glycosaminoglycans, HA, Collagen
• Non-invasive in MSCs collection procedure
• More potent than their “older” counterparts
• Enrich with Growth Factors
• Fresh stem cell not Freeze

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