DEMENTIA · STEM CELL THERAPY

Cell regeneration therapy for dementia,treatment that begins with the patient's condition.

Dementia changes daily life through declining memory and judgment. Medicell Plus performs intra-arterial cell regeneration therapy using bone marrow-derived stem cells.

Dementia consultation or brain imaging scan

“It's probably just forgetfulness.”
Is that how you have been brushing it off?

Changes in memory affect
the daily lives of both patients and their families.

Recurring forgetfulness or small mistakes are often dismissed as a normal part of aging.

But if these changes keep recurring and are beginning to affect daily life and family relationships, it is worth having the condition properly assessed.

Are you noticing
changes like these recurring?

Memory

  • You often forget recent events or conversations.
  • You repeat the same questions or stories more often.

Language

  • The names of familiar people or objects do not come to mind right away.
  • Finding the right word during a conversation has become harder.

Judgment

  • Calculations and decisions have become more difficult than before.
  • You sometimes get confused about the steps of familiar tasks.

Daily Life

  • You have started to confuse dates or places.
  • Changes in memory or judgment have begun to affect daily life.

Dementia cannot be determined from a single symptom.
If these changes keep recurring, however, it is worth having the condition properly assessed.

Different from simple forgetfulness,
it is a change in cognitive function.

Dementia is a brain and nervous system disorder in which cognitive functions such as memory, language, and judgment decline, affecting daily life.

Unlike simple forgetfulness, its symptoms tend to recur and gradually progress, so it is important to accurately assess the pattern and degree of change.

Medicell Plus
Bone Marrow-Derived Cell Regeneration Therapy for Dementia

Medicell Plus provides cell regeneration therapy for dementia using bone marrow-derived stem cells.

We comprehensively review the patient's cognitive function, current status, prior treatment, and overall health before determining the treatment direction.

Why we consider an arterial approach
in the treatment of dementia

Because the brain is the target of treatment,
we also consider the delivery route of the cells.

In cell regeneration therapy, not only which cells are used but also the route by which they are delivered is an important subject of research.

While intravenous administration sends the cells through the systemic circulation, the arterial approach can deliver cells through the vessels leading to the brain, and it is being studied as a delivery method for cell regeneration in brain and central nervous system disorders.

Medicell Plus comprehensively assesses the patient's condition and treatment goals, then performs arterial-approach treatment using bone marrow-derived stem cells.

Graphic of the vascular route from bone marrow-derived stem cells through arterial access to the brain

What matters is not simply administering stem cells,
but assessing the patient's condition and considering the appropriate treatment.

So, intra-arterial cell regeneration therapy,
who should you receive it from?

Dr. Tae-Hyung Han, Medical Director, with a patient

A physician who treated patients in the U.S.
and trained other physicians.

Meet Dr. Tae-Hyung Han, a physician with this experience,
at Medicell Plus.

Drawing on the clinical experience and expertise Dr. Tae-Hyung Han, Medical Director, has built in the U.S. and Korea, Medicell Plus performs intra-arterial cell regeneration therapy tailored to each patient's condition.

  • U.S. DOUBLE BOARD CERTIFIEDU.S. board-certified in Anesthesiology & Pain Medicine · Family Medicine
  • U.S. UNIVERSITY PROFESSORFormer professor at a U.S. university hospital
  • SAMSUNG MEDICAL CENTERFormer professor, Samsung Medical Center Pain Management Center
DEMENTIA CONSULTATION

Cell regeneration therapy for dementia,
start by checking the physician's experience.

Based on bone marrow-derived stem cells and an arterial approach,
we discuss a treatment direction that fits the patient's current condition.

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