Cell regeneration therapy for stroke,with a treatment direction based on the patient's condition and goals.
Changes in movement, sensation, and language that remain after a stroke. Medicell Plus performs intra-arterial cell regeneration therapy using bone marrow-derived stem cells.
Even after treatment ends,
difficulties in daily life can remain.
After a stroke, patients may be left with changes in movement, sensation, language, balance, and other functions.
As everyday actions once taken for granted, such as walking, grasping objects, speaking, and eating,
become difficult, the lives of both patients and their families can change.
After stroke treatment,
we look at both remaining function and the return to daily life.
After a stroke,
are any of these difficulties still with you?
MOVEMENT · Motor Function
- One arm or leg has lost strength or is difficult to move.
WALKING · Gait
- Walking or keeping your balance is harder than before.
SENSATION · Sensory Function
- Sensation on one side of the body is dulled or feels different than before.
SPEECH · Speaking
- You have difficulty speaking or understanding what others say.
HAND FUNCTION · Hand Use
- Grasping objects or performing fine hand movements is difficult.
DAILY LIFE · Everyday Activities
- You need help with everyday activities such as getting dressed and eating.
The degree of symptoms remaining after a stroke varies from patient to patient.
It is important to accurately assess the function that remains and the patient's overall health.
Even with the same stroke,
the remaining symptoms and recovery differ.
A stroke is a condition in which brain tissue is damaged when a cerebral blood vessel becomes blocked or ruptures. It is broadly classified as ischemic or hemorrhagic.
Depending on the location and extent of the damage, different changes in motor, sensory, language, and cognitive function can occur.
-
ISCHEMIC STROKECerebral infarction
A cerebral blood vessel becomes blocked, reducing blood flow to brain tissue
-
HEMORRHAGIC STROKECerebral hemorrhage
A cerebral blood vessel ruptures, causing bleeding
Medicell Plus
Bone Marrow-Derived Cell Regeneration Therapy for Stroke
Medicell Plus performs intra-arterial cell regeneration therapy using bone marrow-derived stem cells.
We comprehensively review the patient's type of stroke, the function that remains, prior treatment, and overall health before determining the treatment direction.
- BONE MARROWBone marrow-derived stem cells
- ARTERIAL APPROACHArterial access based on cerebrovascular condition
- INDIVIDUAL STRATEGYTreatment plan based on the patient's condition
Why we consider an arterial approach
in cell regeneration therapy for stroke
Because it is a cerebrovascular disease,
we also consider the route of treatment.
Stroke is a condition directly related to the cerebral blood vessels.
After a thorough evaluation of the patient's condition and treatment goals, Medicell Plus performs arterial-approach treatment that delivers bone marrow-derived stem cells with the vessels connected to the brain in mind.
What matters is not simply administering the cells,
but which patient is treated and by which route.
The difference in intra-arterial cell regeneration therapy
ultimately begins with who performs it.
A physician who treated patients in the U.S.
and trained other physicians.
Dr. Tae-Hyung Han, Medical Director, is U.S. board-certified in Anesthesiology & Pain Medicine and Family Medicine, trained physicians as a professor at a U.S. university hospital, and in Korea continued his clinical and teaching career as a professor at university hospitals and at the Samsung Medical Center Pain Management Center.
Receive intra-arterial cell regeneration therapy
directly from that physician at Medicell Plus.
Arterial access through the cerebral vessels is an area where the physician's experience and expertise in assessing the patient's condition and determining the treatment direction are essential.
- 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, Pain Management Center, Samsung Medical Center
Treatment after a stroke,
with remaining function and daily life in view.
Based on bone marrow-derived stem cells and an arterial approach,
we discuss a treatment direction that fits the patient's current condition.