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진료 안내
진료 안내
진료 안내
진료 안내
Why stem cell therapy for spinal and joint pain conditions?
Degenerative diseases such as osteoarthritis and spinal stenosis are conditions where structural damage to tissues progresses over time, and traditional orthopedic treatments focus on pain relief and preservation of function.
However, there are limitations to fundamentally regenerating damaged tissues such as cartilage, ligaments, and intervertebral discs.
Regenerative cell therapy can reduce inflammation and promote the recovery of damaged tissues,
which can complement the limitations of existing treatments.
When combined with physical therapy or injection treatments, the therapeutic effect may be enhanced.
Promotion of regeneration of damaged tissue
Fundamental functional improvement through structural recovery
Improved recovery speed and reduced recurrence rate
Synergistic effect when combined with surgical physical therapy.
몸속에서 시작되는
진짜 안티에이징
노화 방지
피부 탄력 및 주름개선
면역력 강화
탈모 개선
간기능 개선
손상된 피부 재생
Main treatment target
Degenerative knee osteoarthritis
Herniated disc, spinal canal stenosis
Rotator cuff tear (shoulder pain)
피부 노화가 신경쓰이시는 분
Sports injuries after ligament and cartilage damage
몸속에서 시작되는
진짜 안티에이징
노화 방지
피부 탄력 및 주름개선
면역력 강화
탈모 개선
간기능 개선
손상된 피부 재생
Main treatment target
Degenerative knee osteoarthritis
Herniated disc, spinal canal stenosis
Rotator cuff tear (shoulder pain)
피부 노화가 신경쓰이시는 분
Sports injuries after ligament and cartilage damage
BMAC Treatment(Bone marrow aspirate concentrate intra-articular injection for knee osteoarthritis)
SVF(지방유래줄기세포) IV
BMAC treatment has been evaluated as a safe and effective technology for relieving knee joint pain and improving function, recognized as a new medical technology by the Ministry of Health and Welfare.
Existing stem cell treatments involve harvesting and culturing processes, and are conducted through arthroscopy and incisions, resulting in a lengthy duration and concerns about surgery. However, BMAC treatment has the advantage of alleviating arthritis pain with almost no pain after the procedure, as it does not require anesthesia or incisions.
BMAC(골수유래줄기세포) IV
골수에는 몸을 재생시키는 줄기세포와 성장인자가 풍부합니다.
이를 이용하여 뼈 속에 있는 골수에서 줄기세포를 추출하여
농축한 후 치료하는 방법입니다.
환자 본인의 골수에서 줄기세포와 다양한 성장인자를 추출하고
농축하여 손상된 조직을 재생시키는 치료법입니다.
치료법 비교
추출방법
줄기세포의 양
추출의 용이성
통증 정도
PRP
골수에서 추출
없음
SVF
지방조직에서 추출
BMAC
골수에서 추출
제일 줄기세포치료의 장점
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
Treatment process
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
procedure
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
procedure
Stem cell therapy is
This treatment utilizes our body's healing ability to regenerate damaged tissues.
It uses stem cells that can differentiate into various cell types
to promote natural and fundamental recovery.
Promotion of Tissue Regeneration Activating my body's stem cells to regenerate tissue
Safe Treatment A treatment that utilizes my body's cells, with minimal immune rejection and side effects
Injection Therapy simple injection treatment through an intravenous injection without anesthesia or surgical incision
High Effectiveness Tissue regeneration and inflammation relief, anti-aging effects
Anti-aging
Skin Elasticity and Wrinkle Improvement
Immune Strength Enhancement
Hair Loss Improvement
Liver Function Improvement
Damaged Skin Regeneration
The real anti-aging that starts inside the body
Anti-aging
피부 탄력 및 주름개선
면역력 강화
탈모 개선
간기능 개선
손상된 피부 재생
Degenerative diseases and orthopedic diseases.
Individuals with cartilage or ligament damage
who have difficulty in daily life
Surgery is burdensome, but
those who do not improve with other treatments
Those concerned about skin aging
Those who get tired easily and have a slow recovery rate
Main treatment target
Anti-aging
Skin Elasticity and Wrinkle Improvement
Immune Strength Enhancement
Hair Loss Improvement
Liver Function Improvement
Damaged Skin Regeneration
The real anti-aging that starts inside the body
Anti-aging
피부 탄력 및 주름개선
면역력 강화
탈모 개선
간기능 개선
손상된 피부 재생
Degenerative diseases and orthopedic diseases.
Individuals with cartilage or ligament damage
who have difficulty in daily life
Surgery is burdensome, but
those who do not improve with other treatments
Those concerned about skin aging
Those who get tired easily and have a slow recovery rate
Main treatment target
BMAC Treatment(Bone Marrow Aspirate Concentrate Intra-articular Injection Therapy for Knee Osteoarthritis)
SVF(지방유래줄기세포) IV
BMAC treatment is a procedure recognized by the Ministry of Health and Welfare as a new medical technology that has been evaluated as safe and effective in alleviating knee joint pain and improving function.
Existing stem cell treatments involve harvesting and culturing processes, and implantation through arthroscopy and incision, which takes a long time and carries the burden of surgery. However, BMAC treatment alleviates the pain of arthritis and has the advantage of not requiring anesthesia or incision, resulting in almost no pain after the procedure.
BMAC(골수유래줄기세포) IV
골수에는 몸을 재생시키는 줄기세포와 성장인자가 풍부합니다.
이를 이용하여 뼈 속에 있는 골수에서 줄기세포를 추출하여 농축한 후 치료하는 방법입니다.
환자 본인의 골수에서 줄기세포와 다양한 성장인자를 추출하고 농축하여
손상된 조직을 재생시키는 치료법입니다.
Comparison of treatments
Extraction method
Amount of stem cells
Ease of extraction
degree of pain
BMAC
Extracted from the marrow
Extracted from the marrow
SVF
지방조직에서 추출
PRP
Extracted from blood
The biggest advantage of stem cell therapy
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
Treatment process
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
procedure
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
procedure
Stem cell therapy is
This treatment utilizes our body's healing ability to regenerate damaged tissues.
It uses stem cells that can differentiate into various cell types
to promote natural and fundamental recovery.
Promotion of Tissue Regeneration Activating my body's stem cells to regenerate tissue
Safe Treatment A treatment that utilizes my body's cells, with minimal immune rejection and side effects
Injection Therapy simple injection treatment through an intravenous injection without anesthesia or surgical incision
High Effectiveness Tissue regeneration and inflammation relief, anti-aging effects
Anti-aging
Skin Elasticity and Wrinkle Improvement
Immune Strength Enhancement
Hair Loss Improvement
Liver Function Improvement
Damaged Skin Regeneration
The real anti-aging that starts inside the body
People concerned about skin aging
Those who tire easily and have a
slower recovery rate
Degenerative diseases and
orthopedic diseases division
Individuals with cartilage or ligament damage
who have difficulty in daily life
Surgery is burdensome, but
those who do not improve with other treatments
I recommend this to such a person.
The best stem cell treatment
SVF (Stromal Vascular Fraction) IV
Adipose tissue is rich in mesenchymal stem cells.
SVF utilizes stem cells extracted from the adipose tissue of one's own abdomen or thighs to regenerate damaged tissues.
SVF (Stromal Vascular Fraction) IV
The bone marrow is rich in stem cells and growth factors that regenerate the body.
This is a method of extracting and concentrating stem cells from the bone marrow within the bones for treatment.
It is a treatment method that extracts and concentrates the patient's own stem cells and various growth factors to regenerate damaged tissues.
Comparison of treatments
Extraction method
Amount of stem cells
Ease of extraction
degree of pain
PRP
Extracted from blood
None
SVF
Extracted from adipose tissue
BMAC
Extracted from the marrow
제일 줄기세포치료장점
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
01
1:1 personalized treatment
Treatment process
clinical
Treatment direction setting
Stem cell collection
Separation and concentration
