予約予約
お問い合わせ後、スタッフが訪問のスケジュールを立て、予約を確認します。
Adipose tissue-derived stem cells through your body, targeting areas that need repair, and work to regenerate and heal damaged or aged tissues.
Stem cells refer to rare cells with the unique ability to replicate cells that have the exact same abilities as oneself. They repair damaged tissues and replenish aging ones within the body.
Stem cells have the ability to differentiate into various cells that form the body, including bones, muscles, skin, hair follicles, blood vessels, nerves, the liver, and the pancreas.
Typically derived from bone marrow, fat, umbilical cord, or other tissues.
Specifically derived from adipose (fat) tissue, usually from areas like the abdomen or thighs.
Can differentiate into various cell types, including bone, cartilage, muscle, and fat cells.
Primarily have the potential to become fat, bone, and cartilage cells, similar to MSCs, but are often more focused on regenerating adipose and connective tissue.
Bone marrow extraction is invasive and often requires a surgical procedure.
Harvesting fat tissue is less invasive and generally requires only a liposuction procedure, making it less traumatic for the patient.
Widely used for treating bone, cartilage, and joint issues, as well as autoimmune diseases and some cancers.
Primarily used for regenerative medicine related to skin, fat, and joint repair, and are also being explored for cosmetic and anti-aging treatments.
They have a long history of use in clinical trials, with a well-documented ability to modulate the immune system and repair damaged tissues.
They offer easier and less invasive collection, and are often preferred for aesthetic applications and soft tissue regeneration.
Harvesting from bone marrow can be painful and invasive, and the cells may have limited expansion capacity.
While easier to harvest, ADSCs may be less potent compared to other types of MSCs, and their effectiveness can vary based on the individual's age and health.
再生医療を提供するには免許が必要です。再生医療を提供するためには、再生医療の安全性の確保に関する法律に基づき、特定の認定再生医療委員会が厚生労働省の審査を受け、厚生労働省の承認を受ける必要があります。アルティザンクリニック日比谷は、膝関節幹細胞投与の提供計画について厚生労働省から承認を受けた医療機関です。
お問い合わせ後、スタッフが訪問のスケジュールを立て、予約を確認します。
質問票に回答すると、ドクターが幹細胞治療について説明し、あなたの健康状態に合ったプランを勧めてくれます。
腹部または臀部の脂肪から幹細胞を採取します。20グラムの脂肪(脂肪)細胞を抽出して、培養して20回の幹細胞療法を行うことができます。脂肪を採取するには1cmというごく小さな傷があるだけです。
幹細胞とエクソソームを約4週間かけて培養します。最適な状態を維持するために、一度予定していた投与日の変更やキャンセルは避けてください。
点滴の場合:消毒>注射部位の確認>針の挿入>安全なチューブ。
所要時間は40分から60分です。
退院前にスタッフが治療後の指導を行います。当日帰宅しても構いませんが、安全のため運転は避けてください。ご不明な点がございましたら、当社までご連絡ください。迅速に対応いたします。
You can expect to feel the effects within 3 to 6 months.
No dietary restrictions are required for this examination.
Stem cells are distributed throughout the body. While adipose (fat) tissue has traditionally been known for its high concentration of stem cells, advancements in cultivation technology now allow for equal or even greater stem cell yields from skin and subcutaneous fat. Recognizing that patients may be hesitant about liposuction, our clinic instead collects stem cells from subcutaneous fat under the skin.
Since stem cells are collected from subcutaneous skin fat, cultured, and then administered, it is possible to increase the number of stem cells and deliver significant benefits to the body. As a result, stem cell therapy can effectively promote body revitalization, even in older individuals. Additionally, age-related diseases, which stem from the weakening of tissues, are becoming more common. We offer stem cell therapy as a solution for anti-aging and to address these age-related conditions.
For cultured stem cell therapy, blood and skin tissue are collected, and only the stem cells present in the tissue are extracted and cultured. The culturing process takes about one month, after which the stem cells are ready for administration. If administered via intravenous drip, the procedure takes about 40 to 60 minutes. Skin extraction is performed under local anesthesia, making the process similar to a dental procedure. The tissue collected is about 5 mm in size, and after a month, the area will heal and be barely noticeable.
We will provide a thorough explanation. The key to receiving stem cell therapy is to fully understand the doctor’s explanation. If you have any questions or uncertainties, feel free to ask, and make sure you are well-informed before giving your consent.
Stem cell therapy does not cure cancer. However, it can help restore weakened areas caused by cancer or its treatments. It may enhance the body's ability to rejuvenate and improve its ability to combat remaining cancer cells.
Three research groups initially suggested that stem cell culture might lead to cancer, but later studies have shown that stem cells do not become cancerous even after being cultured. Source: Science Magazine.
Homing refers to the process by which cells move to specific areas in the body that require regeneration, triggered by certain physiological signals. The "homing effect" of stem cells occurs when they are released into the body and automatically locate areas in need of repair. When administered intravenously, stem cells enter the peripheral blood circulation, travel through the lymphatic and blood systems, adhere to the vascular endothelium, invade the tissue, and then proliferate and differentiate into the necessary target cells.
After treatment, you can go home shortly afterward. The incisions are small, and you can shower on the same day, allowing you to resume your normal activities. We prioritize wound care and pain management, providing follow-up support through phone calls and other means to ensure your comfort.
There have been reports of death from pulmonary embolism following stem cell administration in Japan (cause not confirmed) and blindness after intraorbital administration in the United States. While cell therapy carries an inherent risk of pulmonary embolism, our hospital prioritizes safety through strict quality control and careful administration methods. To date, no serious complications have been reported at our facility.