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What Are Stem Cells?

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Autologous Adipose-Derived Stem Cells Are the Safest, Most Effective, and Convenient Stem Cell Anti-Aging Service

A Breakthrough in Regenerative Medicine

Regain youth, health, and vitality

Supplementing young stem cells is

crucial.

The minimum age for storage

What Are Stem Cells?

Stem cells are the primitive cells of human tissues, possessing two key characteristics. Firstly, they have the ability to self-repair; secondly, they can divide and proliferate into another identical cell. Under specific conditions, they can transform into various functional cells (such as liver and kidney cells) and even regenerate various tissues and organs. Their primary function is to repair damaged and aged cells, making them especially effective in addressing degenerative and traumatic health issues.

Why Do We Need Stem Cells?

Stem cells serve as the body’s repairing unit. All our organs and cells depend on stem cells for repair to function normally. However, just like other cells, stem cells gradually decrease in number and die due to aging, slowing down the body’s repair capacity and leading to increased health problems. This is a major cause of aging.
Therefore, the best anti-aging solution is to replenish sufficient stem cells, accelerating cell renewal and enhancing the body’s repair capabilities.

Autologous Adipose-Derived Stem Cells Part 1
Autologous Adipose-Derived Stem Cells Part 2
Which Stem Cell Anti-Aging Service Is the Safest, Most Effective, and Most Convenient?

Autologous adipose-derived stem cell anti-aging service is your top choice!

Autologous adipose-derived mesenchymal stem cells (ADSCs): These are stem cells with multilineage differentiation potential extracted from adipose tissue, often referred to as “miraculous seeds.” After being reintroduced into the body, adipose stem cells can promote cell renewal, accelerate cell metabolism, replenish and replace damaged tissue and organ cells, thereby improving quality of life. Autologous adipose-derived stem cells are widely used in disease treatment, bioremediation, beauty, and anti-aging. — Professor Wu Wutian

Autologous Adipose-Derived Stem Cells

As adults lack the opportunity to store umbilical cord blood stem cells, autologous adipose-derived stem cells are the most suitable stem cell source for adults. Through a safe and minimally invasive liposuction procedure, the extracted fat is processed using patented cryogenic centrifugation technology to extract the best-quality and youngest stem cells. The most active autologous adipose-derived stem cells can enhance the function of the entire body’s organs and improve the aging state of bodily functions.

Autologous adipose-derived stem cells offer numerous benefits. Firstly, the fat yield is high, with autologous fat yielding up to 2500 times more stem cells than bone marrow extraction. The number of stem cells is crucial for their effectiveness, so extracting autologous adipose-derived stem cells ensures sufficient stem cell acquisition. Secondly, the liposuction process is straightforward and can be performed in licensed medical aesthetic centers, requiring only a small amount of fat (around 50cc) to extract sufficient stem cells for in vitro cultivation. The entire process takes approximately 21 days (including 38 rigorous cell quality tests conducted by an independent third-party institution). In addition to personal use, immediate family members can also benefit (e.g., parents, grandparents).

If not used immediately, these best-quality and youngest stem cells can be stored. As we age, we can still use the stem cells stored at a younger age for anti-aging purposes. Autologous adipose-derived stem cells are also the safest option, as they do not cause rejection reactions. All users must undergo standard testing before use to ensure no risk of infectious diseases. Finally, autologous are free from ethical, moral, and religious controversies.

Advantages of Autologous Adipose-Derived Stem Cells

Easily accessible and convenient, the procedure is minimally invasive and harmless to the human body. Moreover, adipose stem cells have a high yield rate and can be specifically used for regeneration and repair of tissues and organs, making them particularly effective in addressing degenerative and traumatic health issues.

Safeness

Autologous adipose-derived stem cells are derived from the individual’s own body, thus eliminating the risk of allergic reactions or rejection and preventing genetic disorders caused by exogenous cells.

Effectiveness

Autologous adipose-derived stem cells can repair damaged tissues, cells, and organs in the body, restoring the body to a youthful and healthy state from within, providing long-lasting and effective anti-aging results.

Convenience

Through minimally invasive liposuction to extract about 50-100ml of fat, billions of autologous adipose-derived stem cells can be prepared, meeting your lifelong needs. Storing stem cells can also prevent future serious diseases.

Stem Cell Health Evidences

Mr. Huang’s improvement in heart disease and angina pectoris in 2023
Mrs. Huang’s improvement in rheumatoid arthritis in 2023
Mr. Huang’s successful recovery from coronary heart disease – Qinghai Plateau challenge
⿈爸爸改善⼼臟病⼼絞痛問題
JUDY’s mother’s improvement in severe type 2 diabetes
Rebecca’s improvement in knee joint issues
Jessica’s mother’s improvement in diabetes

Stem Cell Health Management Program Process Flow

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Stem Cells Q&A

衰老是生物個體隨時間推移的必然過程,是複雜的自然現象,表現為結構和機能衰退,適應性和抵抗力減退;從病理學上,衰老是應激和勞損、損傷和感染、免疫反應衰退、營養失調、代謝障礙以及疏忽和濫用藥物積累的結果。
衰老主要由三大因素造成:一是機體功能退化,二是疾病創傷,三是環境、毒素污染。
世界抗衰老醫學會(WAAAM)會長羅伯特•高德曼說:抗衰老是建立在先進醫學技術基礎上,致力於能夠提前診斷、預防、治療或延緩由衰老引起的機體功能紊亂、功能失調和各種疾病的一門專業學科,是通過應用最新生物醫學技術成果延長人類預期健康壽命的一種全方位保健模式。
以積極的態度進行衰老的檢查和預防,能解決原先人們認為無法醫治的衰老或與衰老相關的,伴隨衰老而來的許多退化問題或疾病,從而提高健康和生活品質,延緩衰老的進程和減少疾病的發生,使生命意義最大化。
老化的過程有快慢,但都是一種不可逆轉的持續性過程。一般而言,我們身體從出生後,大約在25歲時,身體細胞、組織、器官發展達到最佳的狀態,雖然25歲到35歲之間有微幅的退化,但我們並不會明顯察覺到這種細微的改變。不過,一旦跨過35歲之後,我們身體神經系統的功能、心臟的功能、肺活量、呼吸速率及腎臟的功能都會明顯地減退,尤其是人體細胞對氧氣的消耗值,也就是所謂的“基礎代謝率”,會隨著年齡增長而降低。因此細胞活得愈久,則代謝的能力愈差,耗氧量則會愈加減少。所以近年來有關老年人的定義有了新的認識,也就是邁入55歲,其實已經是屬於明顯老化的階段了,此時身體的生命機能大概只剩下20歲時的50%左右了。衰老的篩檢與預防,是應該從未老化時就開始的,並且貫穿於全生命週期。
衰老因人而異,也因器官而異。不同的器官和組織細胞新陳代謝的週期也不盡相同,造成其衰老的時間也有很大差別。例如人的大腦、肺、皮膚等器官二十幾歲就開始衰老,而肝臟等器官六七十歲才開始出現衰老。只有依據不同年齡段人體各臟器的狀況,實施有針對性的抗衰老技術,方能取得最佳效果,這也是為什麼需要進行全生命週期抗衰老的根本原因。
  • 認知自己的生活模式,包括飲食、運動、睡眠等;
  • 心理平衡;
  • 疾病是衰老的催化劑,所以預防疾病的發生是重要的抗衰老的手段;
  • 幹細胞補充 。
細胞是生物體基本的結構和功能單位,成年人體內共約有40-60萬億個細胞。這麼多的細胞,其實都是由一個細胞變成的,這個最初的細胞叫做受精卵。
人體內的細胞不是一成不變的,而是每時每刻都有許多細胞增殖新生,更換衰老死亡的細胞,以維持機體的生長、發育、生殖及損傷後的修補。細胞的生命活動包括:生長、分裂、分化、死亡。生長的結果是使細胞逐漸變大;分裂的結果是使細胞數量增多;分化的結果是形成不同功能的細胞群(組織);細胞死亡是細胞衰老的結果,是細胞生命現象的終止。
細胞分化就是由一種相同的細胞類型經過細胞分裂後逐漸在形態、結構和功能上形成穩定性差異,產生不同細胞類群的過程。
細胞分化的特點主要可以概括成三點:
  • 持久性:細胞分化貫穿於生物體整個生命進程中,在胚胎期達到最大程度;
  • 穩定性和不可逆性:一般來說,分化了的細胞將一直保持分化後的狀態,直到死亡;
  • 普遍性:生物界普遍存在,是生物個體發育的基礎。
  • 能退化,二是疾病創傷,三是環境、毒素污染。
受精卵慢慢長大,1個變為2個,2個變為4個,4個變為8個,……,就這樣成倍地增加;細胞在數量增加的同時也進行著分化,從而形成不同功能的細胞。那些形態相似的,結構相同,具有一定功能的細胞群叫做組織,不同的組織,按一定的順序組成器官,各種器官協調配合,形成系統,各種器官和系統組成生命體。
細胞衰老是一個過程,這一過程的長短即細胞的壽命,它隨組織種類而不同,同時也受環境條件的影響。高等動物體細胞都有最大分裂次數,細胞分裂一旦達到這一次數就要死亡。
正常細胞分裂50次就面臨死亡,需要新生細胞來更替,有一類細胞專門負責產生新生細胞,同時又能無限次的分裂,這類細胞就是幹細胞。
幹細胞是一類原始的未分化或未充分分化的細胞,是形成人體各組織器官的原始細胞。幹細胞(Stem cell)的“幹”,譯自英文“Stem”,意為“樹”、“幹”和“起源”。形象的說明幹細胞就像一棵樹幹可以長出樹杈、樹葉,開花和結果一樣。
  • 自我複製:一個幹細胞通過分裂產生兩個細胞,其中一個保持原幹細胞未分化的特性,另一個則分化為所需的功能細胞;
  • 高度增殖和多向分化的潛能:理論上幹細胞能無限分裂而不衰亡,並且能在局部分化成有功能的組織細胞,用於修復人體受損、老化的組織和器官等;
  • 趨化性、歸巢性與遷移性:幹細胞能夠遷移到損傷或衰老的部位;
  • 嵌合性:幹細胞向遠端組織或器官內的遷移及嵌合於其內;
  • 低免疫原性或低抗原性:幹細胞屬於未分化的原始細胞,幾乎無免疫原性。
  • 幹細胞有哪些?
按分化潛能幹細胞可分為三類:全能幹細胞,多能幹細胞,單能幹細胞。
全能幹細胞:具有形成完整個體的分化潛能,如胚胎幹細胞(ES細胞)。
多能幹細胞:具有分化出多種細胞組織的潛能,如脂肪幹細胞、造血幹細胞、神經幹細胞。
單能幹細胞:只能向一種或兩種密切相關的細胞類型分化,如上皮組織基底層的幹細胞,肌肉中的成肌細胞。
機體衰老的根本原因是幹細胞的老化和減少,而幹細胞是各種組織細胞的種子細胞,隨著年齡的增長和各種環境因素的積累使幹細胞增殖和分化能力減退,新生的細胞補充不足,衰老細胞不能及時被替代。所以及早補充幹細胞和重新啟動機體幹細胞活力,改善細胞及器官的代謝功能,恢復體內細胞應有的活力,是抗衰老的根本途徑。
幹細胞不僅能夠分化、新生各種具有特定功能的機體細胞、組織和器官,替代和修復死亡、受損傷的細胞、組織、器官等,同時幹細胞可以持續分泌各種人體所必需的生長因數、免疫調節因數等,直接刺激、啟動人體的自我細胞、組織、器官修復和再生功能,從而達到修復損傷、治療疾病、延緩衰老的目的。
  • 幹細胞具有歸巢功能,幹細胞非常聰明,像天空中的小鳥知道如何歸巢,能夠自行向目標組織遷移,修復損傷部位。
  • 幹細胞非常能幹,一旦身體需要,這些幹細胞可按照發育途徑分化出不同的功能細胞。
  • 幹細胞可以持續分泌各種人體所必需的生長因數、免疫調節因數等,直接刺激、啟動人體的自我細胞、組織、器官修復和再生功能。
 幹細胞抗衰老療法一般應用靜脈輸注的方式,無創傷性,無風險。