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哪些疾病或人體需要適合使用口服幹細胞治療? (日本語)

幹細胞の医療への応用には主に 2 つの方向性があり、1 つ目は再生医療、もう 1 つはがん医療です。幹細胞治療は、あらゆる組織に変化する能力を持つ未分化細胞を使用します。身体の可能性。この療法は、損傷した組織を修復し、さまざまな病気を治療し、回復を促進するための強力なツールとなります。幹細胞を患部に注射することで、健康な組織の再生を促進し、身体自身の資源を使用する治療手段を提供します。

米国、日本、台湾の多くの医師が長年にわたって臨床試験を実施し、末期がん、変性関節炎、慢性虚血性脳卒中、頭蓋脳損傷、脊髄損傷を含む細胞治療の分野で豊富な知識を蓄積しています。 、広範囲の皮膚外傷、および手術、放射線療法、化学療法後の悪性腫瘍の後遺症はすべて、幹細胞療法で診断および治療できます。

現在のところ、経口幹細胞療法は比較的新しく、まだ研究されている分野であり、その効果と適応症はまだ完全に確立されていません。幹細胞療法の静脈内または局所注射と比較して、経口幹細胞の吸収と作用機序には多くの制限があります(例えば、幹細胞がどのように消化管を通って生存し、吸収されるかなど)。現在、経口幹細胞製品は、厳密に臨床的に証明された治療法ではなく、健康補助食品として位置付けられています。

ただし、次のような一部の疾患または健康状態では、幹細胞を経口摂取することで潜在的に利益が得られると考えられています(理論または予備研究に基づく)。

1. 慢性炎症性疾患

Chronic inflammatory diseases

1986年、英国人間健康センターの抗アレルギー研究所の最新の科学研究によると、人体にGS抗アレルギー血清タンパク質が不足しているためにアレルギーが起こることが発見されました。粘膜、胃腸粘膜、皮膚結合組織のマスト細胞や好塩基球などの外部刺激物質による気道へのランダムな侵入を直接引き起こし、かゆみ、浮腫、うっ血、かゆみなどの一連のアレルギー反応を引き起こします。通常の炎症ではなく潰瘍です。長年の研究の結果、ヒトの胎盤にはGS抗アレルギー血清タンパク質が豊富に存在していることが判明しました。これは、この物質が人間形成の初期段階で欠乏しておらず、アレルギー反応が起こらないことを示しています。この物質は人間の体が成長すると徐々に減少するため、この物質を体内に補給すれば、アレルギー疾患がなくなる可能性があるというこの研究は、当時のヨーロッパ諸国でセンセーションを巻き起こしました。

幹細胞には免疫調節効果があると考えられており、以下の症状に役立つ可能性があります。

  • 腸関連の病気:
    • 慢性腸炎(例、クローン病、潰瘍性大腸炎)
    • 過敏性腸症候群 (IBS)
  • その他の慢性炎症:
    • 関節炎(関節リウマチなど)
    • 皮膚の炎症(湿疹、乾癬など)
    • しかし、これらの効果は主に幹細胞が生存して免疫調節機能を発揮できるかどうかに依存しており、口腔幹細胞の役割を検証するにはまださらなる研究が必要です。

2. アンチエイジングと再生医療

Anti-aging and regenerative medicine

一部の健康製品やサプリメント会社は、口腔幹細胞には老化を遅らせ、細胞の再生を促進する効果があると主張しています。

  • 皮膚の健康を改善します(例、しわを減らし、弾力性を高めます)
  • 組織修復の促進(創傷治癒、軟骨修復など)
  • エネルギー代謝を高めたり、疲労感を改善したりする

これらの効果は通常、幹細胞自体の直接的な効果ではなく、幹細胞に含まれる生理活性物質(エキソソーム、サイトカインなど)に基づいています。

3. 免疫機能の調節

Regulation of immune function

幹細胞を口から摂取すると、免疫システムの調節に役立ち、以下の症状の改善に役立つ可能性があります。

  • 免疫抑制に関連する疾患(軽度の免疫調節異常や感染後の免疫機能の回復など)
  • 免疫の過剰反応に関連する病気(アレルギー、一部の自己免疫疾患など)
しかし、現在の研究は幹細胞の静脈内注射に重点を置いており、口腔幹細胞の具体的な役割はまだ不明です。

4. 代謝性疾患

Metabolic diseases

一部の研究では、幹細胞の経口投与が代謝性疾患に対して次のような潜在的な利益をもたらす可能性があると推測しています。

  • 糖尿病: 幹細胞からのエキソソームはインスリン感受性を改善する可能性があります。
  • 肥満: 幹細胞は脂肪代謝を調節したり、慢性炎症を軽減したりする可能性があります。

これらの応用はまだ基礎研究段階にあり、臨床的証拠は限られています。

5. 集中力と記憶力

Concentration and memory

神経疾患の治療は進歩しており、脳内のニューロンシナプスの信号受信を効果的に改善することができ、認知症の記憶喪失を改善するだけでなく、損傷したニューロン接続を効果的に促進することが証明されています。損傷した領域の神経の再生。

これは記憶幹細胞の成長にとって非常に重要であり、記憶幹細胞が多いほど記憶力は良くなります。しかし、脳細胞の修復には、体が互いに助け合うために十分な高品質のタンパク質、ブドウ糖、さまざまな強力な酸化剤を吸収することも必要です。

6. 神経系疾患(仮説)

Nervous system disease

幹細胞の神経保護特性と再生特性は、次のような神経変性疾患に役立つ可能性があります。

  • 軽度のアルツハイマー病またはパーキンソン病
  • 脳卒中回復後の神経修復

認知症は、思考、記憶、言語を制御する脳領域のニューロンに影響を与えることが多く、継続的な変性と損傷を引き起こす神経変性疾患です。認知症は物忘れだけでなく、言語能力、空間感覚、計算能力、判断力、抽象的思考能力、注意力などの機能低下を含む他の認知機能にも影響を及ぼし、同時に破壊的行動などの症状が現れることがあります。性格が変化するにつれて、妄想や幻覚が現れ、ひどい場合には対人関係や仕事の能力に影響を与えることもあります。

突然何かを忘れても後で思い出す人、または記憶力テストを受けるときにテストの項目を完全に思い出せない人に比べて、そのような状況は通常「老化」に分類されるだけで、自分自身を完全に忘れてしまいます。自分が言ったことや行ったこと、記憶力テストの項目を思い出せない、あるいはテストを受けたことを完全に忘れてしまうことさえ、「認知症」の症状である可能性があります。これは、認知症患者の脳には脳プラークともつれた神経線維が発生し、脳細胞間のコミュニケーションが妨げられ、脳細胞が死滅し、記憶と理解力が失われるため、自分が何をしたかを覚えていないためです。同じ質問を何度も繰り返したり、果物を食べた後にもう一度リンゴを切るように家族に頼むことは、すべて脳疾患の初期の兆候です。

認知症は現在、薬物によってのみ緩和できます。幹細胞療法は、脳に到達して損傷部位を修復し、脳神経、血管、その他の細胞への分化を促進します。傷害を迅速に回復し、神経を保護し、脳卒中虚血による神経壊死を防ぎ、脳卒中部位の炎症組織や細胞を抑制する抗炎症作用もあります。しかし、口腔幹細胞が中枢神経系に影響を与えるほど腸から吸収されるかどうかの直接的な証拠はまだない。

7. その他の可能な用途

Sports recovery

一部の口腔幹細胞製品は以下の症状に効果があると主張されていますが、科学的裏付けは限られています。

  • 消化管の修復: 胃潰瘍や腸のバリア機能障害など。
  • 心臓血管の健康: 内皮機能の改善など。
  • スポーツリカバリー:筋肉損傷後の修復促進など。

制限と課題

経口幹細胞療法は次のような多くの課題に直面していることに留意することが重要です。

  1. 幹細胞の生存と吸収の問題:
    • 幹細胞が胃酸や消化酵素の影響を受けた後に血液循環に入り、役割を果たすことができるかどうかについては、まだ議論の余地がある。
    • 幹細胞の効果は、細胞そのものよりも、細胞によって分泌される生理活性物質によってもたらされる可能性があります。
  2. 臨床的証拠の欠如:
    • 現在、ほとんどの経口幹細胞製品はまだ厳密な臨床試験を受けておらず、その効果は主に理論上の推測や動物実験の結果に基づいています。
  3. 市場の混乱と誇張されたプロパガンダ:
    • いわゆる「経口幹細胞製品」の多くは、実際には幹細胞抽出物または幹細胞分泌物を含む栄養補助食品であり、真の活性幹細胞ではありません。

結論は

生化学工学、再生および再生プロセスについては、まだ理解されていないことがたくさんあります。おそらく、細胞生物学者が細胞の謎をすべて解明した後にのみ、私たちは細胞治療が何であるかを真に知ることができるのでしょう。

現時点では、経口幹細胞療法の適用範囲はまだ予備研究に限られており、主流の治療法にはなっていません。潜在的な利点はあるかもしれませんが、以下についてはさらなる証拠が必要です。

  • 慢性炎症性疾患
  • アンチエイジングと肌の健康
  • 軽度の代謝障害または免疫機能調節

口腔幹細胞を治療に使用したい場合は、必ず専門の医師に相談し、科学的に証明された製品を選択してください。一方、一部の疾患では、静脈内または局所幹細胞療法がより確立された選択肢として残っています。

それにもかかわらず、私たちが知っていることの1つは、新鮮な生きた胎盤細胞が体内の変性した古い細胞にその活力を注入し、老化した細胞の再生プロセスを刺激し、その動作効率を回復することで、体の器官が強くて活動的な状態を維持できるということです。若返り効果に加えて、使い古された古い細胞は若くて健康な細胞の特性を引き継ぎます。
関節炎、糖尿病、アルツハイマー病、骨粗鬆症、循環器系疾患、更年期障害、痰、慢性疲労などの多くの変性疾患はすべて、新鮮な胎盤生細胞の刺激から恩恵を受けることができます。


参考文献

  1. Japanese stem cell researcher and a Nobel Prize laureate 山中 伸弥 https://en.wikipedia.org/wiki/Shinya_Yamanaka
  2. New opportunities for treating stroke – Cell therapy 2022-09-10 Dr. Liao Kexun, Dr. Huang Xiaomin
  3. The Secret of the Rich & Famous: Live Cell Therapy (Dr. Victor W S Chen, Malaysia), 2008
  4. Wikipedia - Cell therapy
  5. Stem cell therapy: a promising treatment, Cell therapy for intracerebral hemorrhage: five-year follow-up report. Exp Ther Med. 2016 Dec;12(6):3535-3540.
  6. Italian researchers have confirmed that amniotic fluid stem cell exosomes can protect nerve cells from apoptosis.
  7. In their research, American scholars found that placental interstitial cell exosomes can effectively restore blood flow to the injured side of the brain and thereby protect nerves. Am J Transl Res. 2018 Sep 15;10(9):2975-2989.
  8. Iranian researchers published in 2021 that amniotic mesenchymal stem cell supernatant can inhibit inflammation and protect nerve cells. It was confirmed that although the supernatant or exosomes do not contain cells, they contain complex components secreted by cells and have certain potential for nerve protection. World J Stem Cells. 2021 Aug 26;13(8):1151-1159.
  9. Kicht, 8, CHOH Young with HGH, Harper Collins 1997,
  10. Kenton, L, Age Power, Published by Random House 2002,
  11. Chen, V, hge Without Getting Old, Published by Ock Publications 2008,
  12. McArdle, W et al, Exercise Physiology, Publicned by lippincott Wiliam & Wikns
  13. 7. Chen.V. Staying Healthy, Staying Vital. Published by Oak Publications 2003.
  14. 8. Miller, J et al. The Facts of Life, Jonathan Cape Limited 1984.



Stem Cell Therapy is the transfer of new cells or cells modified in the laboratory to achieve specific properties into the body to prevent or treat disease.

These stem cells are used to:

◾️ Remove diseased or dysfunctional cells
◾️ Restoring or modulating the function of patient cells through factor expression or direct cell-to-cell interactions

These are some types of cells that will help in understanding the material:

Cell types 細胞の種類Characteristics 特徴
全能性細胞
Totipotent cells
Can give rise to all other cell types. Totipotency remains through the first few cell divisions, e.g. the fertilised egg.
多能性細胞
Pluripotent cells
Can develop into all cell types (except those that form the amniotic sac and the placenta). For example, the early embryo consists mainly of pluripotent stem cells.
專能性細胞
Multipotent cells
Can develop into any of a family of closely related cell types. For example, blood multipotent cells can develop into various blood cells.


Cell therapies can be classified according to their source:

In the 1930s, Swiss doctor Paul Niehans developed a living cell therapy called "Sheep Placenta Therapy". This therapy will dissolve living cells extracted from sheep embryos and sheep placentas in physiological saline and inject them into the patient, in order to achieve anti-aging effects on the skin.

MN Chan/Getty Images

Stem cell transplant surgery
It refers to isolating and removing cells from the patient's body, modifying them outside the body, and then reinjecting them as drugs.

Cord blood storage
Umbilical cord blood refers to the blood collected from the placenta after the baby is born. It was originally just some medical waste that was not taken seriously by people. Because umbilical cord blood contains rich hematopoietic stem cells, the Hong Kong Red Cross Blood Transfusion Service Center (Centre) was established in 1998 Hong Kong's first public cord blood bank was established to collect and process umbilical cord blood and provide suitable cord blood for hematopoietic stem cell transplantation to patients in need. However, the Hong Kong Red Cross Blood Transfusion Service has suspended cord blood collection services in January 2022.

從胎盤抽取臍帶血

Autologous cell therapy
Refers to the isolation and removal of cells from the patient's body, modification outside the body, and then reinfusion as a drug.

Cell therapies for autoimmune, chronic and rare diseases
Therapeutic methods that inject living cells into the patient to treat diseases, such as transplanting T cells into the patient's body in immunotherapy to fight cancer cells through cell-mediated immunity, or transplanting stem cells into the patient's body to promote the regeneration of diseased tissue.

幹細胞移植手術

Storing adult stem cells
Store peripheral blood stem cells to preserve healthy immune cells, such as NK cells, T cells, and DC cells when you are young. During storage, you need to inject leukocyte growth hormone for four consecutive days, and then collect stem cells on the fifth day. The process takes five to For six hours, the blood stem cells are frozen in liquid nitrogen at minus 196 degrees to stop aging; when needed, they are injected into the body again.

Placenta injection in beauty salon
The generally discussed placenta does not necessarily refer to products extracted from sheep embryos. It has become a code name and a common name. It generally refers to a treatment method that mainly uses preparations produced from animal placenta as raw materials. The real injections may be obtained from other animal raw materials or other animal tissues. For example, glandular tissue or an adult organ. Japan was the first to develop and produce it, and the quality is also the highest. While factories in Japan and South Korea use human placenta to produce injectable drugs, they also use pig placenta to produce a series of oral placenta and cosmetic placenta. It is worth noting that this method currently requires professionals to perform and there are safety considerations.

胎盤素

Good living habits
People who do not exercise have a higher risk of illness than those who exercise. This is mainly due to the low circulation capacity of stem cells. In terms of diet, eating more vegetables and fruits with bright colors and antioxidant capabilities can help stem cells become more active. Drinking more green tea can also achieve the same effect, and spending 15 to 20 minutes in the sun every day (excluding noon time) can also help the circulation of stem cells.

Oral Placenta Stem Cell

Why placenta?

The placenta gives birth to life. The placenta is created for one purpose only, to protect and supply the nutrients needed for the growth of the fetus. It is a rich source of important nutrients and provides a combination of ingredients and enzymes needed for fetal growth.

Once the placenta has completed its mission, it has no other role to play.

Advanced freeze-drying technology can preserve living cells and maintain their biological activity for up to 3-4 years. Freeze-drying technology brings viable cells in capsule form. Emulsification technology allows larger particles to be absorbed through biliary chylomicrons. Sheep and deer proteins and placenta are popular because they are more biocompatible with the human body and do not cause allergic reactions. Fetal stem cells have also not yet developed antigenicity. If you log in, you will find that there are no cases of foot and mouth disease, scrapie or BSE (mad cow disease) in New Zealand. Countries such as Switzerland and China are not immune to these diseases. The two countries are not geographically isolated. Livestock, birds and sheep affected by the disease can cross borders. They are not isolated countries like New Zealand.

◾️ Human placenta preparations, but the question is where do these placentas come from? Has it been tested for hepatitis, HIV and other viruses? Were these placentas illegally obtained from a third country? Will you sell your placenta to a manufacturer after delivery to make placenta products? I believe that these important issues must be considered and the use of human placenta should be avoided until the question of its origin has been satisfactorily answered.


Other alternatives

Human Growth Hormone (HGH)
Human growth hormone obtained from humans can be used to treat children with stunted growth. Unfortunately, some HGH have been infected with spongiform encephalopathy (mad cow disease in humans). Thus, synthetic growth hormone (GH) was born. A research report published by Dr. Daniel Luhmann in the New England Journal of Medicine showed that men aged 61 to 81 who received subcutaneous injections of growth hormone could increase muscle mass by 8.8% and reduce body fat by 14.4%. These men had increased bone density and thickened skin in their spines. However, such assistance cannot reverse the adverse effects of aging, such as the decline in muscle strength and aerobic capacity. In fact, there is no evidence that these men live longer, are healthier, or enjoy a better quality of life. In addition, 24 to 36% of people who participated in human growth hormone studies also experienced side effects, including swollen feet and ankles, joint pain, carpal tunnel syndrome, and prediabetes.

Large multinational pharmaceutical companies (MNC) still use human growth hormone injection method because liquid/spray human growth hormone is very unstable. If these super multinational corporations with thousands of scientists and billions of dollars in research funding cannot develop a stable growth hormone spray. Human growth hormone is a large-granule peptide (191 amino acids) that is twice the size of the insulin hormone. If big pharmaceutical companies can't develop insulin that can be absorbed under the tongue, how can they do it with human growth hormone? Millions of people with diabetes certainly don't want to take insulin injections every day.

◾️ In addition, after using growth hormone spray, the level of growth hormone will increase; once it increases, can it bring long-term benefits? These suspicions still need to be confirmed. It is worth mentioning that they all prescribe "synthetic" human growth hormone.


Deoxyepiandrosterone (DHEA)
Deoxyepiandrosterone is a weak steroid hormone synthesized mainly from cholesterol in the adrenal cortex.
Marketers tout these hormones as protecting against cancer, heart disease and diabetes, as well as strengthening the immune system, preserving youth, promoting muscle building and eliminating body fat.
After the age of 30, the level of deoxyepiandrosterone in our body will decrease; by the age of 75, the level of deoxyepiandrosterone in the blood will drop to only 20% of the level when we were young. The most common conclusion regarding deoxyepiandrosterone supplementation is that it increases blood deoxyepiandrosterone levels to youthful levels, thereby reducing the adverse effects of the aging process. Many people want to supplement this 6 natural 6 hormone when it is proven to be helpful and ignore its potential harm (just like human growth hormone).

Pharmaceutical companies use chemicals extracted from wild taro to make deoxyepiandrosterone. Its dosage ranges from 10 mg to 2000 mg. Its effects on the healthy aging process and possible side effects are not fully known. However, there are growing concerns about the effects of uncontrolled long-term use of deoxyepiandrosterone at doses of 50 mg or above on body function and overall health. The most common conclusion is that it can reduce the adverse effects of the aging process by increasing blood levels of deoxyepiandrosterone to youthful levels. Many people want to supplement these 6 natural hormones when it is proven to be helpful and ignore the potential harm (just like human growth hormone).

◾️ Androgens converted from deoxyepiandrosterone, such as testosterone, can cause women to grow facial hair and interfere with menstrual function. Like exogenous anabolic steroids, deoxyepiandrosterone lowers HDL cholesterol, thereby increasing the risk of heart disease. Clinicians worry that elevated levels of deoxyepiandrosterone may stimulate other latent prostate tumors or cause benign prostatic enlargement.


Human Growth Hormone Releasing Factor (IGF)
God created man very simply; man becomes complex because of his own actions. Amino acids are not complicated things. A balanced diet helps us get all the amino acids we need. In fact, we consume more protein than our bodies require. There is no doubt that amino acids such as arginine do trigger the release of human growth hormone (HGH) from the pituitary gland. But other fresh protein sources can do the same. The human body is designed to consume a healthy mix of grains and legumes that provide the comprehensive amino acids we need.

◾️Methods to increase growth hormone secretion

  1. good sleep
  2. Isotonic/resistance exercise
  3. lower blood sugar
  4. Eat a diet with the right amount of protein

Nicotinamide mononucleotide (NMN)
Adult stem cells (ASCs) are a promising source for regenerative medicine, with high proliferation potential and ability to differentiate into various cell types. However, as individuals age, ASCs inevitably undergo cellular senescence, often accompanied by mitochondrial dysfunction. Mesenchymal stem cells (MSCs) are ASCs that have been studied earlier and in depth and have broad basic research and clinical application prospects. Nicotinamide mononucleotide supplementation can improve mitochondrial dysfunction and rescue cellular senescence through the NAD + /Sirt3 pathway in mesenchymal stem cells. However, obtaining a sufficient number of MSCs requires long-term expansion in vitro, which is inevitable It leads to replicative senescence of MSCs, which seriously limits their application in clinical treatment and regenerative medicine. Therefore, developing effective anti-aging drugs and functional foods to delay stem cell aging is a key issue that we urgently need to solve.

NAD+ is a key coenzyme in cellular energy metabolism that can respond adaptively to oxidative stress, participate in metabolic pathways, and affect mitochondrial function. NAD+ levels determine the speed and degree of cellular aging, and NAD+ depletion is closely related to energy metabolism disorders. Nicotinamide mononucleotide (NMN) is the precursor of NAD+ and can alleviate MSC aging caused by NAD+ deficiency. Indeed, NMN can increase mitochondrial NAD + levels, normalize the NAD + /NADH ratio, maintain mitochondrial homeostasis, and thereby restore the function of muscle stem cells in aged mice. Therefore, NMN has broad guiding significance for the exploration of delaying stem cell aging.

◾️ Different from taking stem cells orally, NMN is an enzyme that can improve the energy metabolism of cells. For example, it can increase the recharge battery value of cells and reduce the decay and aging of battery capacity. As for stem cells, they are the original state of any cell in the body. Stem cell intake can improve the body's production of more different stem cells, bringing more young cells in good condition to the body.

◾️ NMN is to increase the energy of body cells and reduce the decline of cells; while stem cells are to add more young cells to the body. There are some relationships between the two and they will affect each other.

Marine protein and collagen
The human dermis is composed of three major elements: collagen, elastin and mucopolysaccharides.

Collagen maintains the integrity of the skin, while elastin provides the elasticity the skin needs. Collagen products sold in cosmetics and health food stores claim to keep skin youthful and age-free. Mucopolysaccharides keep skin supple and hydrated. Anti-aging supplements on the market contain certain marine proteins, including Imedeen and Estime. They are the mucopolysaccharide matrix of the skin. The skin contains "fibroblasts", which naturally produce collagen, elastin and mucopolysaccharides. However, as it ages, its production will gradually slow down.

Placental living cells can activate fibroblasts to produce collagen, elastin and mucopolysaccharides, thereby eliminating wrinkles and restoring skin elasticity and maintaining softness.


Why can stem cells treat diseases?

They are Replace, Repair and Regenerate

  1. Replace (stem cells replace original cells): Stem cells can differentiate into cells with specific functions and can replace dead cells in damaged areas.
  2. Repair (repair damaged but not dead cells): Along with stem cells and the growth factors, cytokines and "exosomes" secreted by stem cells, repair damaged but not dead cells.
  3. Regenerate (autologous cell regeneration): "Regenerate" can be said to be the most important part of stem cell treatment. Because the number of imported stem cells is limited, the most important thing is to use foreign stem cells to stimulate the regeneration function of the damaged part and promote the growth of autologous cells. This is the fundamental purpose of treatment.

Obama Reverses Stem Cell Ban in 2009

Ex-president Barack Obama has removed the ban introduced by the previous US president, George Bush, on using federal funds to support embryonic stem cell research, in an executive order issued this week.

Government support will now be available for research with many more stem cell lines than previously. These lines are developed from surplus embryos that remain after fertility treatment; the embryos would otherwise have been stored indefinitely or destroyed.


The future medical applications of stem cell therapy include Parkinson's disease, ALS, nerve repair for patients with spinal cord injury, and various chronic degenerative diseases. There is still very potential for development. The current therapeutic capabilities of stem cells are just the tip of the iceberg. With the advancement of cell technology and the understanding of stem cell mechanisms, there is still unlimited future potential waiting to be discovered and implemented.

Do I need to take supplements?

Answer: Not necessarily. Before the age of 30, our body’s stem cells are still young. As long as you have good living habits
People who do not exercise have a higher risk of illness than those who exercise. This is mainly due to the low circulation capacity of stem cells. In terms of diet, eating more vegetables and fruits with bright colors and antioxidant capabilities can help stem cells become more active. Drinking more green tea can also achieve the same effect, and spending 15 to 20 minutes in the sun every day (excluding noon time) can also help the circulation of stem cells.


Conclusion

There is still much that we do not understand about biochemical engineering, renewal and regeneration processes. Perhaps, only after cell biologists have uncovered all the mysteries of cells can we truly know what cell therapy is.

Nonetheless, one thing we do know is that fresh live placental cells can inject their vitality into degenerated old cells in the body, stimulating the renewal process of aging cells and restoring their operating efficiency, so that the body's organs can remain strong and active. In addition to its rejuvenating effect, worn out old cells will also take over the properties of young and healthy cells.
Many degenerative diseases such as arthritis, diabetes, Alzheimer's disease, osteoporosis, circulatory system disorders, menopause, phlegm and chronic fatigue can all benefit from the stimulation of fresh placenta live cells.



References

  1. Japanese stem cell researcher and a Nobel Prize laureate 山中 伸弥 https://en.wikipedia.org/wiki/Shinya_Yamanaka
  2. New opportunities for treating stroke – Cell therapy 2022-09-10 Dr. Liao Kexun, Dr. Huang Xiaomin
  3. The Secret of the Rich & Famous: Live Cell Therapy (Dr. Victor W S Chen, Malaysia), 2008
  4. Wikipedia - Cell therapy
  5. Stem cell therapy: a promising treatment, Cell therapy for intracerebral hemorrhage: five-year follow-up report. Exp Ther Med. 2016 Dec;12(6):3535-3540.
  6. Italian researchers have confirmed that amniotic fluid stem cell exosomes can protect nerve cells from apoptosis.
  7. In their research, American scholars found that placental interstitial cell exosomes can effectively restore blood flow to the injured side of the brain and thereby protect nerves. Am J Transl Res. 2018 Sep 15;10(9):2975-2989.
  8. Iranian researchers published in 2021 that amniotic mesenchymal stem cell supernatant can inhibit inflammation and protect nerve cells. It was confirmed that although the supernatant or exosomes do not contain cells, they contain complex components secreted by cells and have certain potential for nerve protection. World J Stem Cells. 2021 Aug 26;13(8):1151-1159.
  9. Kicht, 8, CHOH Young with HGH, Harper Collins 1997,
  10. Kenton, L, Age Power, Published by Random House 2002,
  11. Chen, V, hge Without Getting Old, Published by Ock Publications 2008,
  12. McArdle, W et al, Exercise Physiology, Publicned by lippincott Wiliam & Wikns
  13. 7. Chen.V. Staying Healthy, Staying Vital. Published by Oak Publications 2003.
  14. 8. Miller, J et al. The Facts of Life, Jonathan Cape Limited 1984.


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