Most people don’t have a degree in chemistry or molecular genetics and even fewer have had to opportunity to work with and collaborate with some of the most advanced stem cell, peptide, and exososmes labs in the worlds.
Advancements in molecular genetics and stem cell & exosomes research has painted a future where diseases are tales of old, but understanding these advancements? That’s a different story.
In the abyss of uncertainty, where blind hope is the only light, how do you make a choice?”
Dr Anthony Close
When the world is complex, understanding is the key to hope.
Sadly, these medical topics are complex.
This false hope lends to improper decisions driven by emotionally manipulating marketing scattered with misinformation.
Where is the doctor in the lab coat? What do the actually know about a stem cell and how its made, stored, reproduced and utilized to better our futures?
Are you considering purchasing stem cells or undergoing stem cell therapy in Indonesia or Bali?
It’s important to do your research before investing in something so valuable and potentially life-changing.
It is also important to be aware of the risks associated with buying stem cells from vendors in these areas. In this blog post, we’ll discuss the important things you need to know before considering stem cells in Indonesia or Bali.
What are Stem Cells?
Stem cells are incredible cells that have the unique ability to develop into different types of cells in the body. They are undifferentiated, meaning they haven’t specialized into specific cell types yet. This makes them extremely valuable in the medical field because they can potentially be used to replace or repair damaged cells and tissues.
In Bali, there is a growing interest in stem cell therapy due to its promising potential for treating various medical conditions. Stem cells Bali are particularly sought after because of their totipotent nature. Totipotent stem cells are the most versatile type of stem cells. They have the ability to develop into any type of cell in the body, including embryonic cells.
When considering stem cells Bali, it’s important to understand how stem cell therapy is performed. Stem cell therapy involves the process of injecting or transplanting stem cells into the body to promote healing and regeneration. This can be done through various methods, such as intravenous infusion or targeted injections into specific areas of the body.
However, it is crucial to be cautious when purchasing stem cells from unregulated vendors in Bali. The risks and dangers of using unregulated stem cell vendors are significant. These vendors may not adhere to strict quality control measures, and their stem cells may be contaminated or of low quality, leading to potential health complications.
- Stem cells aren’t viable for more than 2 hours below -60 up to -196 centigrade depending on the type of stem cell. [1]
- On first pass, 97% of stem cells are trapped by the lungs if applied via intravenous infusion.[2]
- Stem cell donors should be accepted according to stringent guidelines and can be replicated up to 4 times maximum before significant degradation occurs. [3]
- Typically, they should be harvested from your own body for maximum biological compatibility.
- Totipotent stem cells are considered the hardest stem cell to isolate, store, handle and use.
They are undifferentiated, meaning they haven’t specialized into specific cell types yet. This makes them extremely valuable in the medical field because they can potentially be used to replace or repair damaged cells and tissues. In Bali, there is a growing interest in stem cell therapy due to its promising potential for treating various medical conditions.
Stem cells Bali are particularly sought after because of some saying they are totipotent in nature. Totipotent stem cells are the most versatile type of stem cells. They have the ability to develop into any type of cell in the body, including embryonic cells or cancer cells.
When considering stem cells Bali, it’s important to understand how stem cell therapy is performed. Stem cell therapy involves the process of injecting or transplanting stem cells into the body to promote healing and regeneration.
This can be done through various methods, such as intravenous infusion or targeted injections into specific areas of the body. However, it is crucial to be cautious when purchasing stem cells from unregulated vendors in Bali. The risks and dangers of using unregulated stem cell vendors are significant. These vendors may not adhere to strict quality control measures, and their stem cells may be contaminated or of low quality, leading to potential health complications.
How Is Stem Cell Therapy Performed
So, you’ve decided to explore the world of stem cell therapy in Bali. That’s a big step, and it’s important to understand how the process works. Stem cell therapy involves the transplantation or injection of stem cells into the body to promote healing and regeneration.
In Bali, the sought-after stem cells Bali seem to be “totipotent” stem cells.
These incredible cells have the ability to develop into any type of cell in the body, including embryonic cells. This versatility is what makes them so valuable in the medical field. The therapy itself can be performed through various methods.
One common approach is intravenous infusion, where stem cells are introduced into the body through a vein. Another method is targeted injections, where stem cells are injected directly into specific areas of the body that require healing or regeneration.
But there are some questions that need to be asked.
Before undergoing stem cell therapy, it’s important to consult with a qualified healthcare professional who specializes in this field. They will be able to assess your individual condition and determine the best approach for your specific needs.
Keep in mind that stem cell therapy is not a magic cure-all. While it holds great promise, more research is needed to fully understand its potential benefits and limitations.
That’s why it’s crucial to seek treatment from reputable and regulated vendors in Bali, who adhere to strict quality control measures. Remember, your health is priceless, so don’t be tempted by unregulated vendors offering cheap and potentially unsafe stem cell products.
Do your research, consult with experts, and make an informed decision. Your well-being is worth it. The Risks and Dangers of Unregulated Stem Cell Vendors When it comes to purchasing stem cells in Indonesia or Bali, it’s crucial to be aware of the risks and dangers associated with unregulated vendors.
While the promise of stem cell therapy may be enticing, the potential dangers should not be overlooked. One of the main concerns with unregulated stem cell vendors is the quality of the stem cells being sold. These vendors may not adhere to strict quality control measures, meaning the stem cells they offer could be contaminated or of low quality.
This puts your health at risk and could lead to serious complications. In addition to the quality of the stem cells, the expertise of the vendor is also a concern. Unregulated vendors may not have the necessary knowledge or experience to properly administer stem cell therapy. This increases the likelihood of complications or ineffective treatments. Furthermore, the legal and ethical implications of purchasing stem cells from unregulated vendors cannot be ignored.
Stem cell therapy is a highly regulated field, and by purchasing from unregulated sources, you could be contributing to unethical practices or even supporting illegal activities. To ensure your safety and the effectiveness of the treatment, it is important to seek stem cell therapy from reputable and regulated vendors.
These vendors adhere to strict quality control measures and have the necessary expertise to provide safe and effective treatments. Remember, your health is invaluable. Don’t take unnecessary risks by purchasing stem cells from unregulated vendors.
The Risks and Dangers of Unregulated Stem Cell Vendors
When it comes to purchasing stem cells in Indonesia or Bali, it’s crucial to be aware of the risks and dangers associated with unregulated vendors. While the promise of stem cell therapy may be enticing, the potential dangers should not be overlooked.
One of the main concerns with unregulated stem cell vendors is the quality of the stem cells being sold.
These vendors may not adhere to strict quality control measures, meaning the stem cells they offer could be contaminated or of low quality. This puts your health at risk and could lead to serious complications.
In addition to the quality of the stem cells, the expertise of the vendor is also a concern. Unregulated vendors may not have the necessary knowledge or experience to properly administer stem cell therapy. This increases the likelihood of complications or ineffective treatments.
Furthermore, the legal and ethical implications of purchasing stem cells from unregulated vendors cannot be ignored. Stem cell therapy is a highly regulated field, and by purchasing from unregulated sources, you could be contributing to unethical practices or even supporting illegal activities.
To ensure your safety and the effectiveness of the treatment, it is important to seek stem cell therapy from reputable and regulated vendors. These vendors adhere to strict quality control measures and have the necessary expertise to provide safe and effective treatments.
Remember, your health is invaluable.
Don’t take unnecessary risks by purchasing stem cells from unregulated vendors. Do your research, consult with experts, and make an informed decision.
While they hold significant potential for regenerative medicine and research, there are also concerns and complications associated with their use:
- Tumor Formation: One of the most significant concerns is the potential for these cells to form teratomas or other tumors when implanted, given their ability to differentiate into any cell type.
- Ethical Concerns: Totipotent cells are primarily derived from the earliest stages of embryonic development. This raises ethical issues regarding the source of the embryos (e.g., from in-vitro fertilization procedures) and the destruction of potential human life.
- Uncontrolled Differentiation: While totipotent stem cells have the capacity to turn into any cell type, directing this differentiation into the desired cell type in a controlled manner remains challenging. Uncontrolled or unexpected differentiation can lead to unintended outcomes.
- Immune Rejection: If stem cells are transplanted into patients, there’s a risk of immune rejection, unless the cells are derived from the patient or are carefully matched.
- Genetic Abnormalities: Long-term culture and manipulation of stem cells can lead to genetic abnormalities, which could have unforeseen consequences if used in therapies.
- Regulatory and Safety Issues: As with any novel therapeutic approach, there are stringent regulatory challenges to navigate, ensuring that any therapies developed using totipotent stem cells are safe and effective.
It’s important to note that while these complications present challenges, researchers are constantly working on strategies to mitigate these risks. As with any medical approach, it’s a balance of understanding the benefits against the potential complications.
What Are Totipotent Stem Calls
Totipotent stem cells are truly remarkable cells with unlimited potential. They have the unique ability to develop into any type of cell in the body, including embryonic cells. This means that totipotent stem cells have the potential to regenerate damaged tissues, repair injuries, and even replace organs.
In Bali, totipotent stem cells are highly sought after due to their incredible versatility. Stem cells in Bali are particularly questioned due to obvious reasons.
From neurodegenerative disorders to autoimmune diseases, totipotent stem cells offer hope for patients looking for alternative treatment options – stem cells are indeed powerful tools for regenerative medicine.
What sets totipotent stem cells apart from other types of stem cells is their ability to differentiate into not only different types of cells but also into entire organs and organisms. This remarkable characteristic is what makes totipotent stem cells so valuable in the field of regenerative medicine.
However, it’s important to note that obtaining totipotent stem cells can be challenging and is subject to strict regulations. The process of obtaining and storing totipotent stem cells requires specialized equipment and expertise. Additionally, the storage and preservation of totipotent stem cells must be done at specific temperatures and under specific conditions to ensure their viability.
How Do You Have To Store Totipotent Stem Cells
When it comes to storing totipotent stem cells, proper handling and storage conditions are essential to maintain their viability and potential for future use. These remarkable cells have the power to develop into any type of cell in the body, including embryonic cells. That’s why it’s crucial to ensure their storage is done correctly.
To begin with, totipotent stem cells must be stored at specific temperatures. Generally, they are kept at extremely low temperatures, typically around -196 degrees Celsius (-321 degrees Fahrenheit) using a method called cryopreservation. This ensures that the cells remain in a state of suspended animation and their cellular activities are slowed down to a minimum.
This is not something many IV clinics are capable of doing – even if they were able to purchase in Indonesia – which as of 2023 – there isn’t any manufacturing company producing totipotent stem cells however you can see people selling them on Tokopedia.
From our research, these boxes have been shipped regular cargo taking up to 14 days to arrive, without dry ice or any thermal considerations. Upon questioning multiple vendors, not a single one thought it was necessary for a totipotent stem cell to be kept at -196 centigrade and proceeded to tell us they kept them at room temperature.
INDIAMART, TOKOPEDIA
If you have ever imported something into Indonesia you will know how delayed customs is as well. In addition to only one company here being able to transport and store at these temperatures. And if choosing to use this route of logistics it will cost you roughly $3,500 up to $7,000 USD per shipment.
Cryopreservation involves slowly cooling the totipotent stem cells to the desired temperature using a specialized freezing medium. This medium contains cryoprotectants that help protect the cells from damage during the freezing and thawing process. Once the cells are at the desired temperature, they are transferred to storage containers, such as cryo-vials or cryo-bags, and then placed in liquid nitrogen tanks for long-term storage.
It’s important to note that maintaining the proper storage conditions is crucial to preserving the viability of totipotent stem cells. Any deviation from the recommended temperature or mishandling during the storage process can result in cell damage or death, rendering the cells useless for future therapeutic purposes.
How Long Do Stem Cells Survive At Specific Temperatures
You might be wondering how long stem cells can survive when stored at specific temperatures. Well, the answer depends on various factors, including the type of stem cells and the storage method used.
For totipotent stem cells, which seem to be highly marketed in Bali, proper storage conditions are crucial to maintaining their viability and potential for future use. These incredible cells can develop into any type of cell in the body, including cancer cells.
To ensure the longevity of totipotent stem cells, cryopreservation is commonly employed. This process involves slowly cooling the cells to extremely low temperatures, usually around -196 degrees Celsius (-321 degrees Fahrenheit), using a specialized freezing medium. The cryoprotectants in this medium help protect the cells from damage during freezing and thawing.
Once the cells reach the desired temperature, they are transferred to storage containers, such as cryovials or cryo-bags, and then placed in liquid nitrogen tanks for long-term storage. At these extremely low temperatures, the cells enter a state of suspended animation, with their cellular activities slowed down to a minimum.
Even when stored in these conditions how long they remain viable is questionable. However, it’s important to note that any deviation from the recommended temperature or mishandling during the storage process can result in cell damage or death, rendering the cells useless for future therapeutic purposes.
So, if you’re considering purchasing stem cells, make sure to inquire about the storage methods and conditions to ensure their quality and viability. Don’t take any chances when it comes to something as valuable as your health.
Liquid Nitrogen Storage (-196°C):
This is the gold standard for long-term preservation of cells, including stem cells. Cells can remain viable for years to decades when stored in liquid nitrogen. The cryopreservation process involves the use of cryoprotectant agents to prevent ice crystal formation and cellular damage during freezing. Once in liquid nitrogen, cellular metabolic activity is essentially halted, allowing for extended storage.
How Are Totipotent Stem Cells Made & Risks
Currently, there is no method to produce totipotent stem cells from differentiated cells in large quantities for therapeutic purposes.
The majority of stem cell therapies and research focus on pluripotent or multipotent stem cells, which have a more limited range of cell types they can become. In addition to being injected directly into the tissue of concern.
Short Existence: Totipotent cells are only present for a very brief period during the early stages of embryonic development. Isolating these cells without compromising their potential is technically challenging.Controlled
Differentiation: Directing the differentiation of totipotent stem cells into specific tissues or cell types with precision is difficult. The inherent capacity of totipotent cells to become any cell type (including extraembryonic tissues) poses challenges in ensuring they differentiate into only the desired cell types.
Tumorigenic Potential: Due to their robust proliferative ability, there’s a potential risk that totipotent cells could form teratomas or other tumors when transplanted into a patient.Ethical Concerns: The derivation of human totipotent stem cells typically involves the use of very early embryos, which raises significant ethical and moral concerns. Many societies and cultures believe that life begins at conception, making the use of such early-stage embryos controversial.
Source Limitation: Human embryos are not readily available in large quantities for research and therapeutic purposes.Rejection: Like other transplant therapies, there’s always a risk that the patient’s immune system could reject the transplanted cells unless they are derived from the patient’s own body or are closely matched.
Regulatory and Policy Hurdles: Given both the scientific and ethical challenges, there are strict regulations governing stem cell research in many countries, especially concerning embryonic and totipotent stem cells. This can hinder the pace of research and clinical application.
Current Focus on Pluripotent Cells: Much of the current stem cell research and clinical focus is on pluripotent stem cells (like embryonic stem cells and induced pluripotent stem cells). These cells, while not as versatile as totipotent cells, are still capable of differentiating into nearly any cell type in the body and come with fewer ethical concerns than totipotent cells derived from embryos.
Safety and Long-Term Effects: The long-term effects and safety profile of transplanting totipotent cells are not well-known. Before any widespread clinical application, rigorous testing and trials would be needed to ascertain the safety of therapies based on these cells.
How To Avoid Being Scammed By Stem Cell IV Fusion Centers In Bali?
Before embarking on stem cell therapy, it’s crucial to be informed and to understand both the potential benefits and risks. Here are some essential questions to ask your doctor: Demand that you speak with the doctor as well.
- About the Procedure:
- What type of stem cells will be used for my treatment?
- Where will the stem cells be sourced from? Are they from my own body (autologous) or from a donor (allogeneic)?
- How are the stem cells collected?
- How are they processed or prepared for the procedure?
- Are you using a C-ARM to guide the injection? (IV Stem Cells are destroyed by inflammation and trapped in the lungs)
- Efficacy and Expectations:
- What are the potential benefits of this therapy for my condition?
- How long might it take to see improvements or results?
- Are there any published studies or clinical trials supporting the efficacy of this treatment for my condition?
- Risks and Side Effects:
- What are the potential risks or side effects of the therapy?
- Have there been any reported adverse events or complications from this therapy in other patients?
- How are complications managed if they arise?
- Post-Treatment:
- What should I expect immediately after the procedure?
- Are there any post-treatment guidelines or restrictions I should be aware of?
- Will I need more than one treatment? If so, how many and how often?
- Cost and Logistics:
- How much does the procedure cost?
- Is the cost of the procedure covered by my insurance?
- Are there any additional costs associated with the procedure (e.g., post-treatment medications, follow-up appointments)?
- Experience and Qualifications:
- How many times have you performed this procedure?
- Are you board-certified or have specialized training in stem cell therapies?
- Can I speak with any past patients who have undergone the same treatment?
- Alternatives:
- Are there alternative treatments available for my condition? READ MORE ON EXOSOMES
- How does the potential outcome of stem cell therapy compare with these alternatives?
- Exosome’s are 1000x smaller than stem cells. Our’s are packed with over 3 Trillion ECVs per vial – with 1,600 growth factors, peptides and nano-enzymes bio-identical to when you were in your mothers womb. They saturate the body and the brain helping regenerate tissue, blood vessels, hair, skin, nails, damaged brain tissue, and more – slowly over the course of weeks and up to 5-7 months.
- Regulation and Oversight:
- Is the stem cell product FDA-approved or being used under an Investigational New Drug (IND) application?
- Is this clinic or facility accredited or overseen by any regulatory bodies?
- Follow-Up:
- Will I need follow-up appointments after the procedure? If so, how often?
- How will the success of the treatment be measured or monitored?
- Outcomes and Data:
- Does the clinic track patient outcomes and, if so, can they share this data?
As for the cost of stem cell therapy, it varies widely depending on the type of therapy, the condition being treated, geographic location, the facility, and whether it’s part of a clinical trial. In the United States, treatments can range from a few thousand dollars for simpler procedures to over $20,000 for more complex treatments. Some experimental treatments offered abroad can be even more expensive. It’s crucial to consult with the specific clinic or hospital to get an accurate estimate.
Always remember that a reputable provider will be transparent about the benefits and risks and will not make exaggerated claims about the potential outcomes. If something sounds too good to be true, it’s essential to seek a second opinion.
Commonly Sold “Totipotent Stem Cells” And Concerning Issues Surrounding Them
One of the most commonly found public totipotent stem cell (and I am bitting my tongue even saying totipotent stem cell) is the EVGENISIS stem cell.
Visit their site here: (Warning: It is not secure ⚠️):
http://evgenis-suisse.com
- Contact form doesn’t work
- No phone or address
- Second Language is Chinese – Swiss isn’t even an option
- No board of directors, let alone owners.
- There media menu is only their own campaigns.
Ready for the real kicker…. In the about us page:
….most importantly using natural plants as the composition of our products.
Therapeutic Laboratories Suisse (Stem cell “manufacturers”)
So we checked LinkedIn. Dead end company doesn’t exist.
Google: Therapeutic Laboratories Suisse and see for yourself. Who are the owners? Where is their lab, can I visit? It seems as if there are multiple subsidiaries leading down a rabbit hole I am not willing to do at this stage but one thing smells pretty clear – fraud.
Probably not.
Given what we know about their shelf life and the temperature (-120 C storage) – how does this make you feel?
https://www.ccthaitown.com/product/evgenis-totipotent-embryonic-cells-etesc-swiss/
Shipping:
Shipping from Thailand via Standard Int’l Airmail with Tracking Number.
The Item will be shipped within 2 business days after we received a full payment by PayPal.
Are they stored in liquid nitrogen? Who is the donor? Have they been replicated over 4 times already?
In general the shipping time will be approx. 14 to 23 business days. – Yeah, count me out. 14-23 days? Even dry ice doesn’t last more than 48 hours.
We only ship to an approved Email or PayPal address. Please make sure that the shipping address is correct and available.
Or Maybe you might want to skip out on buying them in Thailand and opt for Lagos, Nigeria:
https://ng.loozap.com/ads/evgenis-totipotent-embroyonic-stem-cell-lagos-alimosho/21511681.html
After researching the company that produces these and failing to get a call through or multiple emails through (the webform was even broken) further investigation led to a company possibly producing these in China and then selling to under regulated markets such as India, Indonesia, Nigeria and Latin America.
After procuring a vial and having analysis done – the best we could find was trace elements of nano-enzymes. Now, nano-enzymes can have wonderful effects on health however again we run into the same wall.
Enzymes being studied by researchers must be stored in a enzyme freezer at temperatures in the region of -10 to -25˚C (+14 to -13˚F). When stored at higher temperatures enzymes gradually denature and lose catalytic activity.
Since we are discussing temperature: If you want to prolong the shelf life of your enzymes, you can keep them in the bottle in the freezer. Don’t put enzymes in the refrigerator for a long time.
Ask to see the storage of your “enzymes’, ahem – totipotent stem cells. However, In contrast to natural enzymes, nanozymes are inherently robust, stable in harsh conditions (pH and temperature), and easy to mass-produce.
So what are you being sold here? Stem Cells or Nano Enzymes derived from experimental labs in China?
Nanozymes used to treat many therapeutics affect antiinflammatory, anti-ageing effects, neuroprotection, cytoprotection, dental biofilms, antioxidation, and antithrombotic effects.J
So what’s the best stem cell?
Multipotent haematopoietic stem cell (HSC) transplantation is currently the most popular stem cell therapy. Target cells are usually derived from the bone marrow, peripheral blood, or umbilical cord blood. It will be injected directly into the area needed and may regenerate the damaged tissue.
Should You Have A Blood Test Before Stem Cells
You may be wondering, should you have a blood test before getting stem cells?
The answer is yes, and here’s why.
Before undergoing any medical procedure, including stem cell therapy, it is essential to have a comprehensive understanding of your current health status. A blood test can provide valuable information about your overall health, including your blood cell counts, liver and kidney function, and any underlying conditions or infections. This information is crucial for healthcare professionals to assess your suitability for stem cell therapy and to determine the appropriate treatment plan for your specific needs.
In the case of stem cells, having a blood test before the procedure can help identify any pre-existing conditions that may affect the success of the treatment or pose risks to your health. Additionally, it can provide a baseline for comparison after the therapy, allowing healthcare professionals to evaluate the effectiveness of the treatment and monitor any changes in your health.
Moreover, for those seeking stem cells, a blood test can help determine the compatibility of the donor stem cells with your own body. Totipotent stem cells from Bali are highly sought after due to their incredible versatility, but it is important to ensure a match between the donor and recipient to minimize the risk of rejection or complications.
In closing, “totipotent” stem cells have immense potential to differentiate into any cell type, including extra-embryonic tissues, presents challenges for controlled therapeutic applications. However, their potential use in research is recognized, especially in understanding early developmental processes.
Alternatively, 1000x smaller than a stem cell and unable to be incinerated by the lungs or inflammation we find another one of natures miracles. A singular exosome, or better named the Hope Vesicle.
“When science meets passion and heart, anything is possible. I care about outcomes not ROI.
Dr Anthony close
If I cared about ROI, we’d have 3 locations around the country, selling things that don’t work and running cheap, tacky marketing luring you into things we knew nothing about.”
For more information and to speak with a doctor contact us today.
