Stem Cells: Medical Miracle Or Science Gone Too Far? (Medical Documentary) | Real Stories
Real Stories・67 minutes read
Unborn fetal stem cells harvested from abortions show promise in treating various conditions, with patients like Steve and Carolyn benefiting significantly from treatment. Despite regulatory challenges in the US, providers like Emcell offer successful fetal stem cell therapy, emphasizing safety and efficacy over embryonic stem cells.
Insights
- Fetal stem cells harvested from unborn fetuses destined for abortion are utilized for research and treatment, offering hope for conditions like Parkinson's and muscular dystrophy.
- The pharmaceutical industry faces challenges in adopting stem cell technologies due to the inability to patent stem cells, affecting their commercial viability.
- Patients like Steve, Carolyn Porter, Suzie, and others have experienced significant health improvements post-fetal stem cell treatments, indicating the therapy's efficacy and potential.
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Recent questions
What are fetal stem cells?
Fetal stem cells are unique cells harvested from unborn fetuses between seven to twelve weeks of gestation. These cells are known for their purity and ability to transform into various specialized cells for repair and regeneration in the body. Fetal stem cells have shown promising results in treating various conditions due to their unique characteristics.
How do fetal stem cells benefit health?
Fetal stem cells offer hope for conditions like Parkinson's, muscular dystrophy, and chronic illnesses by creating new capillaries and small vessels in organs. These cells enhance oxygen and nutrition delivery, improve organ function, protect blood vessels from atherosclerosis, and boost various bodily systems like the liver, blood formation, bone marrow, immune system, and hormonal balance. Fetal stem cell therapy has led to significant health improvements for patients with various ailments.
What is the process of fetal stem cell therapy?
Fetal stem cell therapy involves administering harvested fetal stem cells over a three-day period to improve overall health. The treatment begins with a saline drip, anti-allergy medications, and fetal stem cell infusion, followed by additional therapies like massage, hyperbaric oxygen therapy, and subcutaneous injections. Each patient receives a personalized therapeutic schedule based on their health condition, with different protocols tailored to address specific ailments.
What are the benefits of fetal stem cell therapy?
Fetal stem cell therapy has shown significant health improvements for patients with various conditions. Patients like Steve, Carolyn Porter, Lawrence Simon, and Susie experienced stabilization and improvement in their respective health conditions after receiving fetal stem cell treatments. These cells have the potential to revolutionize the pharmaceutical industry and offer hope for individuals suffering from debilitating illnesses.
How do fetal stem cells differ from other types of stem cells?
Fetal stem cells are distinct from other types of stem cells like embryonic, umbilical cord, and adult stem cells due to their unique characteristics and applications. Fetal stem cells are known for their purity and ability to transform into specialized cells for repair and regeneration. While challenges and controversies exist in accessing and utilizing different stem cell types, fetal stem cells have shown promising results in treating various conditions, making them a valuable resource in the field of regenerative medicine.
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Summary
00:00
"Fetal Stem Cells: Hope and Controversy"
- Stem cells from an unborn fetus, destined for abortion, are harvested rather than discarded.
- The contentious issue of abortion is linked to the use of fetal stem cells for research and treatment.
- Donating organs, including stem cells, is seen as a way to give life and help others.
- Leading research institutions emphasize the importance of fetal tissue research.
- The potential widespread use of fetal stem cells could revolutionize the pharmaceutical industry.
- Personal testimonies highlight significant improvements in health and quality of life after fetal stem cell treatments.
- Fetal stem cells offer hope for conditions like Parkinson's, muscular dystrophy, and chronic illnesses.
- Different types of stem cells, including embryonic, umbilical cord, adult, and fetal, have distinct characteristics and applications.
- Fetal stem cells are unique for their purity and ability to transform into various specialized cells for repair.
- Challenges and controversies exist in accessing and utilizing different stem cell types, with fetal stem cells showing promising results in treating various conditions.
19:45
Stem Cell Treatment Success Stories in Parkinson's
- Steve, a Parkinson's patient, experienced a significant improvement in his condition after receiving treatment, allowing him to play golf without shakes or tremors.
- Steve's improvement was noted by his golf partner, who compared his progress to that of Michael J. Fox, and observed his ability to walk normally.
- Steve's positive response to treatment was unique, as it seemed to benefit those recently diagnosed with Parkinson's, like him and Carolyn Porter.
- Carolyn Porter, another patient, experienced severe tremors before seeking stem cell treatment, which led to a dramatic improvement in her condition.
- The California Institute for Regenerative Medicine (CIRM) faced criticism for slow progress in stem cell research, attributing the delay to FDA regulations.
- CIRM announced the start of 15 clinical trials, including those involving fetal stem cells, despite facing obstacles from the FDA's regulatory framework.
- Stem cell therapies face challenges due to FDA regulations, with a lengthy approval process and high costs, hindering their development and availability.
- The pharmaceutical industry's lack of interest in stem cell technologies is attributed to the inability to patent stem cells, affecting their commercial viability.
- The FDA's biased reporting on stem cell treatments to Congress, highlighting only risks and outdated information, raises concerns about their regulatory stance.
- Patients like Lawrence Simon and Susie experienced positive outcomes from stem cell treatments, showing stabilization and improvement in their respective conditions.
38:20
"Fetal Stem Cell Therapy Success Stories"
- Diagnosis of chronic lymphocytic leukemia requires an absolute B cell count over 5,000; Suzie's count reduced to 304.
- Suzie underwent fetal stem cell injections as her only medical intervention.
- Stem cell therapy is increasingly mainstream, emphasizing the need for awareness and learning.
- Personal discomfort in being part of the project, but stem cell therapy's efficacy is evident.
- Stem cell therapy led to significant health improvements for Suzie and others.
- Danny, diagnosed with ankylosing spondylitis, found relief through fetal stem cell therapy.
- Mariah, diagnosed with multiple health issues, experienced significant improvement post-stem cell therapy.
- Janet, Mariah's mother, also benefited from fetal stem cell therapy for her health conditions.
- George Slaughter, a TV icon, experienced enhanced well-being post-fetal stem cell injections.
- William Raydor, a key figure in fetal stem cell research, faced challenges due to strict regulations.
56:09
"Fetal Stem Cell Therapy: Health Enhancements"
- Fetal stem cells are harvested between seven to twelve weeks of gestation and administered over a three-day period to improve overall health.
- The cells create new capillaries and small vessels in organs, enhancing oxygen and nutrition delivery and organ function.
- Positive effects of the cells extend to protecting blood vessels from atherosclerosis and boosting liver, blood formation, bone marrow, immune, and hormonal systems.
- Treatment begins with a saline drip, anti-allergy meds, and fetal stem cell infusion, followed by a massage, lunch, and hyperbaric oxygen therapy.
- A facial treatment involves chorion cells rich in nutrition, vitamins, and minerals, applied by Halina, followed by a rejuvenation mask.
- Subcutaneous injections of fetal stem cells are given to improve the nervous system, enhancing various functions and cognition.
- A second round of fetal stem cells is administered, followed by a massage, hyperbaric oxygen therapy, and subcutaneous injections for the musculoskeletal system.
- Amino acid IV drip enhances the body's environment for fetal stem cells, and a review of the treatment program is conducted by Dr. Irina.
- Each patient receives a personalized therapeutic schedule based on their health condition, with different protocols for various ailments.
- Testimonials from patients like Beckham and his family showcase significant improvements in conditions like autism, ADHD, skin issues, and overactive bladder post-fetal stem cell therapy.
01:14:24
Fetal Stem Cell Therapy Success and Challenges
- Beckham's last ADOS-2 test in December 2013 scored 22, placing him in the moderate-to-severe autism range.
- A subsequent ADOS-2 test in November 2016 showed Beckham scoring 15, indicating a seven-point reduction, now placing him in the moderate autism spectrum.
- This improvement followed a single round of fetal stem cell therapy, with Beckham not taking any medications during this period.
- Dr. Karpenko shared the history of Emcell's establishment, working in cooperation with Ukraine's Ministry of Health since 1991, allowing for legal operation.
- Emcell's fetal stem cell extraction process begins between seven and twelve weeks of gestation, following legal voluntary abortions with donor consent.
- Fetal stem cells undergo rigorous testing for viability, functionality, and safety in Emcell's biotechnology and microbiology labs, ensuring high standards.
- Emcell's fetal stem cell therapy has been used successfully for 25 years, with a comprehensive testing process to guarantee quality before patient administration.
- Fetal stem cells differ from embryonic stem cells, with Emcell emphasizing the safety and efficacy of their fetal stem cell therapy over embryonic stem cells.
- Dr. Karpenko's upcoming paper highlights Emcell's success in treating severe aplastic anemia, showcasing a patient cured 25 years ago with fetal stem cell transplants.
- Accessing fetal stem cell therapy in the US is challenging due to regulatory hurdles, with Emcell and Stem Medica being prominent providers of fetal stem cells globally.
