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Stem Cell Therapy: Recent Advancement For Spinal Cord Injuries
A spinal cord injury (SCI) is damage caused to the nerves in the spinal cords that are responsible for sending and receiving signals from the brain. The traumatic lesion in the spinal cord can cause permanent or irreversible sensory and motor deficits. Stem cell therapy has shown massive potential in repairing damaged tissues and promoting recovery of neurological function. Medical research shows the effectiveness of stem cell therapy in treating various neurodegenerative disorders like ischemic stroke, intracerebral hemorrhage, and spinal cord injury.
Causes Of Spinal Cord Injury
The increasing number of cases of spinal cord injuries worldwide has made SCI a global health priority. Sports injuries and road accidents have been recognized as the two common causes of SCI. Although traumatic conditions comprise major triggering factors to induce spinal cord damage, non-traumatic events such as inflammation, spinal disc degeneration, cancer, substantial tissue loss, and infections can also be the reason for injury to the spinal cord and peripheral nervous system,
Symptoms of Spinal Cord Injury
The emergency symptoms of SCI may include loss of control in body movements due to partial or complete loss of sensory function. It is characterized by loss of motor control of the back, arms, legs, and other body parts, leading to weakness and incoordination. Patients experience extreme pain and pressure in the back, neck, and head.
Other prominent symptoms that doctors have identified as effects of spinal cord damage are -
Difficulty in walking and sitting
Difficulty in breathing
Sudden reflexes or spasms
Loss of control over bladder and bowel movements
Lowered sexual sensitivity and infertility
Trouble in balancing
Numbness or tingling sensation in the hands, fingers, and feet
The Science of Stem Cell Therapy For Spinal Cord Injury Treatment
Spinal cord injury is a severe condition that damages the nerve cells and tissues in the spinal cord, resulting in paralysis or nervous function impairment. Current treatment approaches include medication, rehabilitation therapy, physical therapy, or surgery. However, most of them provide temporary relief and poor outcomes in the long run. Stem cell interventions have emerged as a promising treatment for SCI with its exemplary potential to repair and regenerate injured neurons and tissues.
The distinct ability of stem cells to proliferate and form any functional cell type makes them ideal for treating SCI. The cells self-renew into nerve cells to replace and repair the diseased cells. After they are introduced into a patient’s body, they reach the injured site and interact with the surrounding cells to produce neurotrophic growth factors and alter the microenvironment of the affected region in the spinal cord.
A preclinical study has shown that mesenchymal stem cells release growth-promoting factors that accelerate the growth of axons at the injured area and improve myelination (formation of specialized membranes around axons). Most importantly, the therapeutic potential of stem cells prevents further neuronal degeneration in the spinal cord, lowering inflammation and improving motor and sensory function.
Start Your Stem Cell Therapy Journey In Mexico
There is no better place than Mexico for stem cell therapy because this North American country is home to highly qualified and experienced medical professionals with a proven track record of successful cell therapies. Besides, the healthcare system in Mexico is also advanced, and its treatment solutions are most accessible and affordable to people all over the world.
Life Altering Stem Cell Therapy Institute is a trusted name if you are ready to receive stem cell therapy in Mexico. Their state-of-the-art technologies, innovative treatments, and comfortable clinic setup have earned them the tag of stem cell therapy best hospital in Mexico. Their health advocates are just a call away! Connect with them to learn more about stem cell therapy for treating spinal cord injuries and other chronic conditions.
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DAILY DOSE: Saudi universities exposed for paying-off top scientists to steal some shine; Endangered Sumatran rhino born in captivity.
STEM CELL THERAPY FOR MS.
A recent early-stage trial has shown promising results for a new stem cell therapy for multiple sclerosis (MS). In this trial, neural stem cells were injected into the brains of 15 patients with secondary progressive MS, a more advanced stage of the disease where few treatments are effective. The primary aim was to assess safety, and the results were encouraging,…
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#Africa#Asia#astrobiology#astrochemistry#astronomy#Australia#Biotechnology#conservation#endangered species#Europe#evolution#Featured#multiple sclerosis#North America#politics#pollution#society#South America#stem cell therapy#technology
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Stem Cell Therapy for Peripheral Artery Disease in India
Peripheral artery disease, also known as PAD, affects millions of people globally by restricting blood flow to their limbs. Conventionally, treatment options for PAD include medications, lifestyle changes, angioplasty, and bypass surgery.
However, a promising new treatment is emerging - stem cell therapy. In this article, we'll discuss how stem cell therapy works for PAD, research on its effectiveness, and options to access top-quality treatment at r3stemcell India in New Delhi, India.
What is Peripheral Artery Disease?
Peripheral artery disease, or PAD, occurs when fatty deposits called plaque build up in the arteries that supply blood to the head, organs, and limbs. This narrows the arteries and reduces blood flow.
PAD most commonly affects the arteries in the legs. However, it can impact any peripheral arteries outside of the heart. The classic symptom is calf pain or cramping in the legs and hips while walking, known as intermittent claudication. Other signs include sores on the feet/legs that won't heal or color changes in the skin.
PAD is caused by atherosclerosis, a disease where plaque builds up in the arteries. Risk factors for developing atherosclerosis and PAD include:
Smoking
High blood pressure
High cholesterol
Diabetes
Obesity
Older age
Without treatment, PAD can progress to severe leg pain at rest or non-healing wounds. In rare cases, it may require amputation if blood flow is severely restricted.
How Does Stem Cell Therapy Work for PAD?
Stem cell therapy for PAD aims to regenerate new blood vessels and improve circulation in the affected limbs. It works through the following mechanisms:
Stem cells promote angiogenesis:
Stem cells secrete factors that stimulate the growth of new blood vessels, a process called angiogenesis. They recruit the body's own stem cells to develop new networks that bypass blockages.
Reduced inflammation:
Stem cells have anti-inflammatory properties. They help reduce inflammation in the arteries and vessel walls caused by PAD. This eases blood flow.
Generation of healthy cells:
Some stem cell types can differentiate into endothelial cells, which line the inside of blood vessels. They form new endothelial layers over damaged areas to improve vascular function.
Bypass artery obstructions:
The new blood vessels generated around narrowed or blocked areas provide pathways for blood to flow, bypassing restrictions in the primary arteries. This restores adequate blood flow.
In summary, stem cells repair and regenerate the blood vessel network from within via multiple regenerative mechanisms. When administered via injections, they home in on sites of injury in peripheral arteries and enact healing.
Research on Stem Cell Therapy for PAD
Research into stem cell therapy for PAD is still emerging but shows promise. Here are some key study findings:
A 2021 review found stem cell therapy significantly improved pain-free walking distance in PAD patients compared to conservative treatments alone.
Animal studies show stem cells increase capillary density and blood flow in ischemic limb muscle tissue with minimal side effects.
A 2017 study of 36 patients found adipose-derived stem cell therapy improved ankle-brachial pressure index (a measure of blood flow) and reduced amputation risk.
A Korean trial of 52 participants found bone marrow-derived mononuclear cell therapy increased pain-free walking time by 165% at 6 months follow-up.
No serious adverse events were reported across multiple clinical trials, indicating stem cell therapy for PAD appears safe when administered properly.
While more large-scale human trials are still needed, current research suggests stem cell therapy improves vascular function, reduces symptoms, and helps avoid amputation in PAD patients. Its safety profile also makes it a promising alternative or addition to standard PAD treatments.
Accessing Stem Cell Therapy for PAD in India
For individuals seeking stem cell therapy for peripheral artery disease, r3stemcell India is one of the top centers in the world. Here are some benefits it offers:
Experienced US-board-certified doctors with over 10,000 successful regenerative procedures completed.
State-of-the-art stem cell lab and facilities cleared by DCGI, India's FDA equivalent.
Full evaluation by a medical team prior to developing a customized treatment plan.
Use of autologous (patient's own) stem cells sourced from adipose tissue or bone marrow.
Minimally invasive stem cell injections or intravenous therapies depending on each case.
Affordable all-inclusive packages including accommodation, meals, transportation, and more.
Additional support services like physiotherapy, supplements, and oxygen therapies.
High success rates were reported across multiple conditions treated, including PAD.
For patients who want to access safe and effective stem cell therapy for peripheral artery disease, r3stemcell India is an excellent choice. Consultations can be arranged online or via phone prior to booking treatment.
Conclusion
In summary, peripheral artery disease affects millions worldwide by restricting blood flow to the limbs. While medications, angioplasty, and surgery are standard treatment protocols currently, stem cell therapy shows promise as an innovative option.
Research suggests it improves vascular function, reduces symptoms, increases walking distance and lowers amputation risks for PAD patients. When administered at reputed centers like r3stemcell India, stem cell therapy also appears to be a safe alternative for peripheral artery disease.
With successful clinical studies already conducted and more in progress, stem cell therapy could emerge as an important addition to the PAD treatment paradigm. It offers hope for regenerative healing with minimal long-term reliance on medications. For individuals seeking this promising treatment, r3stemcell India is a suitable choice.
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#itsbethdaniels#X39#reactivateYourStemCells#stem cell therapy#stem cells#phototherapy#light therapy#get patched#get paid#sharing is caring
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IV therapy is a way to improve your health! In this video, we have discussed how IV therapy can help you achieve your health goals and restore balance to your body. We have demonstrated many advantages it offers. If you want to improve your health, you must look into ways for optimal wellness with IV therapy.
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who said BILL NYE wasn’t COOL anymore?!
#science rocks!#bill nye#science#girls in stem#stem cell therapy#stem cell signaling compound library#stemblr
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Discover advanced stem cell treatment at MedTravellers, a top institution in India. Explore regenerative medicine options with cutting-edge technology, diverse healthcare, and a 5-star service.
Contact Us: +91-88020 29988
Email Us: [email protected]
Visit Website: https://www.medtravellers.com/
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What Foods Help with Stem Cell Production
Our bodies can be revitalized and healed with the help of stem cells. Our body produces fewer stem cells as we become older, which limits our capacity for regeneration. Nonetheless, there are natural methods that can assist boost the generation of stem cells and extend life and general health.
In order to encourage the development and function of stem cells, diet is important. Sulforaphane, a substance found in some foods like cruciferous vegetables like cauliflower and broccoli, has been demonstrated to promote stem cell self-renewal and enhance the health of brain stem cells. Heart health can be enhanced by omega-3 fatty acids, which are present in fatty fish like salmon and can stimulate stem cells to differentiate into vascular cells. Fruits high in antioxidants, such as blueberries, have been shown to mend cellular damage and lower oxidative stress, while nuts and seeds offer the vital lipids and proteins required for stem cell upkeep and regeneration.
By adding turmeric and ginger to our diets, we can prevent harm to stem cells and encourage neurogenesis and activation. Polyphenol-rich mushrooms, such shiitake and maitake, help detoxify the liver, which is essential for the health of stem cells.
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Why Regenerative Medicine and Stem Cells Are the Future.
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#stem cell treatment in india#stem cell therapy#stem cell therapy in india#“stem cell treatment in india“
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#Multiple Sclerosis#Stem Cell Therapy#Benefits of Stem Cell Therapy MS#Multiple Sclerosis Stem Cell Treatment#Stem Cell Therapy for Multiple Sclerosis cost#Multiple Sclerosis Treatment in India
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Revolutionizing Athletic Recovery: The Game-Changing Role of Stem Cell Treatment for Pro Athletes
As the world of sports continues to evolve, so too do the methods for athlete recovery and performance enhancement. Stem cell Treatment stands out as a beacon of hope, offering pro athletes a pathway to faster healing and prolonged careers. While challenges and ethical considerations persist, the potential benefits of this groundbreaking approach cannot be ignored. For more details, visit our website.
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Stem Cell Therapy for Autism in South Africa
Autism is a neurodevelopmental disorder characterized by difficulties with social interaction and communication, as well as restricted and repetitive behaviors. It affects around 1 in 44 children in the United States according to recent estimates from the Centers for Disease Control and Prevention (CDC). In South Africa, the prevalence rate is estimated to be around 1 in 160 children.
While there is no cure for autism, stem cell therapy shows promising results for improving symptoms and functionality. In this article, we will explore the science behind stem cell therapy for autism, review clinical studies and research, discuss treatment options available in South Africa, and provide key considerations for parents of autistic children seeking this therapy abroad.
What Are Stem Cells and How Do They Help Autism?
Stem cells are cells that have the unique ability to develop into many different types of cells in the body. They offer therapeutic potential because of their powerful regenerative qualities. There are several types of stem cells but the two relevant to autism treatment are:
Umbilical cord stem cells - These are extracted from donated umbilical cord blood after a baby is born. Cord blood contains large amounts of hematopoietic (blood-forming) and mesenchymal (connective tissue) stem cells. It is these stem cells that show promise in helping autism symptoms.
Autologous stem cells - These are stem cells extracted from the patient's own fat or bone marrow. They are purified and reintroduced into the body.
The thinking behind how stem cells may help autism is that they could help repair damage, reduce inflammation in the brain, promote the growth of new neurons, stimulate connectivity between neurons, regulate immune responses, and modify gene expression leading to behavioral improvements.
Some of the ways researchers believe stem cells influence behavior include:
Promoting neural growth and repair of damaged neurons
Modulating neuroinflammation which plays a role in many neurodevelopmental disorders
Secreting neurotrophic factors that support the growth, survival, and differentiation of neurons
Regulating immune cell responses in the brain linked to conditions like autism
Enhancing proliferation of myelinating glial cells in the brain which insulate neurons improving connectivity
Clinical Studies on Stem Cell Therapy for Autism
While stem cell therapy is still considered experimental for autism, a growing body of research has found encouraging results. Some key clinical studies include:
A 2017 study on 25 children with autism compared intravenous infusions of umbilical cord blood along with hyperbaric oxygen therapy (HBOT) versus a control group receiving only HBOT. At six months follow-up, the stem cell therapy group had significantly greater improvements in intellectual development, language skills, and adaptive behaviors.
A 2019 study on 24 children with autism receiving umbilical cord stem cell infusions reported "significant improvement" in autism symptoms, including social interactions, communication, and repetitive/restrictive behaviors at six months. There were no serious treatment-related adverse events.
A 2020 clinical trial on 30 children with autism compared intravenous stem cell therapy versus placebo over six months. At three-month follow-up, the stem cell group displayed superior improvements in core autism domains and functional measures. Gains were maintained at six months.
While larger, long-term studies are still needed, these preliminary results are encouraging. Stem cell therapy appears safe based on current research and holds promise for helping children with autism reach new developmental milestones and gain greater functionality. To date, no clinical trials have found major adverse effects relating to the treatment.
Stem Cell Therapy for Autism in South Africa
In South Africa, stem cell therapy is viewed as an emerging regenerative medicine, though its utilization remains limited by available data and established clinical guidelines. There are three private clinics throughout the country currently offering autism stem cell therapy, a frontier treatment in this setting:
1. R3 Stem Cell Clinic (Cape Town)
R3 is one of the leading stem cell clinics in South Africa offering autism treatment. Their approach uses a patient's own adipose-derived mesenchymal stem cells. After surgical extraction of fat tissue, R3 isolates purifies, and concentrates the stem cells before intravenous administration under anesthetic. They report positive outcomes in patients undergoing 3-5 treatments.
2. BioskinMED Clinic (Johannesburg)
Similar to R3, BioskinMED specializes in adipose stem cell therapy for autism. They offer consultations to determine candidacy and develop an individualized treatment plan. Stem cells are extracted from abdominal fat, purified, and reintroduced into patients to support neural recovery and repair.
3. Cape Stem Cell Clinic (Cape Town)
Cape Stem Cell provides stem cell therapy exclusively using umbilical cord blood allogeneic products. Their standardized approach for autism involves monthly infusions of cord blood stem cells over a 6-12 month period. Pre-treatment testing and monitoring are conducted to measure progress.
All three clinics emphasize the importance of a multidisciplinary treatment plan consisting of occupational therapy, behavioral therapy, dietary modifications, and other lifestyle interventions to maximize potential benefits when combined with stem cell administrations. Costs range between R150,000-R250,000 depending on treatment plans devised at consultations.
It should also be noted that stem cell therapy may be supplemented by hyperbaric oxygen therapy (HBOT) at some South African clinics. HBOT delivers 100% oxygen in a pressurized chamber and has shown promise for helping autism symptoms, reducing inflammation, and supporting neural regeneration when combined with stem cell administrations.
Key Considerations for Stem Cell Therapy Abroad
For parents seeking experimental stem cell therapy abroad due to limitations of access or guidelines locally, there are important factors to vet carefully:
Credentials and experience - Check clinic accreditation status, research publications, and number of stem cell procedures administered. R3 and Cape Stem Cell have administered the most stem cell infusions for autism to date in South Africa based on available data.
Safety record - Review independent reports of adverse events to ensure a strong record of safely administered procedures. All South African clinics report no major side effects to date.
Standardization - A standardized protocol applied uniformly to all patients provides the greatest confidence in results likelihood based on collective experience and data. Not all programs have standardized autism treatment plans.
Affordability - Costs for stem cell tourism and associated travel/accommodation exceed R150,000 per course. Carefully consider the affordability and long-term fiscal impacts of pursuing offshore treatment unavailable at home.
Clinical equipoise - Determine if equipoise, or genuine uncertainty regarding a procedure's known risks/benefits, exists for your child's condition. Experimental medicine requires fully informed consent with no guaranteed results.
While experimental, stem cell therapy for autism shows promise based on emerging clinical evidence. South African clinics like R3 Stem Cell offer a regulated, standardized option for access when domestic treatment availability remains limited by present guidelines and data supporting safety, efficacy, and value for autism. Careful consideration of each family's needs and all risks/benefits involved is always advised before pursuing unproven therapies. Further research with large, long-term outcomes studies is still needed.
Key Takeaways
In summary, stem cell therapy holds promise as an advancing treatment for autism based on evidence showing its ability to repair neural pathways, reduce inflammation, promote connectivity between neurons and help modulate gene expression leading to improvements in core symptoms and functioning. Key considerations for parents include:
Autism is a treatable condition, not a lost cause. Stem cell therapy shows encouraging preliminary results helping children achieve new developmental milestones when part of a comprehensive treatment plan.
South African clinics like R3 Stem Cell in Cape Town have extensive experience administering stem cell infusions to autistic children under local guidelines. Their standardized cord blood or fat-derived stem cell protocols provide access to this emerging regenerative therapy.
Combining stem cell therapy with other interventions like hyperbaric oxygen therapy, behavioral therapies, dietary modification, and lifestyle changes may maximize functional benefits. A multi-pronged approach is advised.
Currently, no serious adverse effects have been recorded from stem cell therapy for autism in research studies. However, more long-term data is still needed given its relatively new use for this condition. Fully informed consent is paramount.
Parents pursuing experimental stem cell therapy abroad should vet clinic experience and credentials, safety record, clinical equipoise regarding their child’s condition risks/benefits, and total out-of-pocket financial costs involved carefully.
With further research and data collection, stem cell therapy holds promise in helping some children with autism learn, grow, and achieve developmental milestones they may otherwise not reach. It offers new hope to many families when administered properly under oversight with a full understanding of present limitations and uncertainty regarding long-term outcomes for this innovative application in medicine.
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Eterna Health
Address
3095 Glen Erin Drive. Unit 7-10 Mississauga, ON L5L 1J3
Phone:
+14168403500
Website
Keywords
Stem Cell Therapy, Dr. Adeel Khan, Eterna Health
Description
Eterna Health: Your Premier Destination for Stem Cell Therapy & Regenerative Medicine
Discover a world of enhanced vitality at Eterna Health, the global leader in stem cell therapy and regenerative medicine. Our cutting-edge treatments are designed to help you not only live longer but also look younger and feel better. We're proud to offer the most effective anti-aging program globally, harnessing the transformative potential of intravenous stem cells and advanced follistatin gene therapy.
Our revolutionary stem cell therapy is all about restoring normal function to damaged tissues and organs by replacing them with fully functional, rejuvenated cells and tissues. With Eterna, you can embrace a revitalized life and rediscover your optimal health through our innovative stem cell therapies.
In collaboration with the Viswanathan lab, we hold intellectual property that allows us to select potent mesenchymal stromal cells (MSC), ensuring the highest quality care. Moreover, Eterna Health possesses
IP for identifying the right patients for osteoarthritis treatment using molecular endotype + clinical phenotype. This precision approach ensures we cater specifically to those who will benefit most from MSC therapeutics.
At Eterna Health, we transcend health boundaries under the guidance of Dr. Adeel Khan, a renowned global leader in regenerative medicine. Dr. Khan has a distinguished track record, having provided care to Royal Families, celebrities, world champions, and elite athletes. Our comprehensive approach combines gene therapy, cellular therapy, and peptides to help you not only feel young but also look and perform at your best. Experience more energy and freedom from pain.
Experience 5-Star Service:
Eterna Health is committed to providing white-glove regenerative medicine services. From your initial consultation to travel arrangements and accommodations, our in-clinic treatment, and even parting with a beautiful gift bag, every aspect of your journey with us is designed to be exceptional.
Discover the future of health and wellness at Eterna Health.
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