Very hard to say for each individual. A good estimate would be in the billions based on similar neurological contditions. Here's some insight. www.ncbi.nlm.nih.gov/pmc/articles/PMC9838137/

Yes, it may be beneficial for kidney and liver disease

Theoretically it could. Extracorporeal blood oxygenation and ozonation (EBOO) may be effective against antibiotic-resistant bacteria due to several key mechanisms. EBOO offers complementary benefits that can help combat infections, including those caused by antibiotic-resistant bacteria. Here’s how EBOO can be effective: Ozone’s Antimicrobial Properties: Ozone has strong antimicrobial properties and can directly kill bacteria, including antibiotic-resistant strains. Ozone works by oxidizing the cell walls of bacteria, leading to their destruction. Immune System Boost: EBOO can enhance the body’s immune response. By stimulating the immune system, it can help the body fight off infections more effectively. This is particularly beneficial when dealing with resistant bacteria that are not easily targeted by antibiotics. Improved Oxygenation: EBOO improves oxygen delivery to tissues, which can enhance cellular metabolism and the overall health of the immune system. Better oxygenation can help the body’s natural defenses work more efficiently. Detoxification: EBOO helps in removing toxins and byproducts of bacterial metabolism from the blood. This detoxification process can support the body’s efforts to overcome infections. Reduction of Inflammation: Chronic infections often cause persistent inflammation. EBOO’s anti-inflammatory effects can help reduce this inflammation, improving the body’s ability to heal and recover from infections. Enhanced Circulation: By improving blood flow, EBOO ensures that immune cells and antimicrobial agents are delivered more effectively to sites of infection. Disinfection: UV light has strong germicidal properties, which means it can kill or inactivate various pathogens, including bacteria, viruses, and fungi. By exposing the blood to UV light, the procedure helps to reduce the microbial load, thus decreasing the risk or worsening of infections. While these mechanisms make EBOO a promising adjunctive therapy for managing infections, including those caused by antibiotic-resistant bacteria, it is important to note that EBOO should be used in conjunction with other medical treatments and under the supervision of a healthcare professional. Further research and clinical studies are needed to fully establish its efficacy and optimal usage protocols in combating antibiotic-resistant infections.

Expansion is up to the doctor/lab/clinic etc. Yes too much expansion isn't healthy for the cells, no matter what part of the world you're in.

Do you have any experience with facial nerve patients and Trigeminal damaged individuals​@traviswhitney8482

Yes

@traviswhitney8482 I had 480 m msc's via IV, injections , injections for trigeminal nerve, bilateral nerve damage, several joints, and C spine/L spine. All done at a reputable place out of the country, but my spouse and I are looking for someone in the USA. Do you treat all joints, discs, trigeminal branches, and issues with osteoarthritis?

@@jennifercarillio8403 Yes, all of those are conditions we're familiar with. We can't legally say we "treat" them.

​@@traviswhitney8482Dr. Joy Kong uses CCs and BioXcellerator uses an actual number....like I had 480 million MSCs. We'd like to try a reputable clinic like yours that uses an actual number of MSCs NOT CCs like other clinics.

Your comment makes no sense

The stem cell biologist uses a couple different methods, a hemocytometer and automated cell counters.

It could be a potential use for sinus related conditions.

UC-MSC

Very well

What part are you confused about?

For general anti-aging I'd say live umbilical cord tissue stem cells overall. For face treatments have mostly seen exosomes but live cells could potentially be best. Live cells secrete their own bio-pharmacy of exosomes so you have a more continuous source.

You're welcome! Your son already has a miracle...he's got you! We're happy to help :)

Yes, I am, in the state of AZ. Some states have different scopes of practice. For example if I moved to FL I would not be allowed to prescribe medications.

Yes, there can be. While overall a very safe option there are concerns. That's why it's important to go to an experienced clinic and doctor.

@@InnateHealthcareInstitute Thank you! ❤

Maybe this one? Address: 305 Jefferson Ave, Moundsville, WV 26041 Phone: (304) 506-3585

Yes, there's definitely research on stem cells and neuropathy.

Glad you liked it!

You'd need a consultation with the doctor but typically prices range between $6,000 to $11,500.

You're spot on...I recommended this to someone else in another comment. The cost of ND school is absurd, as with most of student loans. But I think ND school takes the cake with it's low job opportunity. An MD or DO degree would have much higher employment rates. I can't comment on what an unaccredited naturopathic school would teach to an accredited one. But organizations like The Institute of Functional Medicine is pretty much the answer for allopathic medicine copying most of Naturopathic medicine's principles. So there are ways to learn a good deal of some of the things you'd learn in the bigger naturopathic schools.

We're sorry to hear that. Please reach out to us to see how we can help you.

Yes we have protocols for MS

We have protocols for MS.

@@InnateHealthcareInstitute How effective are they? For all types? Thank you!!

@@pattischmitz2680 Research on the effectiveness of umbilical cord-derived mesenchymal stem cells (UC-MSCs) for multiple sclerosis (MS) has shown promising results, although more extensive clinical studies are still needed to establish their efficacy conclusively. Any use of UC-MSCs for MS is still considered experimental. Here are some key findings from research studies: Immunomodulatory Effects: Several studies have demonstrated that UC-MSCs possess strong immunomodulatory properties, which can help regulate the abnormal immune response observed in MS. UC-MSCs have been shown to suppress inflammatory processes and promote the activity of regulatory T cells, leading to a reduction in autoimmune attacks on myelin and nerve cells. Reduction in Disease Activity: Clinical trials involving MS patients treated with UC-MSCs have reported a decrease in disease activity, including a reduction in relapse rates and the number of lesions observed on MRI scans. UC-MSC therapy has been associated with a decrease in inflammatory markers and an improvement in clinical symptoms, such as reduced disability scores and improved quality of life. Promotion of Tissue Repair: Preclinical studies have demonstrated that UC-MSCs can promote tissue repair and regeneration in the central nervous system. UC-MSCs have been shown to stimulate remyelination, repair damaged nerve cells, and support the growth of new blood vessels, which may contribute to improved neurological function in MS patients. Safety Profile: Research studies have generally reported a favorable safety profile for UC-MSC therapy in MS patients, with minimal risk of adverse effects. Long-term follow-up studies have not identified any serious safety concerns associated with UC-MSC treatment, although further monitoring is necessary. Challenges and Limitations: While the preliminary results are promising, there are challenges and limitations to consider, including the need for larger, multicenter clinical trials with longer follow-up periods to assess the durability of treatment effects. Standardization of treatment protocols, including cell dose, administration route, and timing, is necessary to optimize the therapeutic potential of UC-MSCs for MS. In conclusion, research suggests that UC-MSC therapy holds promise as a potential treatment option for multiple sclerosis, offering immunomodulatory, regenerative, and neuroprotective effects. However, further well-designed clinical studies are required to establish the efficacy, safety, and long-term benefits of UC-MSCs in the management of MS. In the end it's up to the patient and docotor to decide what's the best course of action.

@@InnateHealthcareInstitute thank you so much for your response.. This is a nasty disease!! Sadly!! Hopefully soon someone will come up with something!!

I have the same question. I like that you are using a higher quantity of MSC’s, I just want to make sure the quality is as good.

I'd recommend looking into EBOO. I don't have enough experience with UC-MSC and cipro but I know there are people that have gotten stem cells and have seen huge improvements.

I agree, unless someone is truly passionate about using purely Naturopathic medicine modalities. There's pros and cons both ways. Going the MD/DO route won't prepare you at all to practice as a ND/NMD. And you're going to be geared towards working in a hospital setting with insurance. One could aim for going directly into private practice, but most aren't cut out to be successful business owners in addition to being a successful doctor. In a hospital you're going to have insurance, administration, 10-15 minute patient visits and LOTS of patients. Not conducive to a naturopathic style. All of the accredited naturopathic doctorate programs spend a good amount of time learning Western modalities (pharmaceuticals, diagnoses, imaging; depending on the school), but an MD/DO is going to learn very little to none of a naturopathic curriculum. Even some of the biggest MD schools offer minimal courses in nutrition. But overall, as of now sadly, it does seem easier to go the MD/DO route and incorporate what they term "functional" medicine along the way.

Glad it was helpful!

You're welcome! You would want to call and ask the medical aesthetician or email [email protected] for that.

You'd need to talk to one of our doctors to see if the treatment is an approved option. But prices can average from around $10,000 for hundreds of million of UC-MSCs to $26,000 or higher for billions of UC-MSCs. Patients work with their doctor to decide a dosing schedule.

So only the rich cam get help is what is happening

Thank you @inkpapers1435. Our patients receiving the best possible care they can get has been the goal and always will be the priority.

Every doctor is going to have their own recommendations. Having another IV 6 weeks later isn't necessarily "too soon", but you have to weigh each persons availability, finances, personal schedules etc. The DR seems like a long way to travel for IV stem cells, unless you live in south Florida maybe.

You would need to setup a consultation. Typically costs associated with spinal procedures run $8500-$11,500 for multiple procedures.

Hi @wferg1121, it would be hard to understand completely the extent of your wife's condition through text. The best thing to do would be to call the office and speak to one of our incredibly qualified doctors, (602) 603-3118. Or visit the website where we feature accessible information and an extensive FAQ and library, InnateHealthcare.org.

Just depends on the doctor, maybe even what state they practice in. But typically any licensed ND will do a physical exam if needed.

Exosomes are so small theres little worry about getting trapped in lungs