Category Archives: Stem Cell Clinic


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BACKGROUND. Cardiovascular disease occurs at lower incidence in premenopausal females compared with age-matched males. This variation may be linked to sex differences in inflammation. We prospectively investigated whether inflammation and components of the inflammatory response are altered in females compared with males.

METHODS. We performed 2 clinical studies in healthy volunteers. In 12 men and 12 women, we assessed systemic inflammatory markers and vascular function using brachial artery flow-mediated dilation (FMD). In a further 8 volunteers of each sex, we assessed FMD response to glyceryl trinitrate (GTN) at baseline and at 8 hours and 32 hours after typhoid vaccine. In a separate study in 16 men and 16 women, we measured inflammatory exudate mediators and cellular recruitment in cantharidin-induced skin blisters at 24 and 72 hours.

RESULTS. Typhoid vaccine induced mild systemic inflammation at 8 hours, reflected by increased white cell count in both sexes. Although neutrophil numbers at baseline and 8 hours were greater in females, the neutrophils were less activated. Systemic inflammation caused a decrease in FMD in males, but an increase in females, at 8 hours. In contrast, GTN response was not altered in either sex after vaccine. At 24 hours, cantharidin formed blisters of similar volume in both sexes; however, at 72 hours, blisters had only resolved in females. Monocyte and leukocyte counts were reduced, and the activation state of all major leukocytes was lower, in blisters of females. This was associated with enhanced levels of the resolving lipids, particularly D-resolvin.

CONCLUSIONS. Our findings suggest that female sex protects against systemic inflammation-induced endothelial dysfunction. This effect is likely due to accelerated resolution of inflammation compared with males, specifically via neutrophils, mediated by an elevation of the D-resolvin pathway.

TRIAL REGISTRATION. ClinicalTrials.gov NCT01582321 and NRES: City Road and Hampstead Ethics Committee: 11/LO/2038.

FUNDING. The authors were funded by multiple sources, including the National Institute for Health Research, the British Heart Foundation, and the European Research Council.

Krishnaraj S. Rathod, Vikas Kapil, Shanti Velmurugan, Rayomand S. Khambata, Umme Siddique, Saima Khan, Sven Van Eijl, Lorna C. Gee, Jascharanpreet Bansal, Kavi Pitrola, Christopher Shaw, Fulvio DAcquisto, Romain A. Colas, Federica Marelli-Berg, Jesmond Dalli, Amrita Ahluwalia

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The membrane scaffold SLP2 anchors a proteolytic hub in mitochondria containing PARL and the iAAA protease YME1L

These authors contributed equally to this work

The membrane scaffold SLP2 anchors a large protease complex containing the rhomboid protease PARL and the iAAA protease YME1L in the inner membrane of mitochondria, termed the SPY complex. Assembly into the SPY complex modulates PARL activity toward its substrate proteins PINK1 and PGAM5.

The membrane scaffold SLP2 anchors a large protease complex containing the rhomboid protease PARL and the iAAA protease YME1L in the inner membrane of mitochondria, termed the SPY complex. Assembly into the SPY complex modulates PARL activity toward its substrate proteins PINK1 and PGAM5.

SLP2 assembles with PARL and YME1L into the SPY complex in the mitochondrial inner membrane.

Assembly into SPY complexes modulates PARLmediated processing of PINK1 and PGAM5.

SLP2 restricts OMA1mediated processing of the OPA1.

Timothy Wai, Shotaro Saita, Hendrik Nolte, Sebastian Mller, Tim Knig, Ricarda RichterDennerlein, HansGeorg Sprenger, Joaquin Madrenas, Mareike Mhlmeister, Ulrich Brandt, Marcus Krger, Thomas Langer

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Stem-cell clinics face new scrutiny from federal …

BEVERLY HILLS, Calif. In a corner of Mark Bermans cosmetic-surgery suite is a box labeled the Time Machine that is the heart of his stem-cell operation.

In mini-liposuction procedures, Berman extracts fat tissue from patients and puts it into the Time Machine box, where a centrifuge separates stem cells from fat. The cells are then injected back into the patients to supposedly treat a variety of health problems, such as arthritic knees, heart disease, amyotrophic lateral sclerosis and even autism.

Berman, 63, is the co-founder of the biggest network of commercial stem-cell clinics in the United States. His therapies dont have the Food and Drug Administrations stamp of approval, but he said he doesnt need it.

If stem cells didnt work, we would go back to our day jobs, Berman said. Its a disruptive technology. We are the black swan.

Cosmetic surgeon Mark Berman explains how he started working with other surgeons to use stem cells taken from patients liposuction procedures to treat their other conditions. (Youtube/Cell Surgical Network)

But the disruptive technology might itself face disruption. The FDA, which has taken a mostly hands-off approach toward the rapidly proliferating stem-cell clinics, is signaling that some of the treatments should be regulated as drugs are, which would require advance approval. That would entail a lengthy process, with extensive safety and effectiveness data, at a potential cost of millions of dollars.

The issue has ignited a fierce debate among physicians, patients, scientists and politicians about whether the agency should crack down on therapies that critics deride as snake oil but that some patients swear by. And it is fueling a broader, longer-term debate over how cellular therapies should be regulated.

On Monday, the FDA opened two days of hearings on draft guidelines intended to clarify the agencys views on stem-cell treatments. The guidelines, which deal with decade-old regulations, have set off an uproar in parts of the stem-cell world because they could jeopardize many of the clinics operations.

Thats fine with some leading scientists who say the clinics are peddling potentially dangerous procedures that take advantage of desperate patients.

Hucksters are hijacking the publics enthusiasm for stem cells, said Luis Garza, a dermatologist at the Johns Hopkins School of Medicine whose lab is investigating how skin stem cells might improve care for amputees. Ninety-nine-point-nine percent of the stuff you hear about is bogus.

Paul Knoepfler, a stem-cell researcher at the University of California at Davis, said regulators for too long have remained on the sidelines while patients are charged thousands of dollars for unapproved treatments and exposed to potential risks. Im worried that these are essentially experiments, he said.

But patients who say they have benefited from clinic treatments are urging the government not to clamp down. People have the right to decide what happens in terms of the tissues and cells from their own bodies, said Doug Oliver, 54, a Nashville resident who has a rare form of macular degeneration that left him legally blind. After treatments at a Florida stem-cell clinic, he said, his vision improved significantly and now he can drive.

Stem-cell therapies, like other treatments, generally must be tested in clinical trials and approved by the FDA before being marketed to patients. But such clearance is not required if the stem cells are not altered much, are used in a function similar to their original role in the body, arent combined with another article, and dont have a systemic effect on the body. But the FDAs attempts to clarify the details have been fraught with disagreement.

Knoepfler noted, for example, that many clinics derive stem cells from fat, which the FDA views essentially as a cushioning material. Using those cells for injured knees or shoulders or diseases like Alzheimers, he said, means they are not being used for their original cushioning function.

Berman said that the versatility of stem cells means one of their basic functions is to repair damage throughout the body. In any case, he and other clinicians say, they arent subject to FDA regulation because they are practicing medicine, which the agency doesnt oversee.

Orthopedic treatments are the most commonly marketed procedures. Mayo Friedlis of the National Spine and Pain Centers, a network of pain clinics, said at the FDA hearing that stem cells derived from bone marrow are as effective as surgery for musculoskeletal disorders. But Knoepfler and other critics said there isnt enough published data to support such claims.

As the debate rages about clinics, some Republican senators, led by Mark Kirk of Illinois, want to revamp parts of the FDA approval process to expedite stem-cell therapies. But the outlook is uncertain, given the compressed congressional calendar and opposition from Democrats and some industry and patient groups.

Scientists say that stem cells remarkable ability to develop into many kinds of cells means that someday they might be used to repair diseased or damaged cells or replace entire organs. Promising developments are occurring in several areas. Stanford researchers said this year that they were stunned by the way stem cells injected directly into the brains of a small group of stroke patients had restored mobility in some patients.

Nevertheless, research for most therapies remains at an early stage, and the FDA has approved only a few stem-cell therapies, mostly for blood disorders.

Five years ago, only a few dozen stem-cell clinics existed in the United States, and most Americans seeking treatment went abroad. Now, according to a recent study co-written by Knoepfler, there are 570 clinics many in California, Florida and Texas marketing directly to consumers. Beverly Hills has 18 clinics, more than any other city. Most of the clinics use adult stem cells, not the embryonic ones that were at the center of controversy years ago because their extraction destroyed the embryos.

Berman, who spent most of his career working as a cosmetic surgeon, started providing treatments in 2010. Two years later, he co-founded the Cell Surgical Network, a stem-cell clinic business with about 80 affiliates.

Typically, Berman said, he charges patients $8,900 for a treatment, although he sometimes offers discounts or free care for patients who cannot afford his fee. He said he doesnt make claims to his patients that the treatments will work.

John Putnam, a 52-year-old Santa Monica resident, said he went to Berman four years ago, after his doctor said he needed surgery to repair sports-related injuries in both of his shoulders. At first, the stem-cell treatment didnt seem to make a difference, but after five months, he said, I had zero issues on either shoulder, and to this day my shoulders are in great shape.

Critics said that pain is very responsive to the placebo effect and that some ailments improve on their own.

Berman said his network has treated about 5,000 patients, including him and his wife, and that the only side effects have involved occasional soreness at the injection site and bruising around the abdomen because of liposuction. He said that in his experience, 85 percent of the orthopedic patients get better, and that he has seen improvement in some patients with Parkinsons disease and autism, but not in the dozen or so patients he has treated for amyotrophic lateral sclerosis (ALS).

Knoepfler brushes off such assertions and focuses on safety. He noted that two patients died after being treated at a Florida clinic. There also have been reports of patients being blinded by treatments for eye problems. And the FDA warns that stem cells can migrate to the wrong site or turn into tumors.

The clinics fate depends partly on whether the FDA sticks to the tough stance outlined in the draft guidelines. But even if it does, it is not clear that the agency will have the resources to enforce the rules, some experts said.

In the absence of strong oversight, scientists and others are worried that patients may be swayed by personal testimonials. I think we have to be careful about anecdotes, said Timothy Caulfield, a University of Alberta law professor who has followed the issue for years. We need good, controlled studies.

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Stem cells treatment clinic

more than 60 diseases can be treated with stem cells Read More...

Patient from Portugal, Diagnosed Multiple Sclerosis, One month after treatment he could walk again Read More...

Swiss Medica participated in neuro rehabilitation conference march 2015Read More...

NEW modern technology - activating autologous stem cells and replacing damaged cells

Patient from Portugal, 44 years old. Diagnosed Multiple Sclerosis.

In December 2012 his condition exacerbated. He started using wheelchairs. His disease progressed. He was not able to walk. He was not able to see. Nine months of usual treatments for MS accompanied by chemotherapy did not help. Then he found Swiss Medica Stem Cell Clinic. Stem celltreatment started immediately. One month later he was able to walk again.

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Holistic medicine considers a person to be a functional unit. The disease symptoms are signs of disruption in the system of the body. By activating the bodys ability of self-regulation we can eliminate this disruption. In Swiss Medica XXI Century S.A. we seek the cause of the disease, and provide a setting: to allow the body to use its own powers of self-healing to overcome the disease.

Our primary task is to make your own cells treat your own body. We use advanced technology to activate dormant cells (adipose mesenchymal stem cells) to differentiate into the cells we need, and then to replace the damaged cells. Symptoms become less prominent and disappear.

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Stem cells treatment clinic

My new ‘neighbor’ in Sacramento: a fat stem cell clinic …

For years Ive been writing about stem cell clinics that sell non-FDA approved stem cell treatments to vulnerable patients right here in America.

These clinics have been sprouting up like mushrooms across the US and their numbers may be above200 today overall. As a result perhaps it was inevitable that one would arrive in a locale near me.

Tomorrow, July 11, reportedly the Irvine Stem Cell Treatment Center will open a Sacramento, CA branch.The doctor there will apparently be Thomas A. Gionis (picture from press release). This private, for-profit clinic has no affiliation with UC Davis School of Medicine in Sacramento where Im located.

The stem cell clinic Sacramento branch will sell transplants of fat stem cells in the form of something called stromal vascular fraction or SVF, which I believe is almost certainly a drug. To my knowledge this clinic and the large chain that it belongs to called Cell Surgical Network (CSN), do not have FDA approval to use SVF.

Both publicly and to me on this blog, CSN continues to arguethat it doesnt need FDA approval (here,hereandhere), but recent FDA draft guidances sure suggest otherwise in my view. Of course if the FDA never takes action on the use of SVF then how are we all supposed to interpret that? WithoutFDA action or finalized guidelines, is it formally possible that the FDA could back down on SVF?

This clinic will reportedly sell SVF to treat a dizzying array of conditions having nothing to do with fat:

Emphysema, COPD, Asthma, Heart Failure, Heart Attack, Parkinsons Disease, Stroke, Traumatic Brain Injury, Lou Gehrigs Disease, Multiple Sclerosis, Lupus, Rheumatoid Arthritis, Crohns Disease, Muscular Dystrophy, Inflammatory Myopathies, and Degenerative Orthopedic Joint Conditions (Knee, Shoulder, Hip, Spine).

To me as a scientist the use of SVF to treat all these very different conditions does not make good common sense.

It would also seem arguably to be quite likely be considered non-homologous use by the FDA, a standing that would also automatically make this a drug requiring FDA pre-approval. Non-homologous use means using a biological product of a certain kind that is not homologous (not the same or similar in origin) to the tissue being treated. For example, fat is not the same as the brain or other central nervous system tissue that is involved in several of the conditions on the clinic menu. Same goes for cardiac muscle, airways, etc.

The use of a non-FDA approved product in a largely non-homologous manner increases risks for patients. Note that these stem cell transplants are also very expensive with little evidence in the way of published data of benefit.

The CSN stem cell clinic in Sacramento will be located at the New Body MD Surgical Center, just about 10 minutes from my office. I plan on paying them a visit at some point. Lets see how that goes. Will they let me in?

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My new 'neighbor' in Sacramento: a fat stem cell clinic ...

U.S. Stem Cell Clinic

US Stem Cell Clinic

We are proud to announce the opening of our new state of the art US Stem Cell clinic at Sawgrass Medical Center in Sunrise, Florida. Conveniently located near Fort Lauderdale and Miami international airports, our clinic will provide first class stem cell therapy to both local patients from the South Florida area and patients from around the world. There are several quality hotel options nearby and plenty of shopping and restaurants adjacent to our clinic at the Sawgrass Mills Mall. Our staff members are standing by ready to assist out-of-town patients with their travel plans.

US Stem Cell takes pride in our Medical Team. We exclusively offer adult autologous stem cell treatment here at US Stem Cell; we do not perform any other procedures. We remain committed to providing continuing education and training for our staff. This means that our patients can have complete confidence that they are receiving the highest caliber treatment available anywhere in the world.

VIDEO:PATIENT WEBINAR STEM CELLS 101

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Stem cell transplant Risks – Mayo Clinic

A stem cell transplant poses many risks of complications, some potentially fatal. The risk can depend on many factors, including the type of disease or condition, the type of transplant, and the age and health of the person. Although some people experience few problems with a transplant, others may develop complications that may require treatment or hospitalization. Some complications could even be life-threatening.

Complications that can arise with a stem cell transplant include:

Your doctor can explain your risk of complications from a stem cell transplant. Together you can weigh the risks and benefits to decide whether a stem cell transplant is right for you.

If you receive a transplant that uses stem cells from a donor (allogeneic stem cell transplant), you may be at risk of graft-versus-host disease (GVHD). This disease happens when the donor stem cells that make up your new immune system see your body's tissues and organs as something foreign and attack them.

GVHD may happen at any time after your transplant. However, it's more common after your marrow has started to make healthy cells. Many people who have an allogeneic stem cell transplant get GVHD at some point. The risk of GVHD is a bit greater with unrelated donors, but it can happen to anyone who gets a stem cell transplant from a donor.

There are two kinds of GVHD: acute and chronic. Acute GVHD usually happens earlier, during the first months after your transplant. It typically affects your skin, digestive tract or liver. Chronic GVHD typically develops later and can affect many organs.

GVHD signs and symptoms include:

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Stem cell transplant Risks - Mayo Clinic

Has the FDA given up on regulating stem cell clinics …

What the heck happened to the FDA when it comes to regulating stem cell clinics?

Has it given up?

Or does it just seem that way because it moves in slow motion?

The FDA might as well have thrown in the towelbecause, as I like to say, the stem cell field moves in dog years. Often times 7 years worth of stem cell happenings take place in just onehuman calendar year. An example of this warp speed is the approximate doubling of the number of stem cell clinics in the US in the last year or so.

There was a time when I was perhaps naive enough thatI thought that regulatory agencies legally tasked with oversight of biologics would take swift action against violators, particularly if the products or procedures in question were not proven to be safe or effective. Patients are at serious risk.

Throw in some evidence of predatory behavior and dubious public claims and lack of training at some clinics, and the FDA in the US, for example, surely would do something about it as thousands of patients get these dubious interventions. Right?

Im no so sure anymore.

I still believe in appropriate regulation of stem cell-based medical products and interventions.The FDA has now won their recent legal case on regulating proliferated stem cell products as biological drugs and it would seem they should if anything be energized to put the stem cell clinic sphere in order.

Cue crickets chirping.

The FDA appears at least on the surface not to be doing much of anything on stem cell clinics even as the number of dubious stem cell clinics in the US has stormed past 100. One problem right up the FDAs alley for regulation is that these places are selling and using unapproved products and devices, and in that way putting patients at serious risk. For example, as best as I can tell there has been no recent FDA action on stromal vascular fraction (SVF), a product that the FDA has, at least in the past, defined in no uncertain terms as a biological drug. Meanwhile more and moreclinics sell SVF treatments and it isspiraling out of control.

What is happening as a result of this lack of action by the FDA is bad for the stem cell field and for biomedical science more generally in addition to putting patients at risk as they literally pay to be participants in unapproved, for-profit human experiments. The reputation of the stem cell field overall is also in jeopardy.

Its a weird situation. On the one hand the FDA holds those with good intentions (e.g. biotech and academic researchers working to do clinical trials) to appropriate, relatively strict standards, but on the other hand turns an apparent blind eye to an entire unregulated industry of stem cell clinics.

Even as the number of dubious clinics rockets upward, in the past year or so the FDA has issued no warning letters in this sphere and as best as I can tell not done much of anything. If the lack of FDA action meant that the stem cell clinic sphere was becoming more responsible and safer then Id be cheering that, but instead I think it reflects some change at the FDA that is not encouraging.

The FDA has a unique opportunity to do something to help remedy this situation and clarify the regulatory sphere related to stem cells this year as it is slated to release new guidance sometime in 2014 on amongst other things SVF and other fat stem cell products. Will they punt? Will they stand firm? At this point, its anybodys guess.

Here are the pertinent sections to focus on in the page linked to above:

The FDA tells me they are taking actual actions too in this arena, but they cannot discuss it and the action is not apparent in the public sphereyet.

However, effectively their inaction or slow motion action has created what I have termed default deregulation and this will only become more entrenched as the number of dubious clinics and untrained physicians pitching stem cell interventions without regulatory approval continues to skyrocket.

I often talk to the clinics and as appropriate I sometimes tell them they are not following FDA regulations, etc.

Im not sure if I can even say that anymore since the FDA seems to be in effective hibernation on stem cell clinics.

Are the clinic operators right they can pretty much do whatever they want with whatever devices and products they feel like without worrying about the FDA? Im not sure anymore because it feels like the FDA is all talk and no action lately on stem cell clinics. Well, actually, no talk and no action.

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Stem Cell Trial ALS Clinic | Stem Cell Treatments

Stem cell transplantation study for the treatment of ALS Phase 2

The phase 2 trial focused on the safety and maximum tolerated dose of Human Spinal Cord Derived Neural Stem Cell Transplantation. This study expanded on the work of the phase 1 study directed by Eva L. Feldman, M.D., Ph.D., who is the principal investigator and director of the first-ever FDA-approved human clinical trial of stem cells injected directly into the spinal cords of ALS patients.

Phase 1 of the trial, designed to study the safety of the procedure, was completed in 2013 with no significant adverse side effects to patients. And follow-up patient evaluations have produced some extraordinary data: Several participants in the trial, who were treated early in their disease, were determined to have had little or no significant progression of ALS for more than 700 days post-surgery.

Updated July 2015: Fifteen patients were studied in the phase 2 study, the last 3 of which received 8 million stem cells injected into the lumbar spinal cord followed by 8 million stem cells injected into the cervical spinal cord.

All procedures have been completed and the trial is still ongoing. No data has been released.

https://clinicaltrials.gov/show/NCT01730716

Future trials

Updated July 2015: No details are avakilable for a possible next pahse of the study at this time and we are not enrolling patients. We encourage any interested persons to continue to monitor the Neuralstem website for additional details as they are released.

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Stem Cell Trial ALS Clinic | Stem Cell Treatments