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Are you or a loved one interested in receiving stem cell treatment? For free information, please fill out our treatment form or email me don@repairstemcells.org and just put TREATMENT in the subject box and the MEDICAL CONDITION in the message.
The article, which can be found by clicking on Turn back the clock on aging muscles, is about a new adult stem cell treatment that can help restore strength to damaged skeletal muscles in the elderly. It’s not exactly the elusive “Fountain of Youth” but it’s not far from it – this new method can restore muscle function and strength to the elderly actually matching a young, healthy state.

With the ever increasing population of elderly worldwide, loss of skeletal muscle function and strength has become a significant chronic condition. It is estimated that people lose 15% of muscle mass each year after the age of 75, and up until now that loss has been irreversible and often devastating. Skeletal muscles support basic functions such as sitting, standing, blinking, and swallowing. The loss of muscle function is not easy to deal with – and many of you know exactly what I’m talking about.

Co-author of the study Assistant Professor Penney Gilbert at University of Toronto notes that during aging some stem cells experience a protein modification that impedes the growth of new stem cells. According to Gilbert, “The new method allowed the aged cells to grow and make more copies of themselves.” By transplanting these rejuvenated stem cells into injured or aged muscles tissue, they were able to return strength to levels on par with young, healthy tissue.

The new study supports what we at RSCI have been saying for years about the regenerative and restorative power of adult stem cells.” Perhaps most important is that the new stem cell treatment also has the potential to significantly shorten and improve recovery from hip replacement surgery for the elderly.


Some of the muscles affected by hip replacement surgery which can be treated with adult stem cells.

POSTED BY "Willie"
Posted: 2/24/2014 5:46:24 PM by Don Margolis | with 0 comments

Are you or a loved one interested in receiving stem cell treatment? For free information, please fill out our treatment form or email me don@repairstemcells.org and just put TREATMENT in the subject box and the MEDICAL CONDITION in the message.
Researchers have created an adult stem cell based method for restoring strength to damaged skeletal muscles in the elderly. 

Skeletal muscles are some of the most important muscles in the body, supporting functions such as sitting, standing, blinking and swallowing. In aging individuals, the function of these muscles significantly decreases.   People lose fifteen percent of muscle mass every single year after the age of 75, a trend that is irreversible.

Through tracing the signaling pathways of the cells, the researchers determined that during aging, a subpopulation of stem cells begin to express a modification of a protein that inhibits their ability to grow and make new stem cells.

"But if we instead treated those cells outside the body with a drug that prevented that protein modification from occurring, in combination with culturing the cells on something soft that is reminiscent of soft skeletal tissue, like a hydrogel biomaterial, the combination allowed the aged cells to grow and make more copies of themselves," says co-author and University of Toronto assistant professor Penney Gilbert. 

The rejuvenated cell cultures were then transplanted into injured and aged tissues, with remarkable results: the transplanted cells returned strength to the damaged and aged tissues to levels matching a young, healthy state.

University of Toronto Assistant Professor Penney Gilbert. Photo: E. Vollick

Rather than trying to 'turn back the clock' on dysfunctional stem cells in the aged population, it stimulates stem cells from old muscle tissues that are still functional - to begin dividing and self-renewing.

One of the significant challenges to elderly individuals who receive hip transplants, for instance, is the challenge of repairing skeletal muscles around the hip joint injured during surgery. The study points to the potential for future post-surgery therapies that could leave elderly hip replacement patients spry in a fraction of the time.

"It's a really new, exciting field," says Gilbert, who argues that the muscle stem cell field, which only began to isolate muscle stem cells for study within the last five years, is especially "wide open" in Toronto where "there are really impassioned clinician researchers who are interested in restoring strength in aging and disease.

POSTED by "Anne"
Posted: 2/22/2014 1:54:08 AM by Don Margolis | with 0 comments

Are you or a loved one interested in receiving stem cell treatment? For free information, please fill out our treatment form or email me don@repairstemcells.org and just put TREATMENT in the subject box and the MEDICAL CONDITION in the message.
....is not easy to find.  Why?  Because Big Medicine controls almost all the news outlets with their billion-dollar-a-month advertising budget. So all YOU are allowed to read, hear and view on TV is stem cell propaganda, and never anything truthful about Adult Stem Cells---the only stem cells which work, no matter what you hear from fully bribed, fully-controlled researchers who are literally paid hundreds of millions to lie to you.  Why do 80% of MDs tell their patients who ask, that stem cells cause cancer, don't last that long, or are available only from scamming hucksters.  The answer is simple:  MONEY!  "Keep coming to my office, pay me nice fees, let me earn commissions on the useless drugs I prescribe, let me keep making "referral fees" every time I suggest a special treatment or surgery, and most of all, keep getting worse and worse, as you have been since you started being treated for your chronic condition.

Stem cell enhancement really is a new and exciting field of study in the biogenics industry. Compared to embryonic stem cell enhancement, adult stem cell therapy is not questionable . . . Because stem cell enhancement is just not debatable, we're going to simply just concentrate on this particular replacement. Until recently, it had been deemed this was unimportant subject considering that the recognized belief was in fact these particular cells would simply just correct similar parts of your body at their extraction point. It wasn't until very recently that we didn't understand the fact that stem cells can transform to virtually any cell. The theory adult stem cells can primary repair like damaged tissues is now no longer valid. Most recent breakthroughs clearly show any stem cells which are removed from red bone marrow are capable of repairing and also becoming "any" cell precisely where they happen to be needed.

From the day you are born, your mesenchymal (adult adult stem cells within your medulla ossium actually starts to decrease. Your bone marrow to stem cells is around 1 to 10,000 as a child goes to 1 to 2,000,000 when you die. Nonetheless, we now know, this doesn't need to be what has to happen. Minimize the effects of the aging clock by raising your current stem cell ranges.

Here's a review of the way stem cells function. Your cells in the body stop working or fail.. | Ones cells repeatedly fail. Making room for new ones. Over a period of seven years, your entire body will be completely replaced.
In the television science fiction epic "Star Trek Voyager" 7 of 9 had treat seriously injured members with "nano-probes" they seem to magically repair failing organs. Stem cells function in precisely the same style. When systems wear out, stem cells are disbursed and produce the appropriate fixes.

Nano-probes have an innate intelligence built in, so they knew right where to go therefore they could easily perform their marvels. It so happens, stem cells have this same innate intelligence and generally find out exactly where they're required of them.
Your stem cell research funding which are introduced from your medulla ossium, can repair "just about any" injured or old organs.
This means the stem cells found in bone red marrow have proven to be a spectacular means rebuild youth and vigor system. Corrections and repairs to situationswho were had been taken care of rapidly when you happen to be in your youth these days a lot more time because your adult stem cell numbers have gone down. While you happen to be working on more critical concerns.
Critical wounds, of course, take a lot longer.

Whilst you were little your body's cells had outstanding restorative healing power. But when you get older your healing ability lessen. Professional bodybuilders are more effected through getting older in comparison with any type of people.
You are usually regarded as old once you reach Thirty in professional tennis. On the other hand, nowadays there are a lot of pro tennis athletes both men/women long past Thirties competing at an incredibly. Do you think adult stem cell therapy could possibly be the reason? In the event that they haven't it's a pitty, because one of the greatest uses for stem cell enhancement may be in the use in professional sports nutrition.
For pro athletes, immediately after a tournament, rapid recovery is really important. The players undergo an extremely strenuous schedule. As few as Two days between matches. In other sports including track and field, their turnaround time far less. stem cells.

Posted: 2/20/2014 7:06:51 PM by Don Margolis | with 0 comments

Are you or a loved one interested in receiving stem cell treatment? For free information, please fill out our treatment form or email me don@repairstemcells.org and just put TREATMENT in the subject box and the MEDICAL CONDITION in the message.
Though it was unintentional, she embarrassed Yamanaka, the winner of the 2012 Nobel Prize.

It’s not surprising that last week Haruko Obokata issued a plea for privacy. On Jan. 29 she published a scientific paper on stem cells that could revolutionize medicine, and overnight the researcher based at the Riken Center for Developmental Biology (CDB) in Kobe became a domestic and international star.

The onslaught of media attention went beyond what Obokata had discovered — a way to revert ordinary cells from the body into kansaibō (stem cells), cells with the ability to develop into any cell type. These cells, known as pluripotent stem cells, have long been seen as the key to regenerative medicine, because in theory they can be grown into new organs and tissues.
As a young female scientist, Obokata is something of a rarity in Japan, and many reports included details of her life it’s hard to imagine being discussed if she was a man. Her laboratory is painted pink and yellow, and is decorated with pictures of Moomin characters from children’s books.

She is 30, has a pet turtle — and a boyfriend. Instead of a lab coat, she wears a Japanese apron, a kappogi, originally designed to be worn over a kimono. The Internet shopping service Rakuten Ichiba reported a sharp increase in kappogi sales after the publicity.
But none of this would have been news had Obokata’s work not been so amazing. When we heard of it in the New Scientist office here in London, where I am the news editor, we just couldn’t believe it.

It is certainly possible to make pluripotent stem cells, and I’ve reported here about the work of another Japanese pioneer in that field, Shinya Yamanaka of Kyoto University. But Obokata’s method was so incredible in its simplicity that it almost sounded too good to be true.
Yamanaka had identified four genetic factors that, when transferred into an adult cell using a virus, could cause it to revert to a pluripotent stem cell. This breakthrough work won Yamanaka a share of a Nobel Prize — but one of the inherent problems there is that transferring the four genetic factors can also cause cancer.  

NOTE: Don Margolis has declared the 2012 Nobel Medicine prize was a fake, bribed by Big Pharma.  Yamanaka had then, and to this day, accomplished NOTHING beneficial to mankind.  Why did they do it? Because Pharma's embryonic stem cell hoax has been exposed as pure garbage, they had to come up with another reason for thr misinformed millions to avoid Adult Stem Cells.   These are the only stem cells which actually help people and therefore can potentially reduce Pharma's quarter-billion-a-day profits.

Obokata’s work seems to avoid cancer completely. 
Rather than using a virus and infecting cells with genetic factors, she simply stresses them. Squeezing cells through narrow tubes or bathing them in an acidic solution turns them pluripotent.
Surely, we thought, it can’t be so easy?
It turns out that the editors at Nature, the British journal where Obokata’s work was published, couldn’t believe it either. When she and her colleagues submitted the work for publication in 2012, it was rejected. She went away, worked on more experiments and resubmitted. This time, after yet more extensive checks, the journal accepted the paper. And the scientific — and general — media deluge began.

Other labs are already trying to replicate the work, and some scientists remain skeptical despite the extra-stringent review process prior to publication.

One of the first things I wondered was whether, if this is the real thing, Obokata and her team have patented the discovery. The secret to a simple method for making pluripotent stem cells could be worth a fortune. At a press conference just before publication, where she was asked about this, Obokata replied: “Yes, we have a patent” — before abruptly stopping. “Actually, I have to say ‘no comment,’ ” she said. Clearly there are plans in motion behind the scenes. The Asahi Shimbun then reported that Obokata’s group had started with patent applications in April 2013.

We can expect big things. One of the reasons this has caused such a sensation is that it comes out of left field. Her work is a great advert for thinking and working differently from the crowd — not a traditional approach for a Japanese scientist. Obokata’s co-author, Yoshiki Sasai, also at the Riken CDB, praised the approach, saying, “She held her own view backed by data.”
Riken CDB is abuzz with important work at the moment. As I reported here in December, another stem-cell biologist there, Masayo Takahashi, is about to conduct the world’s first stem-cell trial on humans. In an interview with New Scientist, she praised Obokata’s discovery, saying, “I feel joyful that we are both working in this wonderful area of science.”
So it’s a fascinating time — and fantastic to see women pioneering this research. However, Japan’s media still has a long way to go regarding its portrayal of women. After all, a piece in the Yomiuri Shimbun soon after Obokata’s paper was published ended with the cheesy observation that “she always strives to be fashionable as well.”

Final Note:  RSCI applauds this amazing young woman and hopes that she succeeds in proving the validity of her work over time.  However, RSCI also knows that given the structure of all medical systems in the entire developed world, there is no chance of anyone being treated with this method (outside clinical trials) before 2030.
Posted: 2/15/2014 7:32:48 PM by Don Margolis | with 0 comments

Are you or a loved one interested in receiving stem cell treatment? For free information, please fill out our treatment form or email me don@repairstemcells.org and just put TREATMENT in the subject box and the MEDICAL CONDITION in the message.
By MoneyMorning.com.au
Occasionally we come across technology that’s not really technology in its truest sense. Sometimes, technology is really an assistant to nature. This is particularly evident in certain functions of the human body.
The human body has an amazing ability to repair and regenerate itself. You might be thinking right now, ‘no it doesn’t, we’re not salamanders.’ But believe me, there’s plenty in the body that can regenerate, though not in the sci-fi sense that many people think.
The terms ‘regrow’ and ‘regenerate’ often make people think of regrown limbs. Agreed, that’s not entirely possible…for now. But the body can regenerate thanks to ‘wonder-cells’ known as stem cells.
Although stem cells are naturally occurring, the latest technology is maximising their potential. Thanks to scientists and researchers we can do more now with stem cells than ever before.

It All Just Works Like Magic!
Stem cells can repair and regrow vital systems in our body. And encouragingly stem cells occur naturally in all of us. In fact the reason we are who we are is because while we’re embryos stem cells chop and change about to make all the bits that make us human.
Without getting too bogged down in the biology and science, there are effectively two types of stem cells. The first kind is embryonic stem cells, also known as pluripotent stem cells. These have the ability to become every type of cell in the body.
The second kind is adult stem cells, also known as multipotent stem cells. These have the ability to become only certain types of cells in the body.
These wonder-cells are vital to the future of regenerative medicine. That is the practice of medicine that repairs and regenerates the body. The potential lies in the ability to one day rewind the entire process of aging.
Stem cells are so important for a few key reasons. The Australian Stem Cell Foundation outlines these on their website,

‘Stem cells are different from other cells in the body in three main ways:
‘1. Stem cells are unspecialised. They have not developed into cells that perform a specific function.
‘2. Stem cells can differentiate. This means they can divide and produce cells that have the potential to become other more specific cell types, tissues or organs. These new cells and tissues are used to repair or replace damaged or diseased cells in the body. Once cells have differentiated, they have less capacity to form multiple different cell types, and become ‘committed’ to becoming a particular cell type. Skin stem cells, for example, give rise to new skin cells when needed, to assist regeneration after damage and as part of the normal ageing process.
‘3. Stem cells are capable of self-renewal. Stem cells are able to divide and produce copies of themselves which leads to self-renewal. Once a cell has become specialised (has differentiated) to a particular tissue or organ, it has a very limited capacity to self-renew (produce new stem cells) but instead produces only cells relevant to that organ.‘

Medical technology means scientists and researchers can use stems cells in a number of ways to cure disease and ailments like what I’m about to explain below. In what seems like a magical trick, scientists have even brought ‘dead’ organs back to life using stem cells.
And there’s growing evidence that stem cells hold even more potential than first thought.

The Human Element of These Amazing Cells
David Pyne is 60 years old. He lives in Manchester, England. He has four children and is a Grandfather. David got the worst news of his life in August 2012. He had leukaemia. He had about 12 to 18 months to live.
One way to treat leukaemia is to get a bone marrow transplant. However a global search resulted in no match for the required transplant. Time was running out and so were his options to stay alive.
Thankfully two babies were born. One in America, one in France. And even better was both mothers had decided to donate their umbilical cord blood.
This was so significant because one of the richest sources of stem cells is umbilical cord blood. It also just happened that these two donors were a good match for David.
With no other option the doctors treated him with the new stem cells. He spent six weeks in hospital hoping this would be the solution he so desperately needed.
As reported in The Mirror, the director of the hospital where David was treated said,

‘Umbilical cord blood is very rich in stem cells, which being so immature have phenomenal regenerative powers. These were a great alternative source of cells for David, in fact the only option, as after a worldwide search he had no other donor.‘

The stem cells worked, and David is now in remission. The regenerative powers of the stem cells have literally saved his life.
With more and more research every year, there’s seemingly endless potential in what stem cells are capable of treating. And in some cases stem cells might even improve parts of the body better than they were before.
Think about it like this. Over time, as you get older you reach a point where perhaps your joints aren’t what they used to be. And it’s impacting your day to day life. Your GP says you’ve got Osteoarthritis.
However your local GP has a ‘bank’ of stem cells. With the right stem cells injected into the joint, not only does your hip get better, but it now has the same flexibility as when you were a teenager.
This isn’t fanciful dreaming.
One relatively unknown Aussie company is working on stem cell technology that’s going to change the lives of millions. In Revolutionary Tech Investor we uncovered this amazing company and their regenerative medicine technologies back in November. Since then the stock has climbed over 70%.
Companies with technology like this can change people’s lives. They hold the key to improving the health of millions. And they also have the potential to completely change the financial lives of smart investors.
But financial glory aside, the impact of stem cell technology is turning the practice of medicine on its head. Continued advances in the use of stem cells means there’s much more to come from these wonder-cells.
Already research is underway for the treatment of everything from cardiac problems to orthopaedic issues and even eye and brain disease. Such is the reach of stem cells that they could be the single most important medical treatment in the history of mankind.
Posted: 2/15/2014 6:02:04 PM by Don Margolis | with 0 comments

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