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New Stem Cell Research Findings Could Lead to Cure of Spinal Cord Injuries, Brain Injuries, and ALS!

May 27, 2011 By Leave a Comment

Article by Glenford Robinson




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Numerous folks have endured from spinal cord and brain injuries, not to mention amyotrophic lateral sclerosis (ALS) or Lou Gehrig condition, a debilitating ailment characterized by muscle weakness in the arms and legs, followed by trouble swallowing, chatting, and breathing, (Dorland’s Health care Dictionary (DMD)). Ultimately muscle tissues become totally useless and the affected person turns into a quadriplegic, (DMD). With all this stated, experts have found how to use stem cells to generate new nerve cells in the brain of mice.


Neuroscientists at Stanford Medical College Transplanted neurons (nerve cells) grown from embryonic stem cells and integrate them into the brains of mice, in accordance to new study in the Jan. twenty situation of The Journal of Neuroscience. The review states that healthy brains have stable and exact connections between cells that are required for standard behavior in animals, which includes human. This new discovering is the very first to display that stem cells can be directed to turn into distinct brain cells. In simple fact, the stem cells not only turn out to be particular brain cells, but they website link properly, the research states. This is welcoming news for people struggling from neurological problems, brain, or spinal cord injuries. This kind of discovery sets the stage for a feasible cure of nerve-relevant ailments.


The research focused mostly on cells that transmit details from the cortex of the brain, which includes some that are accountable for controlling muscle movements. It is these nerve cells or neurons that are misplaced or damaged in spinal cord injuries and amyotrophic lateral sclerosis (ALS), according to the review. These neuron-like stem cells can produce nerve fibers or nerve tissue involving the cerebral cortex of the brain and the spinal cord, in accordance to the analysis. This study consequently confirms the use of stem cells for medicinal use, (The Journal of Neuroscience).


In buy to integrate new cells into the experimental brain effectively, the researchers initial had to problem unspecialized stem cells to grow to be specialize cells in the cerebral cortex of the brain. Stem cells that had been precursors to brain-cortex nerve cells (neurons) have been grown in a Petri dish until they shown many of the same qualities as mature nerve cells. The young nerve cells were then transplanted into the brains of newborn mice, specifically into regions of the brain’s cortex that is accountable for vision, touch, and motion, (The Journal of Neuroscience).


These kinds of profitable neurological transplantation was by no means achievable before till now. The explanation is that researchers would normally encounter main basic troubles in nervous method transplant therapy or experiment. It is consequently a blessing to see an experiment of this nature successful.


Just as in the developmental phases of a brand name new fetus when diverse sorts of precursor cells know just where they ought to go and what they need to do, the experimental stem cells-induced neurons in this study carry out their responsibilities accordingly-extending to proper brain structures, while steering clear of inappropriate ones. For instance, neuron-creating stem cells transplanted into the visual cortex of the brain achieved two deep brain structures named the superior colliculus and the pons, but did not reach the spinal cord on the other hand, neuron-making stem cells positioned into the motor of the cortex stretched into the spinal cord, but absolutely avoided the colliculus, according to the study. This feat is merely incredible in currently totally created animals. Granted, it is not uncommon in recently building fetuses however, it is undoubtedly next to impossible in fully produced animals, this kind of as mice-and soon to be human.


This research is particularly amazing offered that it was only one out of two strategies capable of expanding transplanted stem cells that gave the desired end result. That is to display us that it was not an effortless task coming up with a successful experiment of this nature. It is for that reason a large advance in the use of these cells, (The Journal of Neuroscience).


The use of stem cells to produce nerve cells in mice is fairly a feat that has never been carried out just before. This discovery undoubtedly set the stage for a achievable treatment for spinal cord injuries, brain injuries, and ALS. For that reason, individuals who endure from these ailments can be greatest assured that there could be relief in the not so distant potential.




About the Writer

Glenford S Robinson is a Clinical Lab Scientist, Skilled Author, and president of Mstardom.com. Submit your news content articles and promotional blogs to Mstardom.com, and your promotional blog and news content articles will be go through by hundreds of 1000′s of viewers close to the globe.


Make sure you go to www.stemcellschina.com for Ken’s complete patient expertise.

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Asbestos Mesothelioma – Gendicine, Could It Be the Next Promising Cure For Cancer?

May 2, 2011 By Leave a Comment

Post by Paul J. Folkmann

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Europe and the United States are probably even now a yr away from licensing gene remedy, however, there are presently at least two medical trials testing gene therapy for mesothelioma. They incorporate the University of Pennsylvania and the Louisiana State University. Sadly, gene remedy investigation took a big blow in 1999 when teenager Jesse Gelsinger died during a gene remedy medical trial at the University of Pennsylvania.

Even with that, China is now the only nation in the globe that has currently authorized gene treatment. On October 16, 2003, the drug named Gendicine was accredited by the State Meals and Drug Administration of China. Gendicine had more than 5 years of medical trials just before it was authorized. They have at the moment used this therapy on over 4500 patients and have followed their patient’s progress for more than six years. Now, hundreds of cancer clients from about the globe are travelling to Beijing to obtain this leading edge remedy.

The clinical trials of Gendicine integrated 135 patients and benefits showed that 64% of clients showed tumour regression soon after eight weekly injections in combination with radiation therapy. In accordance to the medical trial outcomes, using Gendicine with chemotherapy and radiation therapy can enhance the efficacy by three occasions. The only facet result of Gendicine is a common overnight fever.

Given that there are no other accepted gene remedy therapies in the planet, a lot of desperate cancer patients from North The united states and Europe are travelling to Beijing, China to get treatment of Gendicine.

Richard Weissenborn from Texas, USA, had tongue cancer that had spread to his lymph nodes and was presented two months to stay in July of 2006. He was treated with Gendicine and chemotherapy by Dr. Li Dinggang at the Haidan Hospital in Beijing at a expense of about ,000 U.S. The following is the contact information for the hospital:

29th Zhongguancun Street, Haidian District, Beijing, China.
Tel :010-62583027
E-mail: hdyy2008@yahoo.cn
Postcode: 100080

After two cycles of remedies, more than two months, a pet scan showed that he was cancer totally free. The controversy around this tale is that even though Richard’s cancer was gone there are some doubts as to regardless of whether the chemotherapy or Gendicine cured it. Dr. Mark Persky, a cancer specialist remarked that “According to my assessment, there’s really no way of telling no matter whether a single or the other caused tumour regression”.

In a healthy cell, there is a gene referred to as the p53 gene, which can repair DNA, arrest cell development, and initiate a cellular self destruction if the cell injury is as well fantastic as in the situation of cancer. Nevertheless, in a study by the Chinese Academy of Preventive Medication in Beijing, they identified that there was a higher occurrence of p53 gene injury in asbestos relevant cancers this kind of as mesothelioma.

Gendicine operates by reactivating the p53 gene, which acts as tumour suppressant but is shut off in a cancer cell because it could grow to be deactivated by ns such as asbestos, chemicals and radiation. Gendicine therapy makes use of a virus as a medium to carry the p53 gene into the cancerous cells and causes the p53 gene to reactive and initiate self destruction (apoptosis) of the cancer cell.



About the Author&#thirteen

Paul Folkmann is a mesothelioma cancer researcher. To find out a lot more about gendicine, pay a visit to: Asbestos Mesotheloma – Gendicine . There you will also discover data on mesothelioma treatments, stories of hope, and the latest news.

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From the journal Nature, at Nature.com post “Color blindness corrected by gene treatment. Treated monkeys can now see in technicolour.” Printed Sept 16, 2009. “www.nature.com

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Could You Heal Yourself With Stem Cells?

March 28, 2011 By Leave a Comment

Article by Jukka Tolonen







In the past decade, a variety of key scientific research projects have uncovered the power of adult stem cells as having the ability to transform themselves into any type of body tissues. When growth and maturation is completed, embryonic cells turn into adult stem cells and begin a lifelong hibernation in the bone marrow of the body. Most of them are never utilized by the body until disease or major trauma awaken them from their sleeping state and cause them to mobilize to defend against disease or repair physical damage. Until then, they merely are fresh undifferentiated cells that have got the power to move to the place in your body that could use repair or regeneration. There, they are able to distinguish themselves into cell forms needed by the tissues or organ.

What if you could recruit and mobilize your own stem cells at will? Could you repair, regenerate and rejuvenate your body? Could they turn into the new fountain of youth? If you repaired the wear and tear done to your body on a daily basis, would you actually stay more youthful for a longer time? Science now suggests it may perhaps be doable!

Most hype about this issue has been around stem cell therapy. But are you aware that there are in fact nutritional supplements that could help your body recruit these undifferentiated cells from your bone marrow?

Amazingly, one of them is nicotine, found in the tobacco plant. Despite the fact that nicotine is typically recognized as the addictive and harmful compound in cigarettes, it can be quite therapeutic in low doses. Should you then begin smoking? No way! First, the health risks definitely dwarf the benefits. Secondly, the level of nicotine required for the therapeutic dosage is completely different than what you receive by smoking. But the truth is, there are other sorts of plants which are able to deliver this incredible alkaloid.

The vegetables grown by the “nightshade” plant family include plant alkaloids that are comparable to tobacco nicotine that have an ability to help you recruit and make use of your own stem cells too. They include potatoes, tomatoes, eggplant, sweet peppers, and petunias. The bad news is that you might have to eat literally pounds and pounds of eggplant, or dozens of eggplant parmesan dinners each and every day, to acquire a sufficient amount of plant alkaloids necessary for stem cell recruitment. But, the good news is that there are eggplant supplements which give you the needed dosage, without the need to eat tons of eggplant!

Eggplant extract is not a very widely used supplement. Actually, most health food stores do not carry it. On the other hand, it has been included in a few body building supplements thanks to its capacity to recruit stem cells and mobilize them for muscle-mass development. Eggplant extract is also available in certain mental energy boosters and in some natural sleep aids. Since your body regenerates and rejuvenates itself during the sleep, it might just do so more efficiently with the help of your own stem cells!



About the Author

Interested in learning more? Visit http://www.SomniacPM.com/ and http://www.StaminacAM.com for more information on eggplant extract containing supplements. These statements have not been reviewed or evaluated by the U.S. Food and Drug Administration. The products mentioned are not intended to diagnose, treat, cure or prevent any disease.

Major Milestone in Stem Cell Therapy First patient undergoes treatment in controversial study US doctors have begun treating the first patient to receive human embryonic stem cells, but details of the landmark clinical trial are being kept confidential, Geron Corp says. Seems to me, the closer ‘Science’ gets to playing GOD, The Closer they get to proving there is a God ! Scary…. makes ya wonder, does HE like it, ummm? video.foxnews.com

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Mother’s bone marrow could cure her unborn baby of genetic diseases

February 16, 2011 By Leave a Comment

Mother’s bone marrow could cure her unborn baby of genetic diseases
A ‘miracle’ stem cell cure that treats potentially deadly blood diseases in babies while they are still in the womb has been developed by scientists.
Read more on Daily Mail

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Patient-Derived Stem Cells Could Help Test Cardiac Disease Treatments

February 1, 2011 By Leave a Comment

Patient-Derived Stem Cells Could Help Test Cardiac Disease Treatments
Skin cells from a patient with an inherited heart disease were the seeds of a stem cell experiment that could help researchers test specific treatments for the disease, known as long QT syndrome. The research results appear in the January 16 issue of the journal Nature. Scientists from the Technion-Israel Institute of Technology turned the skin cells into a type of all-purpose stem cell called …
Read more on Medical News Today

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Stem cells Could Make The Crippled Walk Again

March 4, 2009 By 15 Comments

Article by Frank Vanderlugt





The paralyzed could walk again and those who suffer from cancer and Parkinson’s disease would be among the many who could return to a life free of disease. People with leukemia are already being healed.

Does this sound too good to be true, perhaps a vision of the distant future? The future is now. With adequate research, stem cells could be the one common factor in healing all of these injuries and diseases for good.

Stem cells. Cells that have the potential to be changed into any kind of cell in the body, making it possible to repair organs, spines, nerves, and fight the high white blood count of cancer. Just mention the words “stem cells” in a public place and you might find yourself at the center of a raging controversy. The use of stem cells in research asks a number of important questions.

Are using and ultimately destroying excess embryos created either purposefully for stem cell research or from in-vitro fertilization excess, embryos which are often destroyed anyway and will never otherwise be used and given a chance at life, equal to aborting a fetus that occurs naturally in a woman? Would research of stem cells usher in an era often shown in future science fiction morality tales of horror, a world of human clones?

Embryonic stem cells are destroyed as a result of embryonic stem cell research and some people do think that is equal to aborting a fetus under normal circumstances, even though the embryos used are only the ones that will never be implanted into a woman’s womb and will never have a chance at life.

Stem cells do open up the possibility of human clones, as evidenced by a number of successful animal clone experiments, like Dolly the sheep. But human cloning is not the reason most scientists are interested in stem cell potential.

Despite stem cells’ incredible potential to save lives and end numerous diseases, many people are not willing to “back down” on these points, including all U.S. presidents to date. New embryonic stem cell research is currently illegal in the United States, except on embryos that have already been created for that purpose.

The good news for those who look to stem cells to fight diseases that affect their loved ones is that about half of the world’s population lives in countries that allow embryonic stem cell research while banning human cloning, including Australia, China, Japan, and much of Europe.

Stem cell research is still allowed in the United States as long as it is performed on adult stem cells. Although not as flexible as embryonic stem cells, adult stem cells have already been successfully used to treat leukemia through bone marrow transplant. There are also the stem cells located in umbilical cords that have opened up a number of disease- and injury-fighting possibilities.

Everyone who fights disease and injury deserves a chance at a normal life. If you’re against stem cell research, read a little more about the benefits of stem cell research and the kinds of stem cell research that don’t use embryos.

Discover more about stem cells at stemcells.nih.gov. StemCells.com, an online stem cells medical journal, is an excellent resource for the latest breakthroughs in stem cell research if you can wade through medical terms.

About the Author

frank j vanderlugt owns and operates http://www.stem-cells-2007.com Stem Cells

Persuasive speech on the topic of Stem Cell research for SPK 201. 7:37

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Could the Stem Cell Industry Produce Hot Stocks in 2009?

February 3, 2009 By Leave a Comment

Article by Gusher Stocks





We believe stem cell stocks will get a huge amount of attention in 2009 and become some of the hot stocks of 2009. Stem cell stocks are companies that research and develop stem cells or enable the use of stem cells by doctors and hospitals. Several stem cell stocks are penny stocks that could move up several times their current value.
Stem cells are unspecialized cells that give rise to a specific specialized cell. Stem cells can revolutionize the field of regenerative/reparative medicine. Stem cells are extremely powerful and can dramatically change how we treat various diseases.
There are two kinds of stem cells from animals and humans (embryonic and adult stem cells). Embryonic stem cell research has been a hot topic. A research funding and support bill that came out of Congress under the current Presidency was vetoed.
Right now, it’s a mixed bag, we are starting to see some stem cell stocks move and others still in a downtrend, but we believe this is just the beginning of a turn around for small cap stocks in the stem cell industry. Stem cell stocks have been severely hampered by policy and lack of funding and support over the past several years.
But… we believe stem cell stocks will breakout and become some of the most popular stocks and best stocks on Wall Street. We believe stem cell stocks are good stocks at this time. Stem cell companies are looking for policy that funds and supports their research and development of stem cells.
We believe stem cell companies will get that support by way of the 2008 Presidential elections. This is not a foregone conclusion that the White House will be pro-stem cells after this year’s general elections; however, both Senator Barack Obama and Senator John McCain are pro-stem cells.
Senator Barack Obama, the Democratic Presidential nominee, has released a statement of support for stem cell research on his Senate page. Senator Barack Obama believes we should expand and accelerate research using embryonic stem cells, just as we should continue to explore the viability of adult stem cell use and cord blood use.
The Republican Presidential nominee is Senator John McCain. Senator McCain has long supported embryonic stem cell research on embryos that would otherwise be discarded during assisted reproduction, but has been receiving pressure from the Republican base to drop support for embryonic stem cell research.
Investors are still just starting to price this future potential into stem cell stocks. Analysts and investment managers in hedge funds and mutual funds could start loading up on stem cell stocks across the board.
It is important to do stock research on topics like stem cells. Investors can find stem cell stock picks, stock lists and an investment newsletter / stock trading newsletter at GusherStocks.com.
The above article is our opinion and contains forward looking statements in an attempt to clarify the possible state of the stem cell industry.

About the Author

We believe stem cell stocks will get a huge amount of attention in 2009 and become some of the hot stocks of 2009. Stem cell stocks are companies that research and develop stem cells or enable the use of stem cells by doctors and hospitals. Several stem cell stocks are penny stocks that could move up several times their current value.

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