Patient advocate Don Reed, declaring that the Institute of Medicine's (IOM) 17-month study of the $3 billion California stem cell agency is "grossly misguided," this weekend nonetheless said the agency took "the high road" in its response to the study's recommendation.

Reed, of Fremont, Ca., was particularly incensed about the IOM's recommendations concerning patient advocates on the board. The IOM said that none of the board members, including patient advocates, should vote on grant applications secretly in grant review groups. The IOM said their votes should be recorded in public at full board meetings. Other patient advocates would still have seats on the grant review group, under the IOM recommendations. But they would not also be members of the governing board.

The IOM also said that CIRM should also revise its conflict of interest standards to regulate personal conflicts of interest, such as those involving particular diseases and patient advocates. Some members of the CIRM governing board bristled at the recommendation, and the board did not act on it last week.

Last Wednesday, the CIRM board acted to permit board members who are patient advocates to continue to participate in the closed door grant review sessions, but not vote on the grants at that stage. Previously patient advocates had two cuts at applications, one in the grant review group and one at the public board meeting.

Writing on the Daily Kos blog, Reed also said that no real conflicts of interest currently exist on the board, although 90 percent of the $1.7 billion that has awarded has gone to institutions tied to board members.

Source:
http://feedproxy.google.com/~r/blogspot/uqpFc/~3/SmmFtyc1zXo/patient-advocate-reed-defends-patient.html

Additional mainstream media news
coverage surfaced last Friday involving the California stem cell
agency's response to the blue-ribbon report from the Institute of
Medicine(IOM), whose concerns about the agency ranged from conflicts of interest to grant
appeals by rejected researchers.

“'I’m encouraged by this,' Shapiro
told KPCC. 'Presumably in the future they’ll take other steps. But
these are steps they could take without any legislative approval and
…I think it does respond in a pretty significant way to the spirit
of the report.'
“But Shapiro expressed concern that
the agency is making only 'small moves' to address a recommendation
that CIRM separate operations from oversight. Currently, the ICOC
functions 'both as an executor and as an overseer—competing duties
that compromise the ICOC’s critical role of providing independent
oversight and strategic direction,' according to the December IOM
report.
“'But  I do understand… that
would be a move that they would have to take over time so we’ll
have to wait and see,' Shapiro said.
“Thomas agreed and said that while
CIRMs recommendations more clearly define the roles of chairman and
president, more refinements will be likely over time.”

“Changes may be on the way at
California’s stem cell funding agency.”

“I’m still not sure I’m a fan of
all of the proposed changes, but I would say the plan is bold and
creative.”

Source:
http://feedproxy.google.com/~r/blogspot/uqpFc/~3/A2ayEbm2Se0/ioms-shapiro-wants-to-see-more-changes.html

Norman Receives Stemlogix Stem Cell Therapy - Continued
This video shows a more in-depth look at Norman, a chocolate lab, who has received stemlogix stem cell therapy at the County Animal Clinic. VIDEO COURTESY OF WLIO TV LIMA OHIO

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Norman Receives Stemlogix Stem Cell Therapy - Continued - Video

MSI Pre-Stem Cell Therapy
Buyer came to VOSM in 2009 with medial shoulder instability. This is what the damaged tissues inside his shoulder looked like at that point, prior to stem cell injections and radiofrequency treatments.

By: VetSportsMedicine

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MSI Pre-Stem Cell Therapy - Video

MSI 2nd Look - Post Stem Cell Therapy
Buyer came to VOSM in 2009 with medial shoulder instability. He had stem cell injections in the spring and came back in the summer for a second look scope. The shoulder tissue had repaired and regenerated.

By: VetSportsMedicine

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MSI 2nd Look - Post Stem Cell Therapy - Video

Norman #39;s Stemlogix Stem Cell Therapy Treatment at County Animal Clinic
This is a video of live news coverage courtesy of WHIO TV of Dayton, Ohio. NORMAN A 5 YEAR OLD BLACK LAB SUFFERED A STROKE, AND WAS BROUGHT TO THE COUNTY ANIMAL CLINIC FOR A STEMLOGIX STEM CELL TREATMENT. THIS CREATED QUITE A BIT OF INTEREST FROM THE NEWS MEDIA. NOW AFTER 2 INFUSIONS NORMAN IS ALREADY SHOWING SIGNS OF RECOVERY.

By: StemLogixLLC

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Norman's Stemlogix Stem Cell Therapy Treatment at County Animal Clinic - Video

Dr.Omar Gonzalez Stem Cell Therapy Method
New Project 75

By: OmarGonzalezMD

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Dr.Omar Gonzalez Stem Cell Therapy Method - Video

Angie the Chimp Receives Stemlogix Stem Cell Therapy
Angie the chimp received Stemlogix stem cell therapy to treat her torn ACL. Video is courtesy of WPTV - read the full article: Chimp with torn ACL receives stem cell treatment at http://www.wptv.com

By: StemLogixLLC

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Angie the Chimp Receives Stemlogix Stem Cell Therapy - Video

Lady Receives Stemlogix Stem Cell Therapy
Lady received Stemlogix stem cell therapy to help with her severe arthritis in her hips! Watch Dr. Whalen, of LePar Animal Hospital in Evergreen Park, perform surgery and Stem Cell Therapy on Lady Bender, a 5 year old Mastiff with severe arthritis in the hips. Dr. Whalen has been treating her for severe arthritis since June of 2011. Lady #39;s condition was acute as she was not able to get up on her own. Lady was also overweight and gradually lost 20 lbs under Dr. Whalen #39;s care. The video also shows the process for Stem Cell Therapy, the collection and re-injection phase. Stem cells are harvested using the dog #39;s own fat tissue, then processed in-hospital and then re-injected into the joints that need it most. Concurrently to the Stem Cell treatment, Lady also undergoes cruciate ligament repair. Dr. Whalen is the first veterinarian in Illinois to perform stem cell therapy in-house. Video is courtesy of LePar Animal Hospital.

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Lady Receives Stemlogix Stem Cell Therapy - Video

Jan. 31, 2013 New research has shown the presence of a disease affecting small blood vessels, known as microangiopathy, in the bone marrow of diabetic patients. While it is well known that microangiopathy is the cause of renal damage, blindness and heart attacks in patients with diabetes, this is the first time that a reduction of the smallest blood vessels has been shown in bone marrow, the tissue contained inside the bones and the main source of stem cells.

These precious cells not only replace old blood cells but also exert an important reparative function after acute injuries and heart attacks. The starvation of bone marrow as a consequence of microangiopathy can lead to a less efficient healing in diabetic patients. Also, stem cells from a patient's bone marrow are the most used in regenerative medicine trials to mend hearts damaged by heart attacks. Results from this study highlight an important deficit in stem cells and supporting microenvironment that can reduce stem cells' therapeutic potential in diabetic patients.

The research team, led by Professor Paolo Madeddu, Chair of Experimental Cardiovascular Medicine in the School of Clinical Sciences and Bristol Heart Institute at the University of Bristol, investigated the effect of diabetes on bone marrow stem cells and the nurturing of small blood vessels in humans.

The new study, published in the American Heart Association journal Circulation Research, was funded by the British Heart Foundation (BHF).

The researchers have shown a profound remodelling of the marrow, which shows shortage of stem cells and surrounding vessels mainly replaced by fat, especially in patients with a critical lack of blood supply to a tissue (ischaemia). This means that, as peripheral vascular complications progress, more damage occurs in the marrow. In a vicious cycle, depletion of bone marrow stem cells worsens the consequences of peripheral ischaemia.

Investigation of underpinning mechanisms revealed that exposure of bone marrow stem cells to the high glucose level typical of diabetes mellitus impacts on "microRNAs," which are tiny RNA molecules controlling gene expression and hence biological functions. In particular, microRNA-155, that normally controls the production of stem cells, becomes dramatically reduced in bone marrow cells exposed to high glucose. Diabetes-induced deficits are corrected by reintroducing microRNA-155 in human stem cells. The authors foresee that microRNAs could be used to regain proper stem cells number in diabetes and fix stem cells before reintroduction into a patient's body.

Professor Paolo Madeddu said: "Our study draws attention to the bone marrow as a primary target of diabetes-induced damage. The research suggests that the severity of systemic vascular disease has an impact on bone marrow causing a precocious senescence of stem cells. More severe bone marrow pathologies can cause, or contribute to, cardiovascular disease and lead to worse outcomes after a heart attack, through the shortage of vascular regenerative cells. Clinical evidence indicates that achieving a good control of glucose levels is fundamental to prevent vascular complications, but is less effective in correcting microangiopathy. We need to work hard to find new therapies for mending damaged microvessels."

Professor Costanza Emanueli, Chair of Vascular Pathology and Regeneration at the University of Bristol and co-author of the paper, added: "MicroRNAs represent an attractive means to repair the marrow damage and generate "better" stem cells for regenerative medicine applications. We are working at protocols using microRNA targeting for enhancing the therapeutic potential of stem cells before their transplantation to cure heart and limb ischaemia, which are often associated with diabetes mellitus. More work is, however, necessary before using this strategy in patients."

The findings advance the current understanding of pathological mechanisms leading to collapse of the vascular niche and reduced availability of regenerative cells. The data provides a key for interpretation of diabetes-associated defect in stem cell mobilisation following a heart attack. In addition, the research reveals a new molecular mechanism that could in the future become the target of specific treatments to alleviate vascular complications in patients with diabetes.

Professor Jeremy Pearson, Associate Medical Director at the BHF said: "Professor Madeddu and his team have shown for the first time that the bone marrow in patients with diabetes can't release stem cells which are important for the repair of blood vessel damage commonly found in people with the disease.

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Diabetes distresses bone marrow stem cells by damaging their microenvironment

Admit it or not, as you age your skin starts showing signs that you would rather hide. Spots, wrinkles, and even crow's feet are just some of those signs that you would camouflage with makeup and skin creams to make them disappear-temporarily. But fear not, for beauty experts have discovered that stem cell treatment can also help in maintaining youthful skin.

According to Ma Fe Doria, a skin care expert, stem cell therapy is an intervention strategy that introduces new adult stem cells into damaged tissue in order to treat disease or injury. As many may be aware, the most popular stem cell treatment is in Germany, where lots of celebrities and personalities (i.e. politicians) have flown to have stem cell injections for their ailments, using cells mostly harvested from the sheep. According to those who have undergone the procedure, the treatments have improved their body and the pains they've experienced have disappeared.

Today, many medical researchers continue to do experiments to determine if stem cell can help in curing various types of ailments from cancer to diabetes, which doctors have said may not be far behind. Aside from its healing benefits, stem cell is now being used by the beauty industry. Many cosmetic and beauty centers have started offering stem cell injections for the face, which is said to regenerate the skin where the cells are injected. While some continue to use sheep cells, plant and fat stem cells are now becoming the popular alternatives, with the fat stem cells being used to heal wounds, improve scars, and rejuvenate the skin.

But stem cell treatment is not cheap. Those who can afford it need to fly out of the country to avail of the treatment. Realizing the need in the market, Flawless Facial Center partnered with a local industry leader to produce Flawless' Stem Cell line, which uses the potent power of plant stem cells. Dubbed as the "superfood for the skin," Flawless' Stem Cell line is the epitome of skin nutrition.

"This new range of products allowed us to mark several milestones not just for Flawless but for the local beauty industry. Once again, we have taken something that, for the longest time, has remained exclusive to celebrities and other influential people, and made it affordable for the regular Juan and Juana," says Flawless ceo Ruby Sy.

For P2,500, the line includes a cleanser, day cream, and night serum. Flawless' Stem Cell line utilizes the plant stem cell technology to achieve the skin's youthful appearance by protecting it against oxidative stress and boosting the skin's repair and rejuvenation systems. "Times have really changed. No thanks to free radicals that are present in almost everything around us-from the food we eat to the air we breathe-people today age so much faster. This is especially true for people who like to spend late nights partying or spend too much time in front of the [TV/computer] monitor. Various studies have proven time and again the harmful effects such activities have on our skin," Sy said.

But with Flawless' latest baby, you can say goodbye to those ugly marks on your face. The Stem Cell line promises to solve all these, and more, by providing your skin with the right amount of nutrition and protection. Indeed, youthful glow is not only safe and available in a bottle, it's also now within reach of your pocket.

Go to http://www.flawless.com.ph for

store locations

Link:
Beauty Innovation: Young-looking skin with stem cell therapy

SAN DIEGO, Jan. 31, 2013 /PRNewswire/ -- ViaCyte, Inc., a leading regenerative medicine company focused on developing new approaches to treat major diseases through the application of a stem cell-derived cell therapy, announced today that the Company was granted 20 patents worldwide in 2012, eight U.S. and twelve foreign. These patents bolster the Company's already strong proprietary position for its ground-breaking diabetes product, VC-01, as well as other applications of its broad technology platform.

(Logo: http://photos.prnewswire.com/prnh/20121026/LA00871LOGO-a)

VC-01 is a very promising, development-stage product that consists of pancreatic precursor cells (called PEC-01) derived from a proprietary human embryonic stem cell line and encapsulated in a proprietary, immune isolating medical device (the ENCAPTRA device). When implanted under the skin in suitable animal models, the cells further differentiate into insulin producing and other endocrine cells that regulate blood glucose in a manner similar or identical to a normal pancreas. If VC-01 performs in humans as it has in animal studies, it could effectively cure type 1 diabetics and be an important new therapy for insulin dependent type 2 diabetics.

ViaCyte's significant intellectual property portfolio now includes over 300 issued patents and pending applications related to the growth, directed differentiation and use of human pluripotent stem cells such as human embryonic stem cells and induced pluripotent stem cells. This portfolio includes 51 issued U.S. and foreign patents specifically directed to the Company's VC-01 product. In addition to the protection afforded by patents, the Company also relies on significant proprietary know-how to develop its product offerings.

Dr. Paul Laikind, ViaCyte's president and chief executive officer said, "Our comprehensive and growing intellectual property portfolio helps to establish us as a leading company in the cell therapy and regenerative medicine field. Although the Company's resources are currently fully committed to the rapid development of VC-01 as a potentially transformative treatment for patients with insulin-dependent diabetes, our platform technology has many other important applications."

In July and August of 2012, the Board of Patent Appeals and Interferences of the U.S. Patent and Trademark Office (the "Board") also issued two decisions favoring ViaCyte on motions filed in the patent interference proceedings between ViaCyte and Geron Corporation (Menlo Park, California). The interferences involved ViaCyte's U.S. Patent No. 7,510,876 ("876 Patent"), which is directed to human definitive endoderm cell cultures in vitro. The Board upheld the claims of ViaCyte's '876 Patent in its entirety over Geron's applications. In September 2012, Geron appealed this decision in the United States District Court for the Northern District of California.

About ViaCyteViaCyte, a private company that has emerged as a leader in the field of regenerative medicine, is currently focused on developing a novel cell therapy for the treatment of diabetes. The Company's lead product is based on the production of pancreatic progenitors derived from human pluripotent stem cells. These cells are implanted in a durable and retrievable encapsulation device. Once implanted and matured, these cells secrete insulin and other regulatory factors in response to blood glucose levels. ViaCyte's goal for this potentially transformative diabetes product is long term insulin independence without immune suppression, and without risk of hypoglycemia and other diabetes-related complications.

ViaCyte is headquartered in San Diego, California with additional operations in Athens, Georgia. The Company is funded in part by the California Institute for Regenerative Medicine (CIRM) and JDRF.

Excerpt from:
ViaCyte's Role as a Leading Cell Therapy Company Bolstered with the Issuance of 20 Patents in 2012

Dundas West Animal Hospital Stem Cell Therapy

By: MakeMeVideo

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Dundas West Animal Hospital Stem Cell Therapy - Video

The rats completely recovered from a stroke within two weeks with stem cell therapy (Wiki Commons)

Stem cell therapy administered shortly after a stroke could significantly increase the sufferer's chance of a complete recovery.

When administered to rats within 30 minutes of suffering a stroke, the rodents made a full recovery within two weeks, a study showed.

The research, published in BioMed Central's open access journalStem Cell Research & Therapy, found that stem cells from the bone marrow of fat can improve the recovery of rats following a stroke.

Researchers at La Paz University Hospital found that treatment improved the amount of brain and nerve repair, as well as the animal's ability to complete tasks.

Rats were treated intravenously with stem cells half an hour after a stroke. In humans, such rapid response is known to dramatically improve the outcome of victims.

The researchers found improvements in the stem cell group within 24 hours of the treatment, compared to the control group.

The FAST response advertising campaign has aimed to increase awareness of symptoms. Facial and arm weakness and speech problems suggest it is time to call emergency services.

Human trials

A delay in treatment can result in death or long-term disabilities. A stroke occurs when the blood supply to part of the brain is cut off.

Excerpt from:
Stem Cell Therapy Helps Stroke Victims Recover in Two Weeks

LONDON (ShareCast) - ReNeuron Group received the green light to complete the final stages of first phase safety testing of its ReN001 stem cell therapy for disabled stroke patients in Scotland, the company announced Tuesday.

The ReN001 stem cell therapy was being administered in ascending doses to a total of 12 stroke patients who have been left disabled by an ischaemic stroke, the most common form of the condition.

ReNeuron is now set to proceed with dosing the last three patients after getting clearance from the Data Safety Monitoring Board which reviewed the study.

The first of the three patients was treated with ReN001 and discharged from hospital. The remaining two are scheduled to be treated this March.

Last year, interim data from the first five patients treated in the study were presented by the Glasgow clinical team. Sustained reductions in neurological impairment and spasticity were observed in all patients compared with their stable pre-treatment baseline performance.

Further and longer term data from the study are expected to be presented in scientific conference later this year.

The company has submitted an application to the UK regulatory authority to commence a multi-site phase two clinical trial to examine the efficacy of ReN001 in patients disabled by an ischaemic stroke. Preparations are underway to begin the trial mid-year.

RD

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ReNeuron Group edges further in stem cell therapy research for stroke patients

Stem Cell Therapy for Stroke
He is a known case of CVA since July 2010, leading to left sided hemiplegia with speech involvement. On MRI Brain, it was seen to be right MCA infarct. He was managed conservatively and has been undergoing regular rehabilitation since then. Neurologically, he is hypertonic and hyperreflexic. On examination: he has left sided paraesthesia (abnormal sensation). He has near normal left lower extremities voluntary control, but poor voluntary control of left hand, but fair control over left (proximal) upper extremities mainly shoulder and elbow. He has near normal cognition and speech. He has affected fine motor control and gross balance while walking. He has hemiplegic gait. Functionally, he is independent in most ADL and mobility. After Stem Cell Therapy 1) Now grasp of left hand has improved. Can hold glass with minimal assistance and drink water. Earlier could not hold glass. 2) Now uses his left hand more in activities -- drinking water. Earlier it was not possible to drink water and use left hand but now he can. 3) Stiffness in left upper limb reduced. 4) Can now sleep on left side also. Earlier would pain a lot. 5) Now he doesn #39;t require help while putting his pant hooks/buttons (but only in certain pants, which are not tight). Stem Cell Therapy done at NeuroGen Brain and Spine Institute Surana Sethia Hospital Sion-Trombay Rd, Suman Ngr Opp Corporate Park, Chembur, Mumbai -- 71. Tel : 022 - 25283706, 022 - 25281610, Mob : +91 9920 200 400 http://www.neurogen.in www ...

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Stem Cell Therapy for Stroke - Video

Stem Cell Therapy for Spinal Cord Injury c5 - c6
He has history of fall in the swimming pool ,leading to fracture and compression of C4 over C5 and Quadriplegia with complete bowel bladder incontinence . He was operated for C5 corpectomy spiral stabilization. He is on regular rehabilitation since then. Neurologically, he is hypertonic hyperreflexic On examination, he has partial sensory recovery till D1, but complete loss below D1 .He has grade 0 muscle power in bilateral lower extremity wrist below, but grade 3++ muscle power in bilateral shoulders. He has no bowel bladder control is on condom catheter for same on ASIA impairment scale he scores #39;A #39; Functionally, he is dependent for all ADL will chair bound for mobility. On FIM he scores 73 After Stem Cell Therapy 1) Trunk balance has improved in sitting and standing. 2) Touch sensation has improved (10%). 3) Now while standing and exercising, can feel stress coming on joint (proprioception). 4) Spasticity, flexor spasms in lower limb increased. 5) Left thumb movement has started. 6) FIM -- no change. 7) Now spasticity grade 2 to 3. 8) Walking in parallel bars better. Can turn and find it easier than before. Stem Cell Therapy done at NeuroGen Brain and Spine Institute Surana Sethia Hospital Sion-Trombay Rd, Suman Ngr Opp Corporate Park, Chembur, Mumbai -- 71. Tel : 022 - 25283706, 022 - 25281610, Mob : +91 9920 200 400 http://www.neurogen.in http://www.stemcellsmumbai.com

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Stem Cell Therapy for Spinal Cord Injury c5 - c6 - Video

Stem Cell Therapy for Moderate Mental Retardation with Behavioural Issues
She is a known case of Mental Retardation with history of full term normal delivery, but mother had malaria during pregnancy. She had delayed motor milestones but achieved. She had delay mainly in speech. So she was tested and diagnosed to have MR. Gradually, she developed abnormal behavior and hyperactivity. Neurologically, she has near normal tone, reflexes and muscle power. On examination: She is hyperactive. She has poor social interaction and poor social skills. She has poor attention span. She has aggressive behavior. She is unable to read and write, but goes to a special school. She is unable to follow commands and has delayed speech. She needs assistance in all ADL. After Stem Cell Therapy OT assessment: 1) Hyperactivity has reduced by 30-40%. Now she can sit at one place if activity is of interest for 1-2 hours. She has calmed down a lot. 2) Attention and concentration has improved. Now she follows commands or instructions given. Does not need repetitions. 3) Concepts have improved, recognizes objects, matching colours, alphabets, numbers. 4) Speech is clearer and responses are relevant to questions asked. She sometimes still has repetitive speech or speaks sentences not appropriate to the present situations. 5) Aggressive behaviours have decreased. Initially the first month after SCT -- she showed increased aggressiveness towards younger brother. She would beat her brother for no reason. That slowly reduced. Now rarely does it (only when very angry). 6 ...

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Stem Cell Therapy for Moderate Mental Retardation with Behavioural Issues - Video

Stem Cell Therapy for Cerebral Palsy
She is a known case of CP with history of full term normal delivery, with birth weight approximately 2.4 kg. But gradually as she grew parents noticed she had delayed motor milestones, so she was tested and diagnosed to have CP. Cause for it was suspected to be maternal TORCH infection during pregnancy. She has been on regular rehabilitation and has also had Botox injections twice. Neurologically, she is hypertonic and hyperreflexic. On examination: she has poor voluntary control of bilateral lower extremities, but near normal upper extremities voluntary control. But her grip is slightly poor. She has slurred speech and near normal bowel bladder control. She has fair oromotor control. Functionally, she needs assistance in all ADL and mobility. She is able to walk with AFOs for short distances. On WeeFIM she scores 57. After Stem Cell Therapy OT assessment: 1) Now able to walk with walker. Shifts weights of pelvis. 2) Stamina has increased. Exercise tolerance has increased. 3) Trunk balance has improved. 4) Now stepping is better, now lifts leg while stepping. 5) Standing without holding for about 50 counts. 6) Fear of falling has reduced. 7) Tightness in LL has reduced. 8) Catching ball is better. 9) Back extensor has improved. 10) Can come on bed without support of wall to get a thrust. 11) FIM improved from 60 to 65 secondary to bathing, dressing. 12) Now uses a potty seat over commode, sits independently. Assessment by Speech Therapist: 1) Loudness has improved. 2 ...

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Stem Cell Therapy for Cerebral Palsy - Video

Stem Cell Therapy for Left Hemiplegia Stroke
He is a case of right MCA infarct with left hemiplegia since 2009. He was treated conservatively and is able to walk independently, but not able to use left upper extremity. Neurologically, he is hypertonic and hyperreflexic on the left side. On examination: he has grade 3 voluntary control in left lower extremity and walks with aid of a stick. He has hemiplegic gait. Left upper limb voluntary control is poor with spaticity grade 3 in shoulder. On Modified Ashworth Scale spasticity on left side is grade 4. He has normal speech and bowel /bladder control. After Stem Cell Therapy 1) Spasticity has reduced in all muscle of left UE and LE. 2) He can raise his left shoulder upto 100° of range which he couldn #39;t do before. 3) Previously, he used to stretch his left hand only in the morning but now he can do the same throughout the day. 4) He can climb stairs without any support. 5) Balance while standing, walking and stair climbing has improved. 6) Now he can maintain tandem stance for 20 sec without losing balance. 7) He can do marching with leg in standing which he couldn #39;t do before. 8) VC grading : elbow 3 knee 4 Stem Cell Therapy done at NeuroGen Brain and Spine Institute Surana Sethia Hospital Sion-Trombay Rd, Suman Ngr Opp Corporate Park, Chembur, Mumbai -- 71. Tel : 022 - 25283706, 022 - 25281610, Mob : +91 9920 200 400 http://www.neurogen.in http://www.stemcellsmumbai.com

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Stem Cell Therapy for Left Hemiplegia Stroke - Video