| Korea | Russia | Malaysia
Indonesia | All Others

eg.stem cell, stem cell treatment
Stem cell treatment | Parkinson's Disease | Multiple Sclerosis | ALS | Brain Injury | Spinal Cord Injury | Cerebaral Palsy | Batten Disease | Stroke
MSA | Muscular Dystrophy | Epilepsy | Optic neuritis | Encephalomyelitis | SMA | Huntingdon's disease | Friedrich ataxia | Diabetes
HOME > News > Article Content

University of Pittsburgh Receives Two NIH Grants for Novel Stem Cell Research


http://www.cellmedicine.com/two-pitt-grants.asp

Eurekalert.org, September 24, 2009

Scientists at the University of Piitsburgh have announced today the awarding by NIH (the National Institutes of Health) of two separate grants totalling more than $5 million. One of the grants is for the study of embryonic stem cell differentiation, while the other is for investigating a new method of growing adult stem cells on lymph nodes.

Specifically, the $2.9 million, five-year "Transformative R01" grant was awarded to Dr. Eric Lagasse, professor of pathology at the University of Pittsburgh's School of Medicine and a researcher at the McGowan Institute for Regenerative Medicine. Funding from T-R01 has been designated for the study of a novel method of "using the body's many lymph nodes as sites for growing replacement cells for other tissues and organs, in essence using them as bioreactors to grow cells within the living body," as described in the press release.

The second grant, in the amount of $2.2 million and entitled "New Innovator", has been awarded to Dr. Ipsita Banerjee, professor of chemical and petroleum engineering and Pitt and also a researcher at McGowan. Funding from Dr. Banerjee's "New Innovator" award has been designated to study exactly which chemical and molecular signals are involved in determining how embryonic stem cells differentiate.

As Dr. Lagasse explained, "Our regenerative medicine approach for healing damaged tissues and organs might not have moved forward without this new grant concept. This funding supports assessment and rapid translation from the bench to the bedside of nontraditional treatments."

As Dr. Banerjee added, "I want to take a completely different approach to addressing the complex process of cell development, which will potentially advance our understanding of regenerative medicine and stem cell bioengineering as a whole."
The two grants were presented as part of the 2009 NIH "Director's High-Risk Research Awards", which are a cluster of five-year grants awarded by NIH. This year's cluster of 115 grants constitute $348 million in total, which include 42 separate T-R01 Awards, 18 separate "Pioneer Awards", and 55 separate "New Innovator Awards" for early-stage investigators.

As described in the press release, "This marks the inaugural year for the T-R01 grants, which support innovative and high-risk projects that could profoundly impact biomedical research and medical treatment, and also is a record year for the number of New Innovator and Pioneer Awards bestowed. Fellow New Innovator and T-R01 recipients include researchers from the Cleveland Clinic, Columbia University, Duke University, Harvard University, Johns Hopkins University School of Medicine, Massachusetts General Hospital, the Massachusetts Institute of Technology, Mount Sinai School of Medicine, Stanford University, and the University of Pennsylvania."


 



Related Information:

  • The Washington Post report regarding our center and specialized stem cell treatment   
  • Stem cell therapy, a promising novel endeavor for neurological disorders   
  • Major ALS breakthrough-common cause of all forms of ALS discovered   
  • Imaging Study Shows Slower Growth In Autistic Brains Extending Into Adolescence   
  • 'Pushing Limits' - New Drug Strategies For Alzheimer's, Multiple Sclerosis   
  • Study Suggests Varying Practice Sessions May Benefit People With Motor Disorders   
  • New Drug Strategies for Alzheimer's and Multiple Sclerosis   
  • Antiviral Drugs May Slow Alzheimer's Progression   
  • Precision With Stem Cells a Step Forward for Treating Multiple Sclerosis, Other Diseases   
  • Minority Children Less Likely to Receive CT Scans Following Head Trauma   
  • Reassurance for Dementia Sufferers On Impact of Common Drugs   
  • Understanding the Beginnings of Embryonic Stem Cells Helps Predict the Future   
  • By Reprogramming Skin Cells Into Brain Cells, Scientists Gain New Insights Into Mental Disorders   
  • Family History May Have More Important Role Than Previously Thought in Development of Alzheimer Disease   
  • Evidence Points to Potential Roles for Cognitive Rehabilitation Therapy in Treating Traumatic Brain Injury,   
  • New Drug Target for Alzheimer's, Stroke Discovered   
  • New Drug Target for Alzheimer's, Stroke Discovered   
  • A Safe Vaccination for Alzheimer's Disease?   
  • Think You're in Poor Health? It Could Increase Your Odds of Dementia   
  • Models of Autism Show That Gene Copy Number Controls Brain Structure and Behavior   
  • Patient-Specific Stem Cells: Major Step Toward Cell-Based Therapies for Life-Threatening Diseases   
  • One Quarter of Seniors Over 70 Have Had Silent Strokes   
  • Remitting Multiple Sclerosis: Natalizumab Reduces Relapses and Disability   
  • Seeds of Destruction in Parkinson's Disease: Spread of Diseased Proteins Kills Neurons   
  • Even High-But-Normal Blood Pressure Elevates Stroke Risk   
  • Commonly Used Supplement May Improve Recovery from Spinal Cord Injuries   
  • Key to Survival of Brain Cells Discovered   
  • Correcting Sickle Cell Disease With Stem Cells   
  • New Stem Cell Activity Identified in Human Brain   
  • New Stem Cell Activity Identified in Human Brain   
  • Treatment
    The Parkinson's Clinical Center
    Doctor Blogs
    Treatment Data
    Contact Us

  • What are stem cells and how do they work to treat various diseases?   
  • How do stem cells know where to go and what to do?   
  • What kinds of stem cells does your medical center use and are they safe?   
  • Where do the stem cells come from?   
  • Is stem cell treatment safe? Is it really effective?   
  • How do I know if I am a good candidate for stem cell therapy?   
  • How long should I expect to stay in Beijing for the treatment?   
  • Can you use adult stem cells from my own bone marrow?   
  • What methods do you use to transplant stem cells into the patient's body?   
  • What should I expect to experience during the stem cell treatment?   
  • Do the doctors use anesthesia during the operation?   
  • What other drugs does the doctor combine with the stem cells for therapy?   
  • How long after surgery will it be before I can bathe or shower?   
  • For Batten disease treatment, what type of stem cells are used?   
  • About the neural growth factors that your medical center use   
  • If your hospitals have an age restriction on patients?   
  • What medications do you use on Batten disease patients?   
  • Is it possible for you to manufacture the TPP1 enzyme and deliver it?   
  • When I send my records to your hospital, does a doctor read them?   
  • Is general anesthesia used?   
  • Is other therapy done in addition to stem cell infusion?   
  • What types of rehabilitation training is done?   
  • What will my treatment schedule be like?   
  • Does the doctor have to penetrate the spinal canal to infuse the stem cells   
  • If I have to have surgery, how long will it take for the wound to heal?   
  • Will I lose very much blood?   
  • If there is surgery, can I fly back home before the wound has healed?   
  • Does your medical center also offer conventional treatment?   
  • What is the most effective way to contact us?   
  • Are stem cells pre-tested for HIV and Hepatitis? What else do you test?   
  • Send Inquiry Contact Us Sitemap Help

    Link:Like Cell Research Center | stemcellshezhong.com
    Copyright © 2011 unistemcells.com All rights reserved.