News

News2018-06-20T12:47:22+00:00

NIH’s Regenerative Medicine Innovation Project Webinar

Regenerative Medicine Innovation Project Webinar  This new webinar provides an overview of the NIH Regenerative Medicine Innovation Project (RMIP) and describes the special conditions that apply to RMIP awards, describes the Regenerative Medicine Innovation Catalyst, and answers key questions that investigators will likely have and will need to understand in order to prepare fully responsive applications.

Science Image Competition Winner!

Congratulations to Kiyoshi Yoshioka, of Nagasaki University, for submitting the winning photo for the  first-ever Regenerative Rehabilitation Science Image Contest!  Titled, “Slice the Object”, Kiyoshi’s image representing Regenerative Rehabilitation depicts the heterogeneity of muscle stem cells and a regenerating muscle fiber.

See the image here!

Congratulations to the Symposium on Regenerative Rehabilitation 2018 Poster Award Winners!

Rehabilitative Exercise and Spatially Patterned Nanofibrillar Scaffolds Enhance Vascularization and Innervation Following Volumetric Muscle Loss

AR3T Pilot Grant awardee Ngan Huang and colleagues at Stanford: combination of exercise + bioengineered scaffold key for improved vascularization & innervation following volumetric muscle loss.

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Interview with Jarrod Call, PhD

AR3T  interviewed Dr. Jarrod Call, Assistant Professor in the Department of Kinesiology (Exercise Science Programs) at the University of Georgia and Regenerative Rehabilitation researcher. Read it here!

Regenerative Rehabilitation: Applied Biophysics Meets Stem Cell Therapeutics

New publication from AR3T PIs Thomas Rando & Fabrisia Ambrosio focuses on the synergy between rehabilitation strategies and regenerative responses for promoting tissue repair.

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Congratulations to ARᶟT’s 2018 Technology Development Grant Awardees!

Conference Report 6th Annual International Symposium on Regenerative Rehabilitation

Did you miss the 6th Annual International Symposium on Regenerative Rehabilitation? Read the Post-Symposium summary!

Congratulations to the Symposium on Regenerative Rehabilitation 2017 Travel Award Winners!


ARᶟT Has a New Co-Director

Fabrisia Ambrosio, PhD, MPT, from the University of Pittsburgh, joins Thomas Rando, MD, PhD, from Stanford University, as co-Principal Investigator of AR3T. Congratulations, Dr. Ambrosio!

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Rehabilitation Following Regenerative Medicine Treatment Enhances Recovery

AR3T PI, Dr. Thomas Rando, and colleagues demonstrated that rehabilitation enhances recovery following a regenerative medicine treatment for volumetric muscle loss. Timing matters, though! Early exercise delayed regeneration in this study, proving the importance of regenerative rehabilitation research.

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Using Magnetic Resonance Imaging to Study Stem Cell Therapies

The University of Pittsburgh’s Dr. Michael Modo, an AR3T researcher, is studying the use of MRI as a non-invasive way to study the in vivo biodistribution, migration and survival, and functional integration of stem cells.

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University of Pittsburgh’s Rocky Tuan, Ph.D., Receives Research Award to Conduct Studies on International Space Station

AR3T researcher, Dr. Rocky Tuan, has received a research grant to continue his stem cell research aboard the International Space Station, a project that is expected to facilitate research on 3D models of skeletal tissues and to further understanding of osteoporosis and other degenerative conditions

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Neural Stem Cell Therapy and Rehabilitation in the Central Nervous System: Emerging Partnerships

Appropriately timed sensory input and/or motor activity may augment central nervous system stem cell therapies. This review, by Heather Ross et al., discusses the limitations of current stem cell therapies and explains why a regenerative rehabilitation approach could improve outcomes following CNS injuries.

National Network for Rehabilitation Research

The Medical Rehabilitation Research Resource Network (MR3 Network) coordinates the activities of six rehabilitation research resource centers, including AR3T, that provide infrastructure and access to expertise, technologies, and resources to support clinical and translational research in medical rehabilitation across a wide range of disciplines and disease focus areas.

The Role of PTs in Regenerative Medicine

March, 2016 – NIH’s newly funded resource center, the Alliance for Regenerative Rehabilitation Research and Training (AR3T) was highlighted in PT in Motion, a magazine that goes out to over 90,000 members

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Physiospot: “Understanding Mechanobiology: Physical Therapists as a Force in Mechanotherapy and Musculoskeletal Regenerative Rehabilitation”

January, 2016 – Achieving functional restoration of diseased or injured tissues is the ultimate goal of both regenerative medicine approaches and physical therapy interventions.

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The Scientist: “Cellular Rehab”

December, 2015 – Physical therapy and exercise are critical to the success of cell therapies approaching the clinic.

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Congratulations to the 2015 ACRM Awards Recipients

The Awards Committee, chaired by Stephanie Kolakowsky-Hayner, is pleased to announce the 2015 recipients of the seven prestigious ACRM awards.
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ARᶟT chosen as Grant of the Month

September, 2015 – The McGowan Institute for Regenerative Medicine selected the Alliance for Regenerative Rehabilitation Research and Training (AR3T) as the grant of the month

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The Guardian: “Can we reverse the ageing process by putting young blood into older people?”

August, 2015-  A series of experiments has produced incredible results by giving young blood to old mice.  Now the findings are being tested on humans.  Ian Sample meets the scientists whose research could transform our lives.

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Pitt Team Developing Technology to Allow Amputees to Feel with Prosthetic Limb, Improving Its Function

February, 2015 – Rehabilitation experts at the University of Pittsburgh School of Medicine hope to one day give people with an arm amputation a prosthetic limb that not only moves like a natural one, but “feels” like it, too. They expect such sensation will improve dexterous control of the device and give users greater intuition about what they are doing with their prosthetic.

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