Abstract 95: Inhibition of Scleraxis Signaling Provides a Target to Reduce Mesenchymal Cell Inflammation During Wound Healing

por Kaura, Arminder, Chung, Michael, Cholok, David, Loder, Shawn, Breuler, Christopher, Butts, John, Habbouche, Joseph, Li, John, Li, Shuli, Agarwal, Shailesh, Levi, Benjamin
Publicado 2017

Abstract 71: Characterizing The Contribution Of Circulating Mesenchymal Cells To Pathologic Wound Healing And Heterotopic Ossification

por Loder, Shawn, Agarwal, Shailesh, Fireman, David, Cholok, David, Chung, Michael, Breuler, Christopher, Li, John, Habbouche, Joseph, Kaura, Arminder, Butts, John, Ranganathan, Kavitha, Hsieh, Hsiao, Li, Shuli, Levi, Benjamin
Publicado 2017

Abstract 96: Identification and Therapeutic Targeting of a Central DNA-Based Mechanism Through Which Movement Augments Inflammation

por Agarwal, Shailesh, Loder, Shawn, Cholok, David, Chung, Michael, Kaura, Arminder, Li, John, Ranganathan, Kavitha, Breuler, Christopher, Habbouche, Joseph, Butts, John, Hsung, Hsiao Hsieh, Li, Shuli, Mishina, Yuji, Levi, Benjamin
Publicado 2017

Abstract 123: Loss Of TGF-beta Activated Kinase (TAK1) Activity Induces Cellular Proliferation And Diminishes Differentiation During Bone Healing

por Loder, Shawn, Agarwal, Shailesh, Hsieh, Hsiao, Cholok, David, Chung, Michael, Li, John, Breuler, Christopher, Priest, Caitlin, Ranganathan, Kavitha, Habbouche, Joseph, Kaura, Arminder, Butts, John, Li, Shuli, Mishina, Yuji, Levi, Benjamin
Publicado 2017

Abstract 2: Macrophage-specific TGF-B is a Targetable Cytokine to Prevent Heterotopic Ossification

por Cholok, David, Agarwal, Shailesh, Loder, Shawn, Chung, Michael, Annamalai, Ramkumar, Habbouche, Joseph, Priest, Caitlin, Carson, Beau, Breuler, Christopher, Ranganathan, Kavitha, Li, John, Butts, John, Kaura, Arminder, Hsung, Hsiao, Li, Shuli, MIshina, Yuji, Levi, Benjamin
Publicado 2017

Abstract 16: Inhibition of mTOR Signaling Reduces Mesenchymal Cell Migration To Sites Of Injury And Eliminates Heterotopic Ossification In A Mouse Model

por Cholok, David, Chung, Michael, Agarwal, Shailesh, Loder, Shawn, Breuler, Christopher, Priest, Caitlin, Habbouche, Joseph, Kaura, Arminder, Butts, John, Reimer, Jon, Li, John, Hsung, Hsiao H., Ranganathan, Kavitha, Fireman, David, Li, Shuli, Mishina, Yuji, Levi, Benjamin
Publicado 2017

Abstract 46. Modulating TAK1 Signaling to Enhance Scaffold and Cell-Free Calvarial Healing

por Agarwal, Shailesh, Chung, Michael T., Loder, Shawn, Cholok, David, Hsung Hsieh, Hsiao, Habbouche, Joseph, Breuler, Christopher, Butts, John, Kaura, Arminder, Li, John, Ranganathan, Kavitha, Ucer, Serra, Priest, Caitlin, Li, Shuli, Reimer, Jonathan, Mishina, Yuji, Buchman, Steven R., Levi, Benjamin
Publicado 2017