Search Results - "Lin, Clarence D"

Combination therapy accelerates diabetic wound closure by Allen, Jr, Robert J, Soares, Marc A, Haberman, Ilyse D, Szpalski, Caroline, Schachar, Jeffrey, Lin, Clarence D, Nguyen, Phuong D, Saadeh, Pierre B, Warren, Stephen M

“…Non-healing foot ulcers are the most common cause of non-traumatic amputation and hospitalization amongst diabetics in the developed world. Impaired wound…”
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Topical Lineage-Negative Progenitor-Cell Therapy for Diabetic Wounds by Lin, Clarence D., Allori, Alexander C., Macklin, Jared E., Sailon, Alexander M., Tanaka, Rica, Levine, Jamie P., Saadeh, Pierre B., Warren, Stephen M.

“…Impaired diabetic wound healing is due, in part, to defects in mesenchymal progenitor cell tracking. Theoretically, these defects may be overcome by…”
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Decreased Circulating Progenitor Cell Number and Failed Mechanisms of Stromal Cell-Derived Factor-1α Mediated Bone Marrow Mobilization Impair Diabetic Tissue Repair by TEPPER, Oren M, CARR, Jacquelyn, ALLEN, Robert J, CHANG, Christopher C, LIN, Clarence D, TANAKA, Rica, GUPTA, Sanjeev M, LEVINE, Jamie P, SAADEH, Pierre B, WARREN, Stephen M

“…OBJECTIVE--Progenitor cells (PCs) contribute to postnatal neovascularization and tissue repair. Here, we explore the mechanism contributing to decreased…”
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Establishment of a Critical-Sized Alveolar Defect in the Rat: A Model for Human Gingivoperiosteoplasty by Nguyen, Phuong D., Lin, Clarence D., Allori, Alexander C., Ricci, John L., Saadeh, Pierre B., Warren, Stephen M.

“…Despite technical advancement, treatment of congenital alveolar clefts has remained controversial. Currently, primary alveolar cleft repair (i.e.,…”
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Scaffold-Based rhBMP-2 Therapy in a Rat Alveolar Defect Model: Implications for Human Gingivoperiosteoplasty by NGUYEN, Phuong D, LIN, Clarence D, ALLORI, Alexander C, SCHACHAR, Jeffrey S, RICCI, John L, SAADEH, Pierre B, WARREN, Stephen M

“…Primary alveolar cleft repair has a 41 to 73 percent success rate. Patients with persistent alveolar defects require secondary bone grafting. The authors…”
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Scaffold-Based rhBMP-2 Therapy in a Rat Alveolar Defect Model: Implications forHuman Gingivoperiosteoplasty by Nguyen, Phuong D., Lin, Clarence D., Allori, Alexander C., Schachar, Jeffrey S., Ricci, John L., Saadeh, Pierre B., Warren, Stephen M.

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Flow perfusion improves mineralization and maintains uniform cellular distribution in thick 3D scaffolds by Allori, Alexander C, Sailon, Alexander M, Lin, Clarence D, Clark, Elizabeth, Ricci, John L, Vasiliu, Cornelia, Smay, James E, Warren, Stephen M

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Interventions for alveolar bone regeneration in a gingivoperiosteoplasty model by Nguyen, Phuong D, Lin, Clarence D, Allori, Alessandro C, Reisler, Tom, Saadeh, Pierre B, Levine, Jamie P, Warren, Stephen M

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The effects of AMD3100 on diabetic wound healing by Allen, Robert J., MD, Lin, Clarence D., MA, Nguyen, Phuong D., MD, Garfein, Evan, MD, Warren, Stephen M., MD, FACS

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Endogenous bone engineering using solid scaffolds with time-released porosity by Allori, Alexander C., MD, MPH, Lin, Clarence D., MA, Sailon, Alexander M., BA, Clark, Elizabeth, MA, Cretiu-Vasiliu, Cornelia, MS, Smay, James E., PhD, Ricci, John L., PhD, Warren, Stephen M., MD

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Decreased Circulating Progenitor Cell Number and Failed Mechanisms of Stromal Cell-Derived Factor-1[alpha] Mediated Bone Marrow Mobilization Impair Diabetic Tissue Repair by Tepper, Oren M, Carr, Jacquelyn, Allen, Ruben J, Chang, Christopher C, Lin, Clarence D, Tanaka, Rica, Gupta, Sanjeev M, Levine, Jamie P, Saadeh, Pierre B, Warren, Stephen M

“…Progenitor cells (PCs) contribute to postnatal neovascularization and tissue repair. Here, we explore the mechanism contributing to decreased diabetic…”
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Circulating Endothelial Progenitor Cells and Diabetic Wound Healing by Allen, Robert J., Haberman, Ilyse D., Lin, Clarence D., Canizares, Orlando, Schachar, Jeffrey, Vaynrub, Max, Nguyen, Phuong D., Levine, Jamie P., Saadeh, Pierre B., Warren, Stephen M.

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Decreased circulating progenitor cell number and failed mechanisms of stromal cell-derived factor-1alpha mediated bone marrow mobilization impair diabetic tissue repair by Tepper, Oren M, Carr, Jacquelyn, Allen, Jr, Robert J, Chang, Christopher C, Lin, Clarence D, Tanaka, Rica, Gupta, Sanjeev M, Levine, Jamie P, Saadeh, Pierre B, Warren, Stephen M

“…Progenitor cells (PCs) contribute to postnatal neovascularization and tissue repair. Here, we explore the mechanism contributing to decreased diabetic…”
Get full text