Min-Ho Kim Lab:Research: Difference between revisions
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< | <h1>Research Interests</h1> | ||
<font size=3> The major research interests in our laboratory are to (1) understand biological mechanism by which immune cell trafficking contributes to the pathogenesis of chronic inflammatory diseases, (2) apply micro/nano-engineered biomaterials to precisely tune inflammatory environmental cues, and (3) thereby develop clinically feasible therapeutics to promote the resolution of non-healing chronic wounds. Our laboratory utilizes and combines interdisciplinary approaches of immuno-biology, stem cell biology, cellular and tissue engineering, and nano-bioengineering.</font> | <font size=3> The major research interests in our laboratory are to (1) understand biological mechanism by which immune cell trafficking contributes to the pathogenesis of chronic inflammatory diseases, (2) apply micro/nano-engineered biomaterials to precisely tune inflammatory environmental cues, and (3) thereby develop clinically feasible therapeutics to promote the resolution of non-healing chronic wounds. Our laboratory utilizes and combines interdisciplinary approaches of immuno-biology, stem cell biology, cellular and tissue engineering, and nano-bioengineering.</font> | ||
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< | <h1>Current Research Projects</h1> | ||
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# Macrophage polarization on therapeutic potential of mesenchymal stem cells (MSCs). | # Macrophage polarization on therapeutic potential of mesenchymal stem cells (MSCs). | ||
# Targeted magnetic nanoparticle thermotherapy for the resolution of biofilm infection in diabetic wounds. | # Targeted magnetic nanoparticle thermotherapy for the resolution of biofilm infection in diabetic wounds. | ||
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* Prof. Fayez Safadi (NEOMED) | * Prof. Fayez Safadi (NEOMED) | ||
* Prof. Sonping Huang (Kent State) | * Prof. Sonping Huang (Kent State) | ||
* Joseph Nayfach (Qteris, Inc.) | * Joseph Nayfach (Qteris, Inc.) | ||
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Revision as of 13:12, 26 November 2014
Research InterestsThe major research interests in our laboratory are to (1) understand biological mechanism by which immune cell trafficking contributes to the pathogenesis of chronic inflammatory diseases, (2) apply micro/nano-engineered biomaterials to precisely tune inflammatory environmental cues, and (3) thereby develop clinically feasible therapeutics to promote the resolution of non-healing chronic wounds. Our laboratory utilizes and combines interdisciplinary approaches of immuno-biology, stem cell biology, cellular and tissue engineering, and nano-bioengineering. |
Current Research Projects
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Research Collaborators
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