Kupffer Cell Depletion in the SCID-uPA Chimeric Mouse Model - Cadili, Ali
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The SCID/uPA mouse model is a valuable tool for the study of human hepatic diseases and functions. This model may also shed light on the nature, and solutions to, xenograft rejection. The variability in the level of human chimerism achieved in this model warrants further investigation and improvement.Macrophage depletion may improve chimerism in this model. We hypothesized that Kupffer Cell (KC) depletion would enhance chimerism. Our results uncovered the dose efficacy and toxicity of clodronate liposomes in both adult SCID mice and neonatal SCID/uPA mice.

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Produktbeschreibung
The SCID/uPA mouse model is a valuable tool for the study of human hepatic diseases and functions. This model may also shed light on the nature, and solutions to, xenograft rejection. The variability in the level of human chimerism achieved in this model warrants further investigation and improvement.Macrophage depletion may improve chimerism in this model. We hypothesized that Kupffer Cell (KC) depletion would enhance chimerism. Our results uncovered the dose efficacy and toxicity of clodronate liposomes in both adult SCID mice and neonatal SCID/uPA mice.
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Autorenporträt
Graduated with an MD degree from the University of Saskatchewan in 2004. Currently a resident in General Surgery at the University of Alberta. Completed a Master of Science in Experimental Surgery at Dr Norman Kneteman's laboratory at the University of Alberta.