VEGF protein and mRNA expression in diabetic Gal-3 and WT mouse retina

Copyright information:Taken from "Inhibition of Advanced Glycation and Absence of Galectin-3 Prevent Blood-Retinal Barrier Dysfunction during Short-Term Diabetes"Experimental Diabetes Research 2007;2007():-.Published online 12 Apr 2007PMCID:PMC1880865. In WT mice (black bars) VEGF expressi...

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Hauptverfasser: Canning, Paul, Glenn, Josephine V., Hsu, Daniel K., Fu-Tong Liu, Gardiner, Tom A., Stitt, Alan W.
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creator Canning, Paul
Glenn, Josephine V.
Hsu, Daniel K.
Fu-Tong Liu
Gardiner, Tom A.
Stitt, Alan W.
description Copyright information:Taken from "Inhibition of Advanced Glycation and Absence of Galectin-3 Prevent Blood-Retinal Barrier Dysfunction during Short-Term Diabetes"Experimental Diabetes Research 2007;2007():-.Published online 12 Apr 2007PMCID:PMC1880865. In WT mice (black bars) VEGF expression is significantly increased in diabetic (DB) retina—in terms of both protein (a) and mRNA expression (b) when compared to nondiabetic controls (NDB). PM-treatment significantly reduces VEGF expression in diabetic mice. In Gal-3 mice (white bars), retinal expression levels are not as dramatically increased by the presence of diabetes as evidenced in WT mice.
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In WT mice (black bars) VEGF expression is significantly increased in diabetic (DB) retina—in terms of both protein (a) and mRNA expression (b) when compared to nondiabetic controls (NDB). PM-treatment significantly reduces VEGF expression in diabetic mice. In Gal-3 mice (white bars), retinal expression levels are not as dramatically increased by the presence of diabetes as evidenced in WT mice.</abstract><pub>Figshare</pub><doi>10.6084/m9.figshare.16645</doi><oa>free_for_read</oa></addata></record>
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title VEGF protein and mRNA expression in diabetic Gal-3 and WT mouse retina
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