Projects
(Principal Investigator)



Results 1-20 of 20 (Search time: 0.007 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2015Pathophysologic Roles of Mesenchymal Stem Cell Therapy in Bladder Dysfunction Secondary to Bladder Outlet Obstruction in RatsHONG-JENG YUMinistry of Science and Technology
2014Pathophysologic Roles of Mesenchymal Stem Cell Therapy in Bladder Dysfunction Secondary to Bladder Outlet Obstruction in RatsHONG-JENG YUMinistry of Science and Technology
2013Pathophysologic Roles of Mesenchymal Stem Cell Therapy in Bladder Dysfunction Secondary to Bladder Outlet Obstruction in RatsHONG-JENG YUMinistry of Science and Technology
2012Therapeutic Mechanism and Medical Application of Ischemia Induced BladderHONG-JENG YUMinistry of Science and Technology
2011Therapeutic Mechanism and Medical Application of Ischemia Induced BladderHONG-JENG YUMinistry of Science and Technology
2010Therapeutic Mechanism and Medical Application of Ischemia Induced BladderHONG-JENG YUMinistry of Science and Technology
2009The Patholphysiological Mechanisms Underlying Bladder Dysfunction Secondary to Metabolic Perturbations in RatHONG-JENG YUMinistry of Science and Technology
2008The Patholphysiological Mechanisms Underlying Bladder Dysfunction Secondary to Metabolic Perturbations in RatHONG-JENG YUMinistry of Science and Technology
2007The Patholphysiological Mechanisms Underlying Bladder Dysfunction Secondary to Metabolic Perturbations in RatHONG-JENG YUMinistry of Science and Technology
2006Effects of Metabolic Syndrome on Rat Bladder FunctionHONG-JENG YUMinistry of Science and Technology
2006The Role of Reactive Oxygen Species in Diabetic Cystopathy (II)HONG-JENG YUMinistry of Science and Technology
2005The Role of Reactive Oxygen Species in Diabetic Cystopathy (I)HONG-JENG YUMinistry of Science and Technology
2004The Role of Reactive Oxygen Species in Renal Dysfunction Induced by Acute Urinary RetentionHONG-JENG YUMinistry of Science and Technology
2003The Effect of Bcl-2 Gene Over-Expression on Substance P-Induced Bladder HyperactivityHONG-JENG YUMinistry of Science and Technology
2002Overdistension Induced Bladder Injury---Molecular Mechanism of Free Radicals and Apoptosis (II)HONG-JENG YUMinistry of Science and Technology
2001Overdistension Induced Bladder Injury---Molecular Mechanism of Free Radicals and Apoptosis (I)HONG-JENG YUMinistry of Science and Technology
2000Pathophysiological Changes of Rat Urinary Bladder in Response to Overdistention/Relief---Possible Involvement of Free RadicalsHONG-JENG YUMinistry of Science and Technology
1997Neurophysiological Changes of the Rat Urinary Bladder in Response to Partial Outlet Obstruction Induced by Prostatic HypertrophyHONG-JENG YUMinistry of Science and Technology
1997Establishment of Experimental Models to Evaluate the Effects of Newly Synthesized Compounds on Symptomatic Benign Prostatic Hyperplasia (II)HONG-JENG YUMinistry of Science and Technology
1996Establishment of Experimental Models to Evaluate the EffectsHONG-JENG YUMinistry of Science and Technology