Projects
(Principal Investigator)



Results 1-67 of 67 (Search time: 0.003 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2016Developing Multifunctional Nanoparticles (NP) and BMSC Therapy for Reducing Reperfusion Injury of Myocardial Infraction: 1.Delivery Cationic PLA Fluorescent NP Loaded with CSA and Hirudin; 2. Developing Bmsc Spheroid for Applications in Reperfusion (I)SHOEI-SHEN WANGMinistry of Science and Technology
2016: Immunogenicity and Safety of Pneumococcal Polysaccharide Conjugate Vaccine in Solid Organ Transplant RecipientsSHOEI-SHEN WANGMinistry of Science and Technology
2015Ipsing Cardiac Regenerative Biomedicine---From Animal Modeling to Disease TreatmentSHOEI-SHEN WANGMinistry of Science and Technology
2015Breakthrough in Use of It Education Strategies in Clinical Organ TransplantationSHOEI-SHEN WANGMinistry of Science and Technology
2015Developing Multifunctional Nanoparticles (NP) and BMSC Therapy for Reducing Reperfusion Injury of Myocardial Infraction: 1.Delivery Cationic PLA Fluorescent NP Loaded with CSA and Hirudin; 2. Developing Bmsc Spheroid for Applications in Reperfusion (I)SHOEI-SHEN WANGMinistry of Science and Technology
2015PCL/SF and BMSC Based Cardiac Patches and Scaffolds for the Repair of MI Hearts---Influences of (A) Dual Bio-Functions of HA/GRGD Patches on the Formation of BMSC Micromass; (B) Dual-Function Scaffolds/BMSC Spheroids on in-vitro CardiomyogenesisSHOEI-SHEN WANGMinistry of Science and Technology
2014iPSing Cardiac Regenerative Biomedicine---From Animal Modeling to Disease TreatmentSHOEI-SHEN WANGMinistry of Science and Technology
2014Organ Transplantation Rehabilitation---Effect of Bedside Exercise Device and Activity Reinforcement for Heart or Liver Transplantation Recipients in Early Postoperative PeriodSHOEI-SHEN WANGMinistry of Science and Technology
2013Ipsing Cardiac Regenerative Biomedicine---From Animal Modeling to Disease TreatmentSHOEI-SHEN WANGMinistry of Science and Technology
2013Efficacy of using chitosan nanoparticles to delivery EPO and MSC(G) (GFP transfection MSC)/SF/HA patches on promoting MI heart re- modeling and vascularization, and related mechanisms- an in-vivo studySHOEI-SHEN WANGMinistry of Science and Technology
2013Organ transplantation rehabilitation: Effect of bedside exercise device and activity reinforcement for heart or liver transplantation recipients in early postoperative periodSHOEI-SHEN WANGMinistry of Science and Technology
2013Differentiation of MSC to Cardiomyocytes in MSC/PCL-SF/HA Hybrid Scaffolds Stimulated with Cyclic Stretch/or HypoxiaSHOEI-SHEN WANGMinistry of Science and Technology
2013器官移植之健保醫療品質指標研究SHOEI-SHEN WANGBureau of National Health Insurance, Department of Health, Executive Yuan
2012Efficacy of Using Chitosan Nanoparticles to Delivery Epo and Msc(G) (Gfp Transfection Msc)/Sf/Ha Patches on Promoting Mi Heart Re- Modeling and Vascularization, and Related Mechanisms- an In-Vivo StudySHOEI-SHEN WANGMinistry of Science and Technology
2012Organ Transplantation Rehabilitation: Effect of Bedside Exercise Device and Activity Reinforcement for Heart or Liver Transplantation Recipients in Early Postoperative PeriodSHOEI-SHEN WANGMinistry of Science and Technology
2012運動處方對國人重大疾病的健康效益-臨床與代謝體指標的探討-「運動處方對於冠狀動脈繞道手術病患的健康效益:臨床與代謝體指標的探討(子計畫四)( III )」SHOEI-SHEN WANGMinistry of Science and Technology
2011Exercise prescription for patients with coronary artery bypass surgery health benefits: To investigate the clinical and metabolic indicators of bodySHOEI-SHEN WANGMinistry of Science and Technology
2011Effect of Erythropoietin (Epo) Grafted in Isotropic Silk-Fibroin/Hyaluronic Acid Patch Releasing Vascular Endothelial Growth Factor on Differentiation of Human Amniotic Epithelial Stem Cells (Haes) into Cardiomyocytes and Regeneration Myocardium.SHOEI-SHEN WANGMinistry of Science and Technology
2011Effect of Erythropoietin Fibrin-Based Hydrogel Tissue Engineering on Differentiation of Msc into Myocardiocytes in Vitro and Regeneration Myocardium.SHOEI-SHEN WANGMinistry of Science and Technology
2011運動處方對國人重大疾病的健康效益-臨床與代謝體指標的探討-「運動處方對於冠狀動脈繞道手術病患的健康效益:臨床與代謝體指標的探討(子計畫四)( II )」SHOEI-SHEN WANGMinistry of Science and Technology
2010Regenerating Myocardial Cells by Using Mesenchymal Stem Cell (MSC)---Effect of Different Fabrication Techniques of Silk Fibrion-Based Scaffolds on Differentiation of Msc into Myocardiocytes in Vitro, and Aminal StudySHOEI-SHEN WANGMinistry of Science and Technology
2010Effect of Erythropoietin Fibrin-Based Hydrogel Tissue Engineering on Differentiation of Msc into Myocardiocytes in Vitro and Regeneration MyocardiumSHOEI-SHEN WANGMinistry of Science and Technology
2010運動處方對國人重大疾病的健康效益---臨床與代謝體指標的探討---「運動處方對於冠狀動脈繞道手術病患的健康效益---臨床與代謝體指標的探討(子計畫四)(I)」SHOEI-SHEN WANGMinistry of Science and Technology
2009Regenerating Myocardial Cells by Using Mesenchymal Stem Cell(MSC)---Effect of Different Fabrication Techniques of Silk Fibrion-Based Scaffolds on Differentiation of Msc into Myocardiocytes in vitro, and Aminal StudySHOEI-SHEN WANGMinistry of Science and Technology
2008Regenerating Myocardial Cells by Using Mesenchymal Stem Cell (Msc)---Effect of Different Fabrication Techniques of Silk Fibrion-Based Scaffolds on Differentiation of Msc into Myocardiocytes in vitro, and Aminal StudySHOEI-SHEN WANGMinistry of Science and Technology
2008Promoting Organ Transplantation Genetic Nursing Evidence Practice in Taiwan: Challenges and Vision from Now to Five Years---Preliminary Comparison on Taiwan's and USA NursesSHOEI-SHEN WANGMinistry of Science and Technology
2007Effect of Different Surface Modifications and Fabrication Techniques of Silk Fibrion-Based Scaffolds on Differentiation of MSC into Myocardiocytes in vitro, and on Regenerating Myocadiacytes in Myocardial Infarction (MI) RatsSHOEI-SHEN WANGMinistry of Science and Technology
2006Regenerating Myocardial Cells by Using Mesenchymal Stem Cell (MSC)---The Effect of A. Different Scaffold Surface Material, B. Different Growth and Differentiation Environment on the Differentiat of MSC within Tissue Engineering ScaffoldSHOEI-SHEN WANGMinistry of Science and Technology
2006Effects of Exercise Therapy on Ventricular and Endothelial Function in Patients after Coronary Artery Bypass Graft (II)SHOEI-SHEN WANGMinistry of Science and Technology
2005Tissue Engineering the Conduit of LVAD---The Growth of Endothelium Cells on Nano-Structured Surface of Chitosan/PCL FilmSHOEI-SHEN WANGMinistry of Science and Technology
2005Management of Moderate Mitral Regurgitation in Patients Underwent Offpump Coronary Artery Bypass Surgery---The Role of Intraoperative Transesophageal Echocardiography and the Plasma Levels of New Cardiac MarkersSHOEI-SHEN WANGMinistry of Science and Technology
2005Effects of Exercise Therapy on Ventricular and Endothelial Function in Patients after Coronary Artery Bypass Graft (I)SHOEI-SHEN WANGMinistry of Science and Technology
2005Study on the Structure of Ox-LDL and Its Clinical Application (III)SHOEI-SHEN WANGMinistry of Science and Technology
2005Study on the Structure of Ox-LDL and Its Clinical Application (III)SHOEI-SHEN WANGMinistry of Science and Technology
2004New Materials for Conduct of LVAD-Tissue Engineering of Poly(E-Caprolactone) (PCL) by Nano Surface TechniqueSHOEI-SHEN WANGMinistry of Science and Technology
2004Study on the Structure of Ox-LDL and Its Clinical Application (II)SHOEI-SHEN WANGMinistry of Science and Technology
2003Effects of Nano-meter (nm) Scale of Surface Roughness on the Growth of Endothelial Cells on PU Conduit of LAVDSHOEI-SHEN WANGMinistry of Science and Technology
2003Study on the Structure of Ox-LDL and Its Clinical Application (I)SHOEI-SHEN WANGMinistry of Science and Technology
2002The Study of the Effect of Endothelialized LVAD Conduits on the Platelet of ECMO PatientsSHOEI-SHEN WANGMinistry of Science and Technology
2002Applications of Virtual Reality in Surgical Technology and EducationSHOEI-SHEN WANGMinistry of Science and Technology
2001The Endothelialization of LVAD Conduct for Different GRGD Grafting ConditionSHOEI-SHEN WANGMinistry of Science and Technology
2001The Development of Biological Control and Chronic Animal Physiological Study in Taita-No.1 Ventricular Assist Device (I)SHOEI-SHEN WANGMinistry of Science and Technology
2001Study of Photon Measurement Technique on Blood Circulation (III)SHOEI-SHEN WANGMinistry of Science and Technology
2001Study of Laser Doppler Velocimeter on Animal Experiments (III)SHOEI-SHEN WANGMinistry of Science and Technology
2001The Development of Biological Control and Chronic Animal Physiological Study in Taita-No.1 Ventricular Assist DeviceSHOEI-SHEN WANGMinistry of Science and Technology
2000Study of Laser Doppler Velocimeter on Animal ExperimentsSHOEI-SHEN WANGMinistry of Science and Technology
2000The Preparation of New Collagen Layer on PU Surface and the Effect on the Growth of Endothelial CellsSHOEI-SHEN WANGMinistry of Science and Technology
2000The Development of Biological Control and Chronic Animal Physiological Study in Taita-No. 1 VentricuSHOEI-SHEN WANGMinistry of Science and Technology
2000Study of Photon Measurement Technique on Blood CirculationSHOEI-SHEN WANGMinistry of Science and Technology
1999Endothelial Cells Adhesion and Growth on Pu Surfaces with Grafted RGDS Peptides and Blood Compatibility of the Endothelialized Surfaces---Response to Shear StressSHOEI-SHEN WANGMinistry of Science and Technology
1999Study of Laser Doppler Velocimeter on Animal ExperimentsSHOEI-SHEN WANGMinistry of Science and Technology
1999Study of Photon Measurement Technique on Blood CirculationSHOEI-SHEN WANGMinistry of Science and Technology
1998Effect of RGDS Forms Immobilized onto Polyurethane on Endothelial Cell Growth (III)SHOEI-SHEN WANGMinistry of Science and Technology
1998The Development and Animal Experiments of Left Ventricular Assist Device (LVAD) (III)SHOEI-SHEN WANGMinistry of Science and Technology
1997Can Myocardial Ischemia Reperfusion Injury Be Prevented by Neutrophil Elastase InhibitorSHOEI-SHEN WANGMinistry of Science and Technology
1997The Development and Animal Experiment of Left Ventricular Assist Device (LVAD) (II)SHOEI-SHEN WANGMinistry of Science and Technology
1996The Prolongation of Myocardial Preservation by Neutrophil ElSHOEI-SHEN WANGMinistry of Science and Technology
1996Heparin Immobilization onto PU Surfaces and the Influence on Blood Compatibility (I)SHOEI-SHEN WANGMinistry of Science and Technology
1996Prolongation of Cardiac Allograft by BaicaleinSHOEI-SHEN WANGMinistry of Health and Welfare
1996Heparin Immobilization onto PU Surfaces and the Influence on Blood Compatibility (I)SHOEI-SHEN WANGMinistry of Science and Technology
1995The Effect of Acute Cardiac Rejection on Intropic ResponsesSHOEI-SHEN WANGMinistry of Science and Technology
1995Heparin Immobilization Onto PU Surface through Photochemical ReactionsSHOEI-SHEN WANGMinistry of Science and Technology
1994Prolongation of Cardiac Allograft by CurcuminSHOEI-SHEN WANGMinistry of Health and Welfare
1993Effect of Rejection on Cardiac Response to Inotropic Agent in Perfused Rat HeartSHOEI-SHEN WANGMinistry of Science and Technology
1993NONESHOEI-SHEN WANGMinistry of Health and Welfare
1992Serial Changes of Atrial Natriuretie Peptide after Heart TransplantationSHOEI-SHEN WANGMinistry of Science and Technology
1992The Development of Centrifugal PumpsSHOEI-SHEN WANGMinistry of Science and Technology