Current Research Grants (as of 2025)
Combination of an osteoangiogenic construct and an osteoanabolic bioadhesive for alveolar ridge engineering (PI) (National Science and Technology Council, Taiwan, 2024-2027).
Therapeutic potential of osteogenic adipose-derived stem cell-derived exosomes-laden hydrogel for promoting wound healing and osteogenesis (Co-PI) (National Science and Technology Council, Taiwan, 2025-2026).
Establishment of Suitable Alveolar Ridge Contour for Dental Implant Placement on the Cone-Beam Computerized Tomography Images via Deep Learning Approaches (PI) (National Science and Technology Council, Taiwan, 2024-2025).
Previous Research Grants
Adipose-derived stem cells-parathyroid hormone-laden hydrogel for alveolar ridge regeneration (Co-PI) (National Science and Technology Council, Taiwan, 2024-2025).
Combination of Artificial intelligence and 3D-Printing Technology to design titanium meshes for alveolar ridge regeneration: A preliminary clinical evaluation (PI) (NTUH, Taiwan, 2024-2024)
Allogenic gingival stem cell as a potential modality for treating mucosal and osseous wounds in jaws affected by medication-related osteonecrosis (PI) (National Science and Technology Council, Taiwan, 2021-2024)
Adipose-derived stem cell-laden electroactive and photocurable hydrogel for promoting wound healing and peri-implant osteogenesis (PI) (NTUH, Taiwan, 2023-2023)
Adipose-derived stem cells-laden enamel matrix derivatives-absorbed 3D-printed biologic construct to facilitate ridge augmentation (PI) (ITI, Switzerland, 2022-2023)
Development of a novel tissue engineering approach using adipose-derived stem cells to enhance skin and oral mucosa healing in diabetic subjects (Co-PI) (NTUH, Taiwan, 2020-2022)
Development of a Rapid-Prototyped Dual-Compartmental Scaffold for Periodontal Regeneration (PI) (National Taiwan University, Taiwan, 2019-2021)
Synergism of Heme Oxygenase-1 Inducer and Bone Morphogenetic Protein-2 Inducer with a 3D-Printed Hydroxyapatite-Based Scaffold Promotes Alveolar Ridge Regeneration (PI) (Ministry of Science and Technology, Taiwan, 2019-2021)
Waveform Micro-Channel Guided Tooth-Tissue Interfacial Reconstruction (PI) (NTUH, Taiwan, 2018-2019)
Alveolar Ridge Regeneration Using A Biomimetic Scaffold with Degradable Viscoelastic Substrate (PI) (NHRI, Taiwan, 2019-2021)
Evaluation of Dental Implant Placement in the Sloped Alveolar Ridge (Co-PI) (NTUH, Taiwan, 2019)
Acceleration of Alveolar Ridge Regeneration Using A Rapidly Prototyped Three-Dimensional Calcium Phosphate-Based Scaffold (PI) (ITI, Switzerland, 2019-2020)
Design of A Hybrid Regeneration System Composed of Microspheres with Dual Biomolecules and Three-Dimensional Biomimetic Scaffold For Alveolar Ridge Augmentation (PI) (Ministry of Science and Technology, Taiwan, 2017-2019)
LED Light As An Adjunctive Treatment Modality of Periodontal Diseases (PI) (NTUH, Taiwan, 2017)
Promotion of Peri-implant Osteogenesis and Osseointegration by Functional Modification of Regenerative Membrane (PI) (Ministry of Science and Technology, Taiwan, 2016-2017)
Development of a Point-of-Care Periodontal Diagnostic Modality Based on the Cytokines in Saliva (PI) (NTUH, Taiwan, 2015-2016)
Termo-sensitive and pH-responsive nanogel encapsulating anti-glycation agents for periodontal treatment and bone regeneration (PI) (Ministry of Science and Technology, Taiwan, 2014-2016)
Modulatory mechanism of periodontopathogen-induced inflammation by using naringin (PI) (NTUH, Taiwan, 2014-2015)
A four-component design to combine anti-glycation and bioactive agents for periodontal regeneration (PI) (NHRI, Taiwan, 2014-2017)
Local Anti-Glycation Agent Delivery for the Periodontal Treatment (PI) (National Science Council, Taiwan, 2013-2014)
Aminoguanidine: A prospective medicine for periodontal treatment and promoting osseointegration (PI) (National University Health System, Singapore, 2011-2012)
Advanced glycated end-products in periodontal destruction (PI) (NUS, Singapore, 2011-2012)
Mathematical modeling of the esthetic anterior crown-mucogingival profile (PI) (NUS, Singapore 2011-2012)
Dual compartmental growth factor delivery to achieve periodontal tissue regeneration (PI) (National Medical Research Council, Singapore, 2010-2012)
Synergetic biomolecules delivery to promote diabetic dentoalveolar regeneration (PI) (NUS, Singapore, 2010-2012)