한국조직공학·재생의학회 (1일차) TERMIS-AP 2022 : 2022-10-05
교육일자 : 2022-10-05
교육장소 : 제주 ICC  
교육주제 : (1일차) TERMIS-AP 2022
주최기관 : 한국조직공학·재생의학회
담당자 : 김경민
연락처 : 070-7558-2608  
이메일 : kterms@gmail.com      
교육종류 : 내과, 산부인과, 정형외과, 신경외과, 성형외과, 이비인후과, 비뇨의학과, 신경과분자생물학, 의료커뮤니케이션, 의학교육
참석예상인원 : 1300명
희망평점 : 4점  
지역 : 제주특별자치도
교육시간 : 18 시간 10분  
세부수강료 : 1,380,000원      
비고 TERMIS Member-Early-bird (Member: USD 800 / Student: USD 350 / Young Investigator: USD 350 / Emerging Country: USD 500) Standard (Member: USD 900 / Student: USD 400 / Young Investigator: USD 400 / Emerging Country: USD 550) Non-member-Early-bird (Non-member: USD 950 / Student: USD 450 / Young Investigator: USD 600 / Emerging Country: USD 600) Standard (Non-member USD 1,050 / Student: USD 500 / Young Investigator: USD 650 / Emerging Country: USD 650) Accompanying Person-Early-bird: USD 250 Conference Banquet Ticket-Early-bird: USD 100      

구분 월일 강의실 시간 교육제목  강사명(소속) 필수과목
기타 10-05 Tamna Hall 13:00~13:30 Opening Ceremony  () 
교육시간 10-05 Tamna Hall 13:30~14:30 Overcoming translational challenges for the new era of regenerative medicine  James J. Yoo(Wake Forest Institute for Regenerative Medicine, Winston Salem, North Carolina, U.S.A.) 
교육시간 10-05 Halla Hall 14:30~14:55 Engineering scaffold-free tissue constructs via modular assembly, cell-only bioprinting and 4D strategies  Eben Alsberg(University of Illinois at Chicago) 
교육시간 10-05 Halla Hall 14:55~15:10 Micro/Nano engineered biomaterials for manufacturing biomimetic tissues and biomedical applications  Su Ryon Shin(Harvard Medical School/Brigham and Women’s Hospital) 
교육시간 10-05 Halla Hall 15:10~15:25 Creating advanced bio-inks using microfluidics to engineer multiscale tissue  Jeroen Leijten(University Twente) 
교육시간 10-05 Halla Hall 15:25~15:40 A 3D culture platform promotes maturation of mirain-fated iPSCs into functional, physiologically relevant synaptic networks  Stephanie Seidlits(University of Texas at Austin) 
교육시간 10-05 Halla Hall 15:40~15:55 Biofabrication of engineered tissues by 3D bioprinting of tissue specific, high cell density bioinks  Oju Jeon(University of Illinois Chicago) 
교육시간 10-05 Samda Hall 14:30~14:55 Are there hopeful new strategies to rejuvenate myocardium?  Hun-Jun Park(The Catholic University of Korea) 
교육시간 10-05 Samda Hall 14:55~15:10 Effect and application of cryopreserved three-dimensional microcardiac spheroids inmyocardial infarction therap  Paulo André Nóbrega Marinho(T&R Biofab) 
교육시간 10-05 Samda Hall 15:10~15:25 Effect and application of cryopreserved three-dimensional microcardiac spheroids in myocardial infarction therapy  Suk Ho Bhang(Sungkyunkwan University) 
교육시간 10-05 Samda Hall 15:25~15:40 Three-dimensional microenvironments boost direct cardiac reprogramming  Yoonhee Jin(Yonsei University Medical College) 
교육시간 10-05 Samda Hall 15:40~15:55 Vascular Patches Comprising Polycaprolactone/Decellularized Extracellular Matrix (PCL/dECM)-Based Core/Shell Nanofibers for Arterial Healing and Vascular Reconstruction  Muhammad Shafiq(Department of Chemical Engineering, Faculty of Engineering, Graduate School, Kyushu University) 
교육시간 10-05 Room 301 14:30~14:55 3D bioprinted biomimetic bone scaffolds for mandibular reconstruction  Sang Jin Lee(Wake Forest University School of Medicine) 
교육시간 10-05 Room 301 14:55~15:10 Vessel-derived decellularized extracellular matrices (VdECM): Novel bio-engineered materials for the wound healing  Suk-Ho Moon(The Catholic University of Korea) 
교육시간 10-05 Room 301 15:10~15:25 ASC/chondrocyte-laden alginate hydrogel/PCL hybrid scaffold fabricated using 3D printing for auricle regeneration  Chul Ho Jang(Chonnam National University) 
교육시간 10-05 Room 301 15:25~15:40 Development of the In-situ Monitoring System for Molecular Response to Mechanical Stimuli in Three-Dimensional Tissue-Engineered Cartilage  Yuna Kuriki(Graduate School of Life and Medical Sciences, Doshisha University) 
교육시간 10-05 Room 301 15:40~15:55 Novel chitosan dermal filler with enhanced moldability and elasticity  Sung-hwan Yoon(Department of Plastic and Reconstructive Surgery, SMG-SNU Boramae Medical Center) 
교육시간 10-05 Room 302 14:30~14:55 Extracellular vesicles derived mesenchymal stem cells for the treatment of intractable neonatal diseases  Yun Sil Chang(Samsung Medical Center, Sungkyunkwan University School of Medicine) 
교육시간 10-05 Room 302 14:55~15:10 Magnet-Assisted Systemic Delivery of Artificial Extracellular Vesicles to Injured Central Nervous System  Han Young Kim(Catholic University of Korea) 
교육시간 10-05 Room 302 15:10~15:25 Engineered small extracellular vesicles displaying sACE2 to protect against SARS-CoV-2 infectionase use upper-case letters only for the first word  Hark Kyun Kim(Sungkyunkwan University) 
교육시간 10-05 Room 302 15:25~15:40 Use of sheep intervertebral disc cells to evaluate extracellular vesicle (EVs) therapies in vitro  Catherine Le Visage(Inserm, Nantes Universite) 
교육시간 10-05 Room 302 15:40~15:55 Development of stem cell EV therapeutics bench to bedside  Yong Woo Cho(Hanyang University ERICA) 
교육시간 10-05 Room 303 14:30~14:55 NeuroRegen® Scaffold for spinal cord injury repair: animal models to clinical study  Jianwu Dai(Center for Regenerative Medicine, Institute of Genetics and Developmental Biology, Chinese Academy of Sciences) 
교육시간 10-05 Room 303 14:55~15:10 Engineering Vascularized Nerve Tissue Construct  Ying-Chieh Chen(National Tsing-Hua University) 
교육시간 10-05 Room 303 15:10~15:25 Spinal cord progenitor cells encapsulated in hydrogel for spinal cord injury treatment  Christy Kwokdinata(School of Chemical and Biomedical Engineering, Nanyang Technological University) 
교육시간 10-05 Room 303 15:25~15:40 Engineered myoglobin as an oxygen vector for stem cell transplants  Elizabeth Zoneff(University of Melbourne) 
교육시간 10-05 Room 303 15:40~15:55 Fabrication of ultrathin and flexible basement membrane for enhanced human iPS-derived blood-brain barrier model  Jeong-Won Choi(Ulsan National Institute of Science and Technology) 
교육시간 10-05 Room 401 14:30~14:40 The effects of matrix-bound nanovesicles (MBVs) derived high-hydrostatic pressure decellularized tissues on neural regeneration  Mako Kobayashi(Tokyo Medical and Dental University) 
교육시간 10-05 Room 401 14:40~14:50 Interactions between macrophage and human fibroblast-derived extracellular matrix lead to advanced wound healing  Cininta Savitri(Korea Institute of Science and Technology) 
교육시간 10-05 Room 401 14:50~15:00 Exploring the use of regulatory T cells to promote tissue repair and regeneration  Bhavana Nayer(Australian Regenerative Medicine Institute, Monash University) 
교육시간 10-05 Room 401 15:00~15:10 A designed spacer for resolving collagen hydrogel contraction  SHIH-YEN WEI(National Tsing-Hua University) 
교육시간 10-05 Room 401 15:10~15:20 Trizonal, tissue-engineered meniscus microtissues for treatment of meniscal defects in a micropig partial meniscectomy model  Sujin Noh(Department of Biomedical Sciences, Graduate School of Ajou University) 
교육시간 10-05 Room 401 15:20~15:30 Biomimetic semi-flexible hydrogel with reduced inflammation for bone defects  Jae Seo Lee(Department of Dentistry, Graduate School, Kyung Hee University) 
교육시간 10-05 Room 401 15:30~15:40 Fabrication of cell bead-laden 3D structure via oil-free microfluidic system for using thermoresponsive hydrogel  Juyeon Kim(Sungkyunkwan University) 
교육시간 10-05 Room 401 15:40~15:50 Spatiotemporal modulation of skeletal muscle regeneration with varying vasculature patterns in an in-bath bioprinted skeletal muscle tissue  Seungyeun Cho(POSTECH) 
교육시간 10-05 Room 401 15:50~16:00 Effect of chondroitin sulfate concentration and matrix stiffness on chondrogenic differentiation of mesenchymal stem cells  Chengchong Ai(National University of Singapore) 
휴식 10-05  16:00~16:30 Coffee Break  () 
교육시간 10-05 Halla Hall 16:30~16:55 Development of cultured steak by tissue engineering  Ai Shima(The University of Tokyo) 
교육시간 10-05 Halla Hall 16:55~17:10 Primary culture of bovine muscle cells and fabrication of aligned muscle tissues for cultured meat production  Hironobu Takahashi(Tokyo Women) 
교육시간 10-05 Halla Hall 17:10~17:25 Green Substrates for Sustainable Nutrient Delivery to Enhance Seedling Development in Hydroponics  Kee Woei Ng(Nanyang Technological University) 
교육시간 10-05 Halla Hall 17:25~17:40 Development of suspension culture method for cultured meat production  Katsuhisa Sakaguchi(Waseda University) 
교육시간 10-05 Halla Hall 17:40~17:55 Legume-based scaffolds for the lab-grown production of cultured meat  Rakesh Bhaskar(Yeungnam university) 
교육시간 10-05 Samda Hall 16:30~16:55 Rapid regeneration of a neoartery with elastic lamellae  Anthony (Tony) Weiss(University of Sydney) 
교육시간 10-05 Samda Hall 16:55~17:10 Human cardiac tissue engineering for tissue maturation  Katsuhisa Matsuura(Tokyo Women) 
교육시간 10-05 Samda Hall 17:10~17:25 A Human iPSC-based Cardiac Tissue Model To Understand Age-Related Heart Failure  Justin Cooper-White(School of Chemical Engineering,Australian Institute for Bioengineering and Nanotechnology,The University of Queensland) 
교육시간 10-05 Samda Hall 17:25~17:40 Effect of ECM remodeling by cardiac fibroblast on the formation and maturation of 3D cardiac bundle In Vitro  Yongjun Jang(Korea University) 
교육시간 10-05 Samda Hall 17:40~17:55 Hyaluronic acid infiltrated collagen type I+elastin scaffolds for myocardial repair  Hazal Gezmis(University of Oxford) 
교육시간 10-05 Samda Hall 17:55~18:10 3D vascularized tissue construct using protein-based composites  Linyang Liu(the University of Sydney) 
교육시간 10-05 Room 301 16:30~16:55 Engineering nano-biomaterials for tissue fabrication and regenerative medicine  Su Ryon Shin(Harvard Medical School/Brigham and Women’s Hospital) 
교육시간 10-05 Room 301 16:55~17:10 Nuclear Softening Expedites Interstitial Cell Migration in Fibrous Dense Connective Tissues  Su-Jin Heo(University of Pennsylvania) 
교육시간 10-05 Room 301 17:10~17:25 A regenerative dermal template for development of the next generation artificial skin graft  Bach Le(Bioprocessing Technology Institute) 
교육시간 10-05 Room 301 17:25~17:40 To heal or not to heal: 3D in vitro M2 macrophage model to mimic modulation of tissue repair  Jiranuwat Sapudom(Laboratory for Immuno Bioengineering Research and Applications, Division of Engineering, New York University Abu Dhabi, Abu Dhabi, UAE) 
교육시간 10-05 Room 301 17:40~17:55 Breast tissue restoration after the partial mastectomy using Polycaprolactone scaffold  Wooyeol Baek(Yonsei University) 
교육시간 10-05 Room 302 16:30~16:55 Computational modeling of cells and extracellular vesicles for pediatric cell therapy  Michael Davis(Emory University) 
교육시간 10-05 Room 302 16:55~17:10 Cardioprotective activity of bioinspired cell-derived nanovesicles  Giorgia Pastorin(National University of Singapore) 
교육시간 10-05 Room 302 17:10~17:25 Extracellular vesicle therapeutics for treating inflammatory conditions  Joy Wolfram(The University of Queensland) 
교육시간 10-05 Room 302 17:25~17:40 Ultraefficient Exosome-guided Direct Cell Reprogramming Technique   Sun Hwa Kim(Korea Institute of Science and Technology) 
교육시간 10-05 Room 302 17:40~17:55 Extracellular vesicle (EV) engineering for intracellular delivery of therapeutic proteins using photocleavable proteins.  A-Ryeong Gwon(Exostemtech Co., Ltd |%$|) 
교육시간 10-05 Room 303 16:30~16:55 Preclinical angiogenesis models for enhancing bone tissue engineering.  Xuebin Yang(University of Leeds) 
교육시간 10-05 Room 303 16:55~17:10 Tissue Engineering Approach to Construct a Vascularized 3D-Human Tissue Model  Michiya Matsusaki(Osaka University) 
교육시간 10-05 Room 303 17:10~17:25 Long-term reversal of diabetes by subcutaneous transplantation of pancreatic islet cells and adipose-derived stem cell sheet  In Kyong Shim(Asan Medical Center) 
교육시간 10-05 Room 303 17:25~17:40 Pre-vascularization technique for the creation of 3D cardiac tissues  Hidekazu Sekine(Tokyo Women) 
교육시간 10-05 Room 401 16:30~16:40 Encoding interactions and printability into hairy colloidal biomaterials  Farhad Soheilmoghaddam(The University of Queensland) 
교육시간 10-05 Room 401 16:40~16:50 The modification of terminal end of thermal sensitive Pluronic for enhancing nasal drug deliver to brain  Tsung-Yun Wu(National Taiwan University of Science and Technology) 
교육시간 10-05 Room 401 16:50~17:00 Preparation of doxorubicin-liposomes loaded composite scaffolds of gelatin and gold nanoparticles for breast cancer therapy and breast tissue engineering  Huajian Chen(Research Center for Functional Materials, National Institute for Materials Science; Sch. of Pure and Applied Science, University of Tsukuba) 
교육시간 10-05 Room 401 17:00~17:10 Delivery of a spheroids-incorporated human dermal fibroblast sheet increases angiogenesis and M2 polarization for wound healing  Jiyu Hyun(Sungkyunkwan University) 
교육시간 10-05 Room 401 17:10~17:20 3D printed isosorbide-based polymer and gelatin methacrylate bilayer scaffold for osteochondral tissue engineering  Fiona Verisqa(Division of Biomaterials and Tissue Engineering, Eastman Dental Institute, University College London, Royal Free Hospital) 
교육시간 10-05 Room 401 17:20~17:30 3D-printed airway model as a tool for studying SARS-CoV-2 infection and antiviral therapeutics  Yunji Lee(POSTECH(Pohang university of science and technology)) 
교육시간 10-05 Room 401 17:30~17:40 Bioengineered mussel protein-based multi-layer dental implants for tooth-mimicking interface construction  Jinyoung Yun(POSTECH) 
교육시간 10-05 Room 401 17:40~17:50 Fibroblast growth factor 2 enhances valvular interstitial cell growth on decellularised matrices  Marcus Ground(University of Otago) 
교육시간 10-05 Room 401 17:50~18:00 Cellulose nanofibers as a promising topical haemostatic agent  Elmira Mohamed(Australian National University)