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Poster
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P2-395 P-T06B-1776
Biomaterials for specific medical applications Ultra-fast self-healing toughness-enhancing bioadhesives Zhanshan Gao |
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P2-396 P-T06C-1218
Biomaterials for specific medical applications Nitric Oxide-Releasing Surface with Enhanced Albumin Affinity Mitigates Infection and Foreign Body Reaction Yi Wu |
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P2-397 O-T06D-2939
Biomaterials for specific medical applications The impact of polyethylene glycol and Tween polymer as surface modifiers on rare-earth-doped nanoparticles as a shortwave infrared agent Mohd Yaqub Khan |
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P2-398 E-T06C-2630
Biomaterials for specific medical applications Exploring re-osseointegration of mechanically overloaded titanium implants. Martina Jolic |
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P2-399 P-T06B-3973
Biomaterials for specific medical applications Photo-crosslinking of suckerin-based adhesive hydrogels using a natural polyphenol Jayaseelan Rajasekaran |
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P2-400 P-T06C-4083
Biomaterials for specific medical applications The role of various salts in the emulsification process of plant-based starch to improve anti-adhesion material efficacies Tzu-Shan Fang |
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P2-401 P-T06C-2048
Biomaterials for specific medical applications Calcium Anchoring on Globular and Lamellar Microstructures on the Ti6Al4V alloy surface for the Hydroxyapatite Growth Mercedes Paulina Chávez Díaz |
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P2-402 E-T06B-1115
Biomaterials for specific medical applications Enhancing Mussel Foot Protein Adhesion with Metal-Infused Nanoparticle Yang Wei |
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P2-403 E-T06C-3667
Biomaterials for specific medical applications Characteristics of polysaccharides-containing care solution on tear film components removal and lubrication for orthokeratology lenses You-Cheng Chang |
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P2-404 O-T06D-3583
Biomaterials for specific medical applications Photoconvertible fluorescent coding systems for individual cell labeling and tracking Olga Sindeeva |
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P2-405 O-T06C-1200
Biomaterials for specific medical applications Biomimetic electrospun tri-layer tissue engineered heart valve leaflets with low calcification and good regenerative ability Jing Liu |
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P2-406 E-T06C-3617
Biomaterials for specific medical applications Poly(styrene-block-isobutylene-block-styrene) (SIBS) triblock copolymer for an implantable glaucoma device Yongmoon Kwon |
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P2-407 E-T06C-3620
Biomaterials for specific medical applications Bulk properties of poly(styrene-block-isobutylene-block-styrene) (SIBS) triblock copolymer for implantable devices Yasushi Kato |
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P2-408 P-T06B-3342
Biomaterials for specific medical applications Porous titanium complex with mimicking amino acid domain as a compound for bioactive bone scaffolds Pemikar Srifa |
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P2-409 O-T06C-1782
Biomaterials for specific medical applications Integration of poly(3,4-ethylenedioxythiophene)/carbon nanotube (PEDOT/CNT) coating on flexible implantable neural devices to achieve multimodality and implant stability Elisa Castagnola Castagnola |
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P2-410 E-T06C-1547
Biomaterials for specific medical applications Coil geometry and efficiency of muscle-like actuators Sinmisola Aloko |
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P2-411 P-T06B-3931
Biomaterials for specific medical applications Development of a novel fibrin matrix derived from Platelet-Rich Plasma Jon Mercader Ruiz |
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P2-412 O-T06D-1173
Biomaterials for specific medical applications Visualizing superfine microvasculature in magnetic resonance images using supramolecular MR contrast agent RAGHAV SONI |
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P2-413 O-T06C-2577
Biomaterials for specific medical applications Water-triggered stiffening of shape-memory polyurethanes composed of hard backbone dangling PEG soft segments Wenkai Liu |
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P2-414 P-T06E-4298
Biomaterials for specific medical applications Ultra-tiny gelatin nanoparticles-combined hybrid stem cell spheroids for tissue regeneration Kim Dream |
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P2-415 P-T06E-4240
Biomaterials for specific medical applications Development of porous and uniaxially aligned cell-laden 3D constructs for muscle regeneration Youngwon Koo |
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P2-416 P-T07B-3208
Biomaterials for in vitro (extracorporeal) analysis Regenix™ kidney: ready-to-use, kidney-specific hydrogel for 3D cell culture research Seungrok Lee |
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P2-417 P-T07B-3224
Biomaterials for in vitro (extracorporeal) analysis Regenix™ Heart: Custom hydrogel for advanced 3D cultivation of cardiac cells Seulbi Lee |
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P2-418 P-T07B-3215
Biomaterials for in vitro (extracorporeal) analysis Exploring Regenix™ Lung as a tissue-specific matrix for organoid culture studies Da Hye Song |
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P2-419 P-T07B-3197
Biomaterials for in vitro (extracorporeal) analysis Tissue-specific extracellular matrix hydrogels as matrigel alternatives for organoid culture: a comparative proteomic analysis Eun Je Jeon |
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P2-420 P-T07B-3218
Biomaterials for in vitro (extracorporeal) analysis Regenix™ Intestine: Overcoming challenges in organoid culture matrices. Dong Gue Lee |
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P2-421 P-T07B-3211
Biomaterials for in vitro (extracorporeal) analysis Regenix™ Liver: Ready-to-use, liver-specific hydrogel for 3D cell culture research. Dong Gue Lee |
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P2-422 P-T07B-2228
Biomaterials for in vitro (extracorporeal) analysis Esophagus-mimicking scaffold for culturing esophageal organoids Sewon Park |
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P2-423 P-T07B-3316
Biomaterials for in vitro (extracorporeal) analysis Cryopreservation of spheroid Eui Bum Choi |
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P2-424 P-T07B-2601
Biomaterials for in vitro (extracorporeal) analysis 3D in vitro synovial membrane model on polycaprolactone-micropatterned nanofibrous microwells for screening disease-modifying anti-rheumatic drugs Dongwoo Kim |
