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P4-394 O-T06F-0366
Biomaterials for specific medical applications
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Wound healing
Metal-phenolic self-assembly shielded probiotics in hydrogel reinforced wound healing with antibiotic treatment
Chen Zhou
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P4-396 O-T06F-0753
Biomaterials for specific medical applications
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Wound healing
Proangiogenic cyclic peptide nanotubes for diabetic wound healing
Vatan Chawla
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P4-397 E-T06F-3098
Biomaterials for specific medical applications
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Wound healing
3D Printed Bacterial Cellulose Based Hydrogel Patches for Wound Healing
Syed Mohammad Daniel Syed Mohamed
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P4-398 P-T06E-1276
Biomaterials for specific medical applications
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Tissue regeneration
Antioxidant, anticancer and antibacterial type I collagen /Tannic Acid Aerogel : application in tissue engineering
Lorinne ADAM
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P4-399 P-T06E-1242
Biomaterials for specific medical applications
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Tissue regeneration
Develop an implantable medical device based on a dehydrated, sterile, viro-inactivated membrane derived from perinatal tissue
Lorinne ADAM
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P4-400 E-T06A-2468
Biomaterials for specific medical applications
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Antimicrobial biomaterials
Chitosan-Based Natural Antimicrobial for Preventing Hospital-Acquired Infections
Sushant Sawant
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P4-401 O-T06F-1667
Biomaterials for specific medical applications
-
Wound healing
Polyelectrolyte Complexation for Quick Hemostasis
Sajjad Fanaee
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P4-402 P-T06E-4120
Biomaterials for specific medical applications
-
Tissue regeneration
High-performance hydrogel-encapsulated engineered exosomes for supporting endoplasmic reticulum homeostasis and boosting diabetic bone regeneration
Yulan Liu
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P4-403 O-T06F-0186
Biomaterials for specific medical applications
-
Wound healing
Multifunctional zinc-based carbon dot nanocomposite hydrogels for chronic refractory wounds treatment and real-time imaging
dai sheng
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P4-404 E-T06F-0344
Biomaterials for specific medical applications
-
Wound healing
ROS-scavenging hydrogel to accelerate wound healing and reduce scar formation
Xuedong Shu
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P4-405 E-T06F-2103
Biomaterials for specific medical applications
-
Wound healing
Highly Active Frozen Nanovesicles microneedles for senile wound healing via antibacteria, immunotherapy and skin regeneration
Jingyi Xu
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P4-406 P-T06E-2092
Biomaterials for specific medical applications
-
Tissue regeneration
BRD9-mediated chromatin remodeling suppresses osteoclastogenesis through negative feedback mechanism
Yili Liu
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P4-407 P-T06E-4057
Biomaterials for specific medical applications
-
Tissue regeneration
Injectable and Adhesive Hydrogel Formulation for Exosome Delivery: A Minimally Invasive Therapeutic Strategy for the Treatment of Myocardial Infarction
Ubaid Tariq
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P4-408 P-T06F-4001
Biomaterials for specific medical applications
-
Wound healing
A Self-Assembling Anionic Peptide-Based Biocompatible, Antibacterial Hydrogel Platform for Mesenchymal Stem Cell Encapsulation and Delivery to Repair Diabetic Wound
Nabanita Mukherjee
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P4-409 E-T06F-1416
Biomaterials for specific medical applications
-
Wound healing
Stratifying the secretome collected within tissue-mimetic Bio-Block™ system identifies key role of extracellular vesicles in native wound healing
Jacob Hodge
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P4-410 O-T06F-0566
Biomaterials for specific medical applications
-
Wound healing
Towards biomanufacturing of an innovative collagen hydrogel-based dermal template for enhanced wound healing
Le Quang Bach
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P4-411 O-T06F-1817
Biomaterials for specific medical applications
-
Wound healing
Incorporation of curcumin nanoparticles into hybrid polymer hydrogel for effective chronic wound treatment
SUYEON KIM
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P4-412 E-T06F-3567
Biomaterials for specific medical applications
-
Wound healing
A thermosensitive, pH responsive injectable self-healing hydrogel for chronic wound healing
Dongdong Wan
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P4-413 O-T06F-3531
Biomaterials for specific medical applications
-
Wound healing
3D bioprinted alginate/probiotic patches for chronic wound bacteriotherapy
Serena Danti
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P4-414 E-T06F-0236
Biomaterials for specific medical applications
-
Wound healing
Tilapia skin extracted collagen/biodegradable polyester composites treated with antibiotics for the fabrication of scaffolds with antibacterial activity
Lerma Hanaiy Chan-Chan
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P4-415 O-T06F-2900
Biomaterials for specific medical applications
-
Wound healing
Injectable Multifunctional Hydrogel Incorporating Reactive Oxygen Species Scavenger and Nitric Oxide Donor to Accelerate Healing of Diabetic Wound
Ngoc Quyen Tran
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P4-416 P-T06E-2313
Biomaterials for specific medical applications
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Tissue regeneration
3D printable Kartogenin-conjugated GelMA/methacrylated sulfated aminated alginate based bilayer hydrogel with robust interface bonding for osteochondral defect repair
Ruohan ZHENG
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P4-417 O-T06F-1065
Biomaterials for specific medical applications
-
Wound healing
Development of a New Applicator of Hydrogel Precursor Powder for Esophageal Stricture Prevention after Endoscopic Submucosal Dissection
Takeshi Fujiyabu
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P4-418 O-T06F-0647
Biomaterials for specific medical applications
-
Wound healing
Chronic Wound Dressings Loaded with Bioactive Factors from Mesenchymal Stem Cells
Ziyang Lan
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P4-419 E-T06F-2547
Biomaterials for specific medical applications
-
Wound healing
hPDLSCs repair diabetic trauma via activated integrin β1 by Recombinant human fibronectin peptide
Jianhang Cong
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P4-420 E-T06F-3511
Biomaterials for specific medical applications
-
Wound healing
Cell membrane-coated Microribbon Scaffolds for Skin Wound Regeneration Via Immunomodulation
Sungwon Kim
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P4-421 P-T07E-3331
Biomaterials for in vitro (extracorporeal) analysis
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Organ-on-a-chip
Modeling Endometriosis in a Human Fallopian Tube-on-a-Chip: Investigating the Degradation of Ciliated Cells
Seunghee Kim
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P4-422 P-T07C-4227
Biomaterials for in vitro (extracorporeal) analysis
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In vitro cancer models
Inducing Normal Fibroblasts into Cancer Associated Fibroblasts (CAF) Using a Novel Hydrogel-Based 3D Coculture System
Hyeon Song Lee
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P4-423 E-T07E-0645
Biomaterials for in vitro (extracorporeal) analysis
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Organ-on-a-chip
Accurate drug screening by design of anti-fouling channel wall microfluidic platform
Tae Young Kim
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P4-424 P-T07E-1889
Biomaterials for in vitro (extracorporeal) analysis
-
Organ-on-a-chip
Perivascular niche mimicking microfluidic model for the evaluation of drug resistance
Hyeono Nam
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