최우수 |
PO-95 |
Single Molecular Force across Integrin Determines Cell Motility |
고려대학교 |
한성범(김동휘) |
우수-학부 |
PO-1 |
Drug Delivery into Oocytes for DNA Repair |
차의과학대학교 |
이주현(박근홍) |
우수-1 |
PO-10 |
Anti-oxidative EGCG-coated biomaterials for tissue engineering |
한양대학교 |
이상민(신흥수) |
우수-2 |
PO-12 |
In vivo degradation studies of PGA-PLA block copolymers and their histochemical analysis for bio-resorbable spinal fixing devices |
성균관대학교 |
윤승균(정동준) |
우수-3 |
PO-16 |
Novel ROS-scavenging chitosan-based hydrogel to accelerate the wound healing process in hyperglycemia |
아주대학교 |
황진영(박기동) |
우수-4 |
PO-21 |
Application of Artificial Substitute Containing with Asiaticoside/ ε-poly-L-lysine for Enhanced Full-Thickness Wound Healing Properties |
연세대학교 |
선경미(박종철) |
우수-5 |
PO-24 |
Targeted antitumor drug delivery using pH-sensitive polymeric nanoparticles |
가톨릭대학교 |
안민지(나건) |
우수-6 |
PO-27 |
Non-invasive CT contrast agent to diagnosis Bile duct disease |
가톨릭대학교 |
이장수(나건) |
우수-7 |
PO-37 |
Hyperbaric oxygen-generating hydrogels for tissue regenerative medicine |
인천대학교 |
김연정(박경민) |
우수-8 |
PO-45 |
Enhanced photodynamic system by oxygen generation via tumor microenvironment |
광주과학기술원 |
민기윤(태기융) |
우수-9 |
PO-51 |
Repositioning Dihydroergotamine with Self-Assembled PEGylated Human Serum Albumin Nanocarrier to Anti-Inflammatory Disease |
성균관대학교 |
김동민(정지훈) |
우수-10 |
PO-62 |
Hybrid vesicle-coated nanoparticles by a novel engineering strategy for drug delivery system |
중앙대학교 |
장연우(박한수) |
우수-11 |
PO-69 |
Fabrication of biodegradable pullulan hydrogels via EDC-NHS crosslinking to an injectable hemostatic agent |
금오공과대학교 |
이혜영(권오형) |
우수-12 |
PO-73 |
poly-UDCA nanoparticle as a prodrug to promote bone regeneration and osteogenic differentiation of mesenchymal stem cells |
동국대학교 |
박효은(이수홍) |
우수-13 |
PO-83 |
Promoting effectiveness of cancer therapy with stem cells carrying thermogenic particles |
성균관대학교 |
이상호(방석호) |
우수-14 |
PO-100 |
Fluorescent Nanodiamond - Hyaluronate Conjugates for Molecular Imaging |
포항공과대학교 |
한혜현(한세광) |
우수-15 |
PO-102 |
Label-free 3D analysis of odontogenic differentiation of human dental pulp stem cell spheroids |
중앙대학교 |
김희중(김태형) |
우수-16 |
PO-107 |
Release of Nitric Oxide from Multifunctional Biodegradable Vascular Scaffold to Inhibit Thrombosis and Augment Re-endothelialization |
차의과학대학교 |
백승운(한동근) |
우수-17 |
PO-118 |
Hyaluronic acid(HA)-Carboxymethylcellulose(CMC) Based Bioinks for Tissue Engineering |
서울과학기술대학교 |
고피나단 자나르나단(노인섭) |
우수-18 |
PO-127 |
Tumor Microenvironment (TME) Targeting Microparticle for Enhanced Tumor Treatment |
가톨릭대학교 |
김준규(박우람) |
우수-19 |
PO-132 |
Polydiacetylene (PDA) liposome immunosensor for the detection and quantification of exosomes |
서울대학교 |
김창헌(이강원) |
우수-20 |
PO-135 |
Harnessing immunological synapse formation as trigger for highly regulated stimuli-responsive drug delivery |
포항공과대학교 |
강여울(김원종) |
우수-21 |
PO-136 |
Development of Natural Killer Cell Coating Materials and Strategies for Enhanced Cancer Immuno Therapy |
동국대학교 |
김성준(김교범) |
우수-22 |
PO-141 |
Multilayer sensor platform based on Raman spectroscopy for identification of stem cell differentiation |
서울대학교 |
고재한(이강원) |
우수-23 |
PO-152 |
Cancer-Specific Drug-Drug Nanoparticles for Drug-Resistant Cancer Treatment |
한국과학기술연구원 |
문유정(김광명) |
우수-24 |
PO-161 |
Electroconductive Hydrogel for Iontophoretic Transdermal Drug Delivery of Drug Nanocarriers |
서울대학교 |
고중현(Nathaniel S. Hwang) |
우수-25 |
PO-167 |
3D-Printed Design of Antibiotic-Releasing Pharyngo-Esophageal Patches for Antimicrobial Activity Prevention and Muscle Tissue Regeneration |
서울대학교병원 |
김인걸(정은재) |
우수-26 |
PO-171 |
Delivery of antisense oligonucleotides using PEI-coated gold nanoparticles for targeting multidrug-resistant bacteria |
한국과학기술원 |
Marcel Janis Beha (정현정) |
우수-27 |
PO-178 |
Prevascularized, multiple-layered cardiac reprogrammed cell sheets for cardiac repair |
서울대학교 |
권성필(김병수) |
우수-28 |
PO-184 |
Development of nanocement produced from bioactive glass for bone regeneration |
단국대학교 |
이나현(김해원) |
우수-29 |
PO-185 |
Simultaneous control of degradation and mechanical properties of in situ forming and fast dissolving polyaspartamide hydrogels by graft architecture |
울산과학기술원 |
김미래(차채녕) |