長崎 幸夫(ナガサキ ユキオ)
- 会議発表等
- Construction of Biointerface by Block Copolymer Possessing Poly(ethylene glycol) as one of Segments and Multi-anchoring Groups as Side Chain of the Other Segments
長崎 幸夫
IACIS2012, Sendai International Center, Sendai/2012-5-18 - Construction of Biointerface by Block Copolymer Possessing Poly(ethylene glycol) as one of Segments and Multi-anchoring Groups as Side Chain of the Other Segments
長崎 幸夫
IACIS2012/2012-05-18 - Oral Nanotherapy by Redox Polymer Nanoparticle
長崎 幸夫
International Advanced Drug Delivery System(IADDS)/2012-04-26 - レドックスナノ粒子による潰瘍性大腸炎に対するナノ治療法の開発
長崎 幸夫
第98回日本消化器病学会総会/2012-04-19 - Nanotherapy of Renal Ischemia-reperfusion Injury by Redox Nanoparticle
長崎 幸夫
UK-Japan Research Symposium:, Molecular Mechanisms of Stress Response in Disease/2012-04-07 - Development of Novel Injectable Nitroxide Radical-containing Hydrogel for Chronic Inflammation Treatments
長崎 幸夫
UK-Japan Research Symposium:, Molecular Mechanisms of Stress Response in Disease/2012-04-07 - Development of Novel Redox Nanoparticles for Treatment of Ulcerative Colitis
長崎 幸夫
UK-Japan Research Symposium:, Molecular Mechanisms of Stress Response in Disease/2012-04-07 - Redox nanoparticle therapy for ischemic reperfusion injuries
長崎 幸夫
UK-Japan Research Symposium:, Molecular Mechanisms of Stress Response in Disease/2012-04-07 - Polymer nanoparticle-based nitric oxide(NO) photodonor for novel therapeutics
Nagasaki Yukio
SPIE2012 Nanosystem, the international society for optics and photonics/2012 - Cancer nanotherapy -Redox nanoparticle pretreatment enhances antitumor chemotherapy and reduces side effects
長崎 幸夫
243th American Chemical Society National Meeting/2012-03-29 - Nanotherapy by self-assembling redox polymer,
長崎 幸夫
Nanotherapy by self-assembling redox polymer,/2012-03-29 - Densely packed poly(ethylene glycol) improves orientation of antibody on substrate surface
長崎 幸夫
243th American Chemical Society National Meeting/2012-03-25 - Development of nitroxide radical-containing nanoparticle for treatment of ischemia-reperfusion induced acute kidney injury
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Synthesis and stability of pH responsive PEGylated silica/gold hybridized nanoparticles
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Facile and quantitative synthesis of PEGylated oligonucleotides by newly PEG-immobilized solid-phase support
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Specific accumulation of novel redox nanoparticles in colonic mucosa-enhancement of therapeutic effect on ulcerative colitis
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Design of indomethacin-loaded redox nanoparticles for enhancement of bioavailability of indomethacin
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Boron neutron capture therapy assisted by boron-conjugated polymeric micelles
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Evaluation of anti-influenza aptamer generation by surface fluorescence spectroscopy
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Development of solution additives for improving the heat resistance of proteins
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Novel switching for enzyme activity by PEGylated polymers
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Educational Lecuture, "Contact of Biological Fluid with Materials Surface,"
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Synthesis of betaine-PEG-pentaethylenehexamine and Construction of its tethered chain surface on gold
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Doxorubicin loaded pH-sensitive micelles facilitate intracellular drug delivery for overcoming multi-drug resistance cancer cells
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - Construction of long surviving hepatocyte spheroid on a microfabricated cell array
長崎 幸夫
Softinterface mini-symposium on biomaterials science/2012-03-17 - さらに表示...
- Construction of Biointerface by Block Copolymer Possessing Poly(ethylene glycol) as one of Segments and Multi-anchoring Groups as Side Chain of the Other Segments