Labook

清大研究所畢業論文與畢業時長統計

張建文(博: 6.07 years、碩: 2.09 years)

政府計畫(GRB),建議「依年度遞減排序」,以查看最新的研究方向。

畢業學年度論文標題連結學位畢業時長(years)
關鍵字
112
奈米材料工...
奈米材料工程改造幹細胞製備及其在三陰性乳癌治療應用 (Nanomaterial-Engineered Stem Cells for Triple-Negative Breast Cancer Therapy)
NTHU
NDLTD
2.08
三陰性乳癌(Triple-Negative Breast Cancer(TNBC))、幹細胞治療(Stem cell therapy)、基因遞送(Gene delivery)、腫瘤壞死因子相關凋亡誘導配體(Tumor Necrosis Factor-Related Apoptosis-Inducing Ligand(TRAIL))
三陰性乳癌...
111
結合微流體...
結合微流體介導細胞膜變形與奈米高分子載體在幹細胞基因傳遞應用 (Combining microfluidics-mediated cell membrane deformation and nano-polyplex carrier for stem cell gene delivery)
NTHU
NDLTD
2.42
幹細胞(Stem cell)、基因遞送(Gene delivery)、微流道(Microfluidics)
幹細胞(S...
111
可控降解水...
可控降解水凝膠微球製備及其在人類幹細胞軟骨分化應用 (Preparation of Controlled-Degradable Microgel and Its Application in Chondrogenic Differentiation of Human Stem Cells)
NTHU
NDLTD
1.35
水凝膠微球(Microgel)、幹細胞(Stem cell)、軟骨分化(Chondrogenic differentiation)、可控降解(Controlled-Degradable)、席夫鹼鍵(Schiff base)
水凝膠微球...
111
醣類應答微...
醣類應答微凝膠球製備與其在幹細胞軟骨分化之應用 (Preparation of Glucose-Responsive Microgel and Their Application in Chondrogenic Differentiation of Stem Cells)
NTHU
NDLTD
2.20
微流道(Microfluidic)、高分子微凝膠球(Polymer microgel)、醣類應答(Glucose-responsive)、幹細胞(Stem cell)、軟骨分化(Chondrogenic Differentiation)、可控降解(Control degradable)
微流道(M...
111
建立螺旋水...
建立螺旋水穿孔驅動之奈米信標遞送系統作為活細胞基因表達偵測應用 (Establishment of a Spiral Hydroporation-Driven Nanobeacon Delivery System for Gene Expression Detection on Live Cells)
NTHU
NDLTD
2.09
大腸癌轉移(Colorectal cancer transition)、癌症幹細胞(Cancer stem cells)、分子信標(Molecular beacons)、微流道(Microfluidic)、PLGA奈米載體(PLGA nanoparticle)、活細胞檢測(Live cell detection)
大腸癌轉移...
111
微流體三維...
微流體三維腸道細胞培養系統建立及其應用 (Establishment and Application of Microfluidic Three-dimensional Intestinal Cell Culture System)
NTHU
NDLTD
2.05
體外腸道模型(In vitro gut model)、體外模型(In vitro)、腸道(In vitro model)、微流道(intestinal)、微流道模型(epithelial)、微流道體外腸道模型(Caco-2)、腸道細胞(LGG)、腸道上皮細胞(HT29)、上皮細胞(HT29-MTX)、奈米粒子(cytokine)、粒子篩選(nanoparticle)、藥物篩選(chitosan/alginate)、杯狀細胞(hydrogel)、成纖維細胞(Gelatin)、細胞共培養(enterocyte)、共培養系統(CCD-18co)、腸道細胞共培養(CCD)、水凝膠(co-culture)、水膠(dynamic)、多細胞(degrable)、體外腸道(multi-cell)、可降解(drug)、益生菌(probiotic)、腸道菌(undefined)、共培養(undefined)、動態培養(undefined)、上皮(undefined)、動態(undefined)、三維模型(undefined)、腸細胞(undefined)、小腸(undefined)、體外(undefined)
體外腸道模...
111
開發高機械...
開發高機械強度之奈米複合水凝膠系統應用於人間質幹細胞軟骨分化 (Development of a Nanocomposite Hydrogel System with High Mechanical Strength for Chondrogenic Differentiation of Human Mesenchymal Stem Cells)
NTHU
NDLTD
1.03
奈米材料(nano material)、高分子材料(polymer material)、水凝膠(hydrogel)、間質幹細胞(mesenchymal stem cell)、軟骨分化(chondrogenesis)
奈米材料(...
110
開發含硼藥...
開發含硼藥物奈米載體以應用於胰臟癌硼中子捕獲治療 (Development of Boron Drug Nano-Carriers for Pancreatic Cancer Boron Neutron Capture Therapy)
NTHU
NDLTD
2.80
奈米載體(Nano-Carriers)、胰臟癌(Pancreatic Cancer)、硼中子捕獲治療(Boron Neutron Capture Therapy)
奈米載體(...
110
開發雙層微...
開發雙層微凝膠球作為細胞共培養系統並應用於人類間質幹細胞軟骨分化 (Development of Core-Shell Microgel as a Co-culture System for Chondrogenic Differentiation of Human Mesenchymal Stem Cells)
NTHU
NDLTD
2.71
微凝膠(microgel)、核-殼(core-shell)、幹細胞(stem cell)、幹細胞團塊(stem cell aggregate)、軟骨分化(stem cell spheroid)、共培養(chondrogenic differentiation)、微流道(co-culture)
微凝膠(m...
109
三維列印體...
三維列印體外腸道模型開發與應用 (Development and Application of a Three- Dimensional Printed in Vitro Intestinal Model)
NTHU
NDLTD
2.42
三維列印(3Dprinting)、體外腸道模型(In vitro intestinal model)、水凝膠(hydrogel)
三維列印(...
109
設計醣類應...
設計醣類應答水凝膠系統作為三維細胞外間質製備與傷口修復應用 (Glucose Responsive Hydrogel System for Three Dimensional Cell-Derived Extracellular Matrix Generation and Wound Treatment)
NTHU
NDLTD
2.08
水凝膠(Hydrogel)、細胞外間質(Extracellular Matrix)、傷口修復(Wound Treatment)
水凝膠(H...
108
光觸發藥劑...
光觸發藥劑傳遞系統設計與其在癌症治療應用 (Design of Phototriggerable Drug Delivery System for Cancer Therapy)
NTHU
NDLTD
6.08
光觸發藥物傳遞系統(phototriggerable)、金奈米棒(drug)、脂肪幹細胞(delivery)、生物膜偽裝(system,)
光觸發藥物...
108
磁性奈米基...
磁性奈米基因傳遞材料於癌症治療與幹細胞工程改造之應用 (Magnetic Nanomaterials-Mediated Gene Delivery for Cancer Therapy and Stem Cell Engineering)
NTHU
NDLTD
碩逕博6.06
磁轉染(magnetofection)、基因工程改造幹細胞(genetically-engineered stem cells)、腫瘤壞死因子相關的誘導凋亡配體(tumor necrosis factor-related apoptosis-inducing ligand)、腦瘤治療(glioma therapy)、創傷性腦損傷修復(traumatic brain injury repairing)、自癒性可注射式水凝膠(self-healing hydrogel)
磁轉染(m...
108
開發生物可...
開發生物可降解高分子-磷酸鈣奈米複合體做為基因與蛋白質共傳遞應用 (Development of Biodegradable Polymer-Calcium Phosphate Nanocomplexes for Gene and Protein Co-Delivery)
NTHU
NDLTD
2.06
基因載體(gene delivery)、磷酸鈣(calcium phosphate)、抗體(antibody)、共遞送(co-delivery)、反微胞(reverse micelle)、反乳化(inverse emulsification)、奈米沉澱(nanoprecipitation)
基因載體(...
108
複合水凝膠...
複合水凝膠系統作為三維細胞外間質製備及其幹細胞軟骨分化與組織修復應用 (Preparation of Three-Dimensional Extracellular Matrix by Composite Hydrogel System for Enhanced Stem Cell Chondrogenic Differentiation and Tissue Repair)
NTHU
NDLTD
2.05
細胞外衍生基質(Cell-derived extracellular matrix)、三維細胞培養(Three-dimensional cell culture)、軟骨分化(Chondrogenic differentiation)、自我癒合水凝膠(Self healing hydrogel)、脊髓損傷(Spinal cord injury)
細胞外衍生...
108
開發雙重交...
開發雙重交聯水凝膠系統作為三維細胞外間質製備與組織修復應用 (Double Crosslinked Hydrogel System for Generation Three Dimensional Cell-Derived Extracellular Matrix and Tissue Repair)
NTHU
NDLTD
2.05
組織工程(Tissue Engineering)、生物支架(Biological Scaffold)、水膠(Hydrogel)、人類間質幹細胞(Human Mesenchymal Stem Cells)、細胞外間質(Extracellular matrix)
組織工程(...
106
結合非病毒...
結合非病毒基因工程改造幹細胞與三維生物列印支架用以促進傷口癒合 (Integration of Nonviral Genetically-Engineered Stem Cells and 3D Bioprinted Scaffolds for Promoting Wound Healing)
NTHU
NDLTD
1.96
三維生物列印(3D bioprinting)、傷口癒合(Wound healing)、非病毒基因傳遞(Non-viral gene delivery)、血管內皮生長因子(VEGF)、人類間質幹細胞(Stem cell)
三維生物列...
106
磁性球型核...
磁性球型核酸作為癌細胞基因表達分析與專一性藥物傳遞應用 (Magnetic Spherical Nucleic Acids for Gene Expression Analysis and Specific Drug Delivery on Cancer Cells)
NTHU
NDLTD
2.02
氧化鐵奈米粒子(superparamagnetic iron oxide nanoparticle)、分子信標(molecular beacon)、基因表達分析(gene expression analysis)、專一性藥物傳遞(specific drug delivery)、球型核酸(spherical nucleic acids)
氧化鐵奈米...
106
白蛋白修飾...
白蛋白修飾磁性奈米團簇作為腫瘤壞死因子相關凋亡配體與紫杉醇共傳遞載體及其在癌症治療診斷應用 (Albumin-Decorated Magnetic Nanoclusters-Mediated TRAIL and Paclitaxel Co-delivery for Cancer Theranostics)
NTHU
NDLTD
2.02
白蛋白(HSA)、氧化鐵(SPION)、紫杉醇(PTX)、腫瘤壞死因子相關的凋亡誘導配體(TRAIL)、診斷治療(Theranostics)
白蛋白(H...
105
開發具pH...
開發具pH應答效果之SA-TAT修飾微胞系統進行細胞核標靶光熱治療 (Development of pH-Responsive SA-TAT Peptide-Conjugated Nanomicelles for Nuclear Targeting Photothermal Therapy)
NTHU
NDLTD
2.26
細胞穿膜肽(cell-penetrating peptide)、細胞核標靶(nuclear targeting)、光熱治療(photothermal therapy)
細胞穿膜肽...
104
研發氧化鐵...
研發氧化鐵/白蛋白奈米複合材料作為新穎藥物傳遞 平台及其於大腸癌動物模式之光熱治療應用 (Development of Iron Oxide/Albumin Nanocomplexes as a Novel Drug Delivery Platform and Its Applications on Photothermal Therapy on Animal Colon Cancer Model)
NTHU
NDLTD
無口試日期
人類白蛋白(Human Serum Albumin)、超順磁氧化奈米鐵(Superparamagnetic Iron Oxide Nanoparticle)、聚乙二醇(Polyethylene Glycol)、光熱治療(Photothermal therapy)、光動力治療(Photodynamic therapy)、腫瘤壞死因子相關誘導凋亡配體(Tumor Necrosis Factor-related Apoptosis-inducing Ligand)
人類白蛋白...
103
開發具磁導...
開發具磁導引能力之光觸發藥物載體系統 (Development of Magnetically-targeted Drug Carriers for On-demand NIR-triggered Drug Release)
NTHU
NDLTD
無口試日期
金奈米棒(Gold nanorod)、氧化鐵奈米粒子(Magnetic Nanoparticles)、抗藥性乳癌細胞(MCF-7/ADR)、藥物控制釋放(Drug control release)
金奈米棒(...
103
開發新式磁...
開發新式磁性奈米材料進行人類幹細胞工程及其於癌症治療與軟骨分化之應用 (Development of Novel Magnetic Nanomaterials for Human Stem Cell Engineering and Applications on Cancer Therapy and Chondrogenic Differentiation)
NTHU
NDLTD
無口試日期
磁性奈米複合材料(Magnetic nanomaterials)、人類間質幹細胞(Human mesenchymal stem cells)、幹細胞基因工程(TRAIL protein delivery)、腫瘤壞死因子誘導凋亡蛋白質傳遞(cartilage regeneration)、軟骨分化(undefined)
磁性奈米複...
102
開發紅血球...
開發紅血球細胞膜衍伸相變液滴作為可遙控觸發藥物載體及超音波對比劑 (Development of Red Blood Cell Membrane-derived Droplets as Remotely Triggerable Drug Carrier and Ultrasound Contrast Agent)
NTHU
NDLTD
碩(提早入學)無口試日期
紅血球(red blood cell)、載體(carrier)、超音波(ultrasound)、遙控觸發(remotely-triggerable)、對比劑(contrast agent)
紅血球(r...
101
開發高分子...
開發高分子/氧化鐵奈米粒子複合體作為腫瘤基因治療工具 (Development of Polymer/Superparamagnetic Iron Oxide Nanocomplex for Cancer Gene Therapy)
NTHU
NDLTD
無口試日期
氧化鐵奈米粒子、高分子、基因傳遞、癌症治療
氧化鐵奈米...
101
高分子/奈...
高分子/奈米金複合材料合成、鑑定及核酸傳遞應用 (Synthesis and Characterizations of Polymer/Gold Nanocomplex and Its Applications on Nucleic Acid Delivery)
NTHU
NDLTD
無口試日期
可降解PEI(biodegradable polymer)、金奈米粒子(gold nanoparticles)、金奈米棒(gold nanorods)、基因傳遞(layer-by-layer assembly)、逐層自組裝(gene delivery)
可降解PE...