cancer-targeted - Globe Thesis

Keyword [cancer-targeted] Result: 1 - 20 \| Page: 1 of 1
1.	Study On The Performance And Mechanism Of New Nano - Materials As Anticancer Drugs
2.	Photo-induced Effects Of Carbon Nanotubes And Gold Nanoparticles, And The Fundamental Research Of Their Applications In Cancer Targeted Therapy
3.	Synthesis Of Anti-cancer Targeted Therapies Drug Tivozanib
4.	Rational Design And Synthesis Of Targeted Ru(Ⅱ) Complexes As Theranostic Agents For Cancer Therapy
5.	Bioresponsive Reversibly Crosslinked Hyaluronic Acid-Polypeptide Nanoparticles For Active Tumor-Targeted Cancer Therapy
6.	Synthesis And Optimization Of Quinazoline Derivatives In Key Intermediates Of Anti-Lung Cancer Drugs
7.	Preparation Of Multifunctional Carbohydrate-based Nanomaterials And Its Application In Cancer Targeted Therapy
8.	Investigation Of Protein Based Delivery And Targets Of Anti-Cancer Drugs
9.	Functionalized Nanomaterials Applied In Fluorescence Imaging And Targeted Therapy For Human Lung Cancer Cells
10.	The Application Of Targeted Nanomedicine Towards The Treatment Of Inflammatory Bowel Disease And Colon Cancer
11.	Galactose Polymeric Based Nano-prodrugs And Their Applications In Anti-hepatoma Research
12.	Rational Design And Action Mechanisms Of Functional Ir(?) Complexes For Cancer Therapy
13.	An Asymmetric Cationic Porphyrin As A New Good G-quadruplex Probe With Cancer-targeted Imaging Ability
14.	Construction Of Nano-micelles Co-loaded With Immune Checkpoint Blockades And Evaluation Of Anti-breast Cancer In Vivo And In Vitro
15.	Design And Mechanisms Of CDKs-targeted And Mitochondria-targeted Anticancer Drugs
16.	Research On Neuropeptide Y Modified Nano Drug Delivery System In Targeted Treatment For Breast Cancer
17.	The Construction And Application Of Recognition Molecule-based Nanotheranostic Probes
18.	Nir Laser Responsive Nanoparticles For Ovarian Cancer Targeted Combination Therapy With Dual-Modal Imaging Guidance
19.	Construction Of Pt/SiNWs Nanoheterojunction And The Study Of Hydrogen Thermal Therapy To Eliminate Oxidative Stress
20.	Study On Molecularly Imprinted Nanoparticles-based Cancer Targeted Therapy
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