microfluidics - Globe Thesis

Keyword [microfluidics] Result: 121 - 140 \| Page: 7 of 8
121.	Construction Of Nanoprecursor Drug Delivery System Modified By Cell Transmembrane Peptide And Its Application In Lung Cancer Treatment
122.	Simultaneous Detection Of Dual Tumor-related MiRNAs By Pneumatic-assisted Microfluidic Droplet System
123.	Modeling The Proliferation-invasion Transition Of Cancer Cells In 3-D Biochemical Microenvironment
124.	Multifunctional Biomimetic Mineralization Of Bacterial Surface Based On Microfluidics
125.	High-throughput Three-dimensional Cell Imaging Based On Microfluidics And Light-sheet Microscopy
126.	Engineering High Yield L-Arginine-Producing Strain Employing Enzyme Linked Fluorescent Quantitative-Single Cell Microreactor Based Ultrahigh-Throughput Screening Method
127.	Revealing Molecular-level Interaction Between A Polymeric Drug And Model Membrane Via Sfg And Microfluidics
128.	A Semi-automated Culture And Analysis System For Toxicology Studies Of C. Elegans
129.	Construction And Application Of Cardiac-vascular-on-chip Based On Stem Cell And Organ-on-a-chip Technologies
130.	Development And Application Of A Droplet-Based Microfluidic System For High-Throughput Characterization And Screening Of Streptomyces
131.	Preparation And Oral Bioavailability Study Of Curcumin Nanocrystals By Microfluidics
132.	Microfluidic Chip Based On Photonic Crystal And Research Of Its Application In Point-of-care Testing
133.	Development Of IL-6 Automatic Immune Detection Chip
134.	Droplet Nucleic Acid Two-Dimensional Barcoding For Parallel Sequencing
135.	Development Of UV-Vis-Integrated Microfluidic System For Concentration Detection Of Nucleic Acid
136.	Application Of Microfluidic LAMP Technology In The Detection Of Pathogens In The Lower Respiratory Tract Of Elderly Patients
137.	Establishment And Implement Of Novel Pathogen Detection Strategies
138.	Development Of A New Hepatocellular Carcinoma Circulating Tumor Cells Detection Platform Based On Microfluidics Technology
139.	Construction And Application Of Microfluidic-based Breast Cancer And Cardiovascular Biomimetic Microenvironment
140.	Label-Free Tumor Cell Imaging And Analysis With Scanning Electrochemical Microscopy And Microfluidic Device
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