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Keyword [Microfluidic]
Result: 161 - 180 | Page: 9 of 10
161. Fabrication Of 3D Scaffold With Inverse Opal Structure Based On Silk Fibroin
162. Estimation Of The Porosity Of The Microfabricated Chitosan-carbon Nanoparticle Membrane:a Solute Transport-based Study
163. Research On Key Technology Of Protein Detector Based On Microfluidic Chips
164. Reaserch On Key Technology Of Anaylzer For Red Blood And Platelets Based On Microfludic Chips
165. Design And Fabrication Of New 125I Brachytherapy Source
166. The Research Of Microfluidic Chip For Single Cell Analysis And Its Application In Isolation And Identification Of Cancer Stem Cells
167. A Cost-effective Microfluidic Cell Chip For Investigating Of Tumour Cell
168. An Easily Assembled Double T-Shape Microfluidic Devices For The Preparation Of The Thick Walled Polyacrylonitrile (Pan) Target And The Reasearch Of Carbonization
169. Degradation Behavior Of Magnesium-Based Stent And Its Interaction With Vascular/Cell By Microfluidic Chip
170. Microfluidic-based Magnetic Separation Of Tumor Cells
171. Design, Fabrication And Application Of 3D Multicomponent Organ-like Chip For Drug Screening
172. MiR-218-5p Target CD44-ROCK Pathway To Inhibit The Invasion Of Oral Squamous Cell Carcinoma
173. Bio-Inspired Microfluidic Construction Of Three-Dimensional Liver Lobule-like Microtissue
174. Isothermal And Rapid Detection Of Pathogenic Bacteria Using A Visual Lamp Technology And The Construction Of Isothermal Paper Microfluidic Chip
175. Microfluidic Platform For Biomimetic Construction Of Brain Tumor Microenvironment And Applications
176. Three Dimensional Assembly Of Cells Based On Magnetically Guided Manipulation
177. Microfluidic Platform For Biomimetic Construction Of Toxicology Evaluation System And Applications
178. Study Of Key Technologies For Cell Manipulation In Microfluidic Chips
179. A Microfluidic Study On Intracellular Calcium Dynamics Of Vascular Endothelial Cells In Response To Spatiotemporal Wall Shear Stress And ATP Signals
180. Assessing Tussilago Farfara Extracts By Cellular Antioxidant Activity(CAA) And 5-LOX Inhibitory Activity Assay Based On Microfluidic Cell Chips
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