Single cell analysis - Globe Thesis

Keyword [Single cell analysis] Result: 1 - 20 \| Page: 1 of 4
1.	Studies On Dynamic Endocytosis And High-throughput Single Cell Analysis On A Microchip
2.	Scanning Electrochemical Microscopy Determination Of Peroxidase And Nano-electrodes In Single-cell Applications
3.	New Method For Single Cell Analysis And Adrenaline Cell Sensor
4.	Peroxidase And Glutathione Single Cell Analysis And Dna Single Molecule Detection
5.	Droplet-based Mcriofluidic Single Cell Analysis System
6.	Capillary Electrophoresis Coupled With Chemiluminescence/Bioluminescence Detection For Single Cell Analysis
7.	Measurement Of PH In Single Cell Based On Optical Fiber Nanosensor's Outside Illumination
8.	Single-Cell Analysis Based On Capillary Electrophoresis
9.	Single-Cell Analysis Based On Microfluidic Chip
10.	Determination Of Glutathione In Single Cell Based On Capillary Electrophoresis With Electrocehmiluminescence Detection
11.	Design Of Programmable Voltage System Of High-voltage Power For Single-cell Analysis Instrument Based On ARM
12.	Scanning Electrochemical Microscopy Detection Reagent To Stimulate The Cells To Cause The Activity Of Cellular Respiration And Enzyme Activity Changes
13.	Epifluorescence Microscopy Technique High-throughput Analysis Of Single Cell Esterase
14.	Scanning Electrochemical Microscopy Combined With Single-cell Analysis Of Micro-reactor
15.	Change Detection On The Intracellular Calcium Concentration Of Acetylcholine
16.	Based On Microfluidic Analysis System Of Single-cell Injection, The Dissolved Membrane Separation And Reactive Oxygen Species Detection
17.	Developmet Of Nanoliter-Scale Droplet Array For Real Time Reverse Transcription Polvmerase Chain Reaction And Its Application In Single-Cell MicrpRNA Quantification
18.	Development Of Mass Spectrometric Single Cell Analysis Methods And Their Applications
19.	Real Time Cellular Metabolites Analysis With Mass Spectrometry
20.	Development Of Metal-Coated Micro-Tips And Raman Spectra Detection System For Cell Analysis In-Situ
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