tumor markers - Globe Thesis

Keyword [tumor markers] Result: 61 - 77 \| Page: 4 of 4
61.	The Electrochemiluminescence Imaging System Is Used For The Detection Of Tumor Markers And The Integrated Research Of Diagnosis And Treatment
62.	Application Of Targeted Peptide Functionalized Nanomaterials In Tumor Diagnosis And Treatment
63.	Studies On The Preparation And Electrochemical Sensing Performance Of Reduced Graphene And ZnO,Ni Composites
64.	Sensing And Detection Of Tumor Markers Based On Platinum Group Metal Nanomaterials With Electrooxidation Activity
65.	The Preparation Of Photoelectrochemical Immunosensors Based On Metal-Organic Framework Nanomaterials And The Application In Detection Of Tumor Markers
66.	Studies On New Methods Of Fluorescence Biosensor Based On Nucleic Acid Enzyme-assisted Signal Amplification Technology For The Detection Of Tumor Markers
67.	Research On Electrochemical Immunosensing Based On Cobalt Boron Nanoarrays To Detect Tumor Markers
68.	Synthesis Of Au-Se Bond Nanoprobe And Its Application In Tumor Marker Detection
69.	Design,Synthesis And Application Of Fluorescent Probes For Tumor Markers Aminopeptidase-N And Hydrogen Peroxide
70.	New Methods And Performance Study For Detecting Breast Tumor Markers Based On CRISPR/Cas12a System
71.	Several New Nanobiosensors For Tumor Cell Imaging And Treatment
72.	Construction Of Electrochemiluminescence Immunosensor Based On Nanocomposite And Its Application In Analysis Of Tumor Markers
73.	Construction Of RNA-cleaving DNAzyme Based Fluorescent Probes And Their Applications In The Detection Of Tumor Markers
74.	Construction And Application Of Nucleic Acid-Based Enzyme-Free Signal Amplification Sensing System
75.	Determination Of Tumor Markers In Human Urine By Chemical Reaction Assisted SERS Technology
76.	The Design Of Aptamer Fluorescence Sensing Systems Based On Functional MOFs For The Detection Of Breast Cancer Markers
77.	Ultra-Sensitive SERS And Fluorescence Dual-Mode Detection Of Tumor Active Substances And Circulating Tumor Cells (CTCs) Based On Multifunctional Nanomaterials
<<First <Prev Next> Last>> Jump to