Font Size: a A A
Keyword [Circulating tumor cells]
Result: 21 - 39 | Page: 2 of 2
21. A Novel Cytosensor Based On Pt@Ag Nanoflowers And AuNPs/Acetylene Black For Ultrasensitive And Highly Specific Detection Of Circulating Tumor Cells
22. Iron Oxide Based Serum Molecules And Circulating Tumor Cells Detection And Profiling
23. Circulating Tumor Cells-targeted Nanoparticles With Prolonged Blood Circulation
24. Capture,Enrichment,Detection And Release Of Circulating Tumor Cells Based On Gold-Iron Composite Nanoparticles
25. Detection Of Circulating Tumor Cells And Exosomes
26. Self-assembly Of DNA-templated Nanomachine For Circulating Tumor Cells Recognition Isolation And Imaging
27. Application Of Targeted Peptide Functionalized Nanomaterials In Tumor Diagnosis And Treatment
28. Improving The Performance Of Surface-enhanced Raman Scattering Spectroscopy Analysis And Biological Detection By Micro/Nanostructures
29. The Research Of Nanoprobe On Enrichment And Identification Of Circulating Tumor Cells
30. Construction Of Nanostructured Conductive Polymer And Its Optical/Electrical Properties And Application
31. Development And Application Of The Isolated Dielectrophoresis For Nanowire Assembly
32. The Preparation Of Organic/Inorganic Nanocomnosites And Their Applications In Biosensing
33. Preparation Of Composite Nano-frame Membrane Material Using For Capture Of Tumor Cells
34. Synthesis Of CuS Nanoparticles By BSA Template For The Detection And Therapy Of Tumor Cells
35. Design And Application Of Novel Intelligent Biomaterial Surface Based On Molecular Imprinting Technology
36. Biomimetic Fibrous Membrane For Capture And Release Of Circulating Tumor Cells
37. Quantitative Analysis Of Ncadherin On Circulating Tumor Cell By Mass Spectroscopy Based On Noble Metal Cluster Probes
38. Ultra-Sensitive SERS And Fluorescence Dual-Mode Detection Of Tumor Active Substances And Circulating Tumor Cells (CTCs) Based On Multifunctional Nanomaterials
39. The Study Of Fabrication Method Of Micro-filter Used In CTCs Enrichment And Detection
  <<First  <Prev  Next>  Last>>  Jump to