Keyphrases
Surface Micromachining
85%
Microfluidics
85%
Polydimethylsiloxane
66%
Human Embryonic Stem Cells (hESCs)
57%
Rectangular Slot Antenna
57%
CPW-fed
57%
Smooth Loss
57%
Ultra-smooth
57%
Immunophenotyping
57%
Blood Cell Sorting
57%
Continuous-flow Microfluidics
57%
Microfluidic Sorting
51%
Wetting Layer
42%
Nanofiltration Membrane
35%
Composite Film
35%
Immunomonitoring
35%
Immune Cells
35%
Superlensing
35%
Assay Platform
34%
Biosensing Techniques
32%
Photolithographic
32%
Mechanoimmunology
28%
Piezo1 Channel
28%
Stem Cell Activation
28%
Human MSCs
28%
Stem Cell Osteogenesis
28%
Nanoplasmonic Biosensing
28%
Nanoplasmonic Sensing
28%
Tissue chip
28%
Immunoanalysis
28%
Coupling Slot
28%
Antenna
28%
Cell Entrapment
28%
Glioma Microenvironment
28%
Patch Antenna
28%
Bow-tie Slot
28%
Slot-coupled
28%
Nanotopography
28%
Cytokine Secretion
28%
Microglia Depletion
28%
Antitumor Therapy
28%
Tissue Niche
28%
Self-renewal
28%
On chip
28%
Glioblastoma Angiogenesis
28%
Exosome Detection
28%
Tumor-derived Exosomes
28%
Immuno-oncology
28%
Isolated Tumor Cells
28%
Multi-parameter
28%
Engineering
Polydimethylsiloxane
100%
Surface Micro-Machining
85%
Slot Antenna
85%
Blood Sample
71%
Progression
62%
Antenna
57%
Microfluidic Platform
57%
Cell Capture
57%
Biosensing
57%
Millimeter Wave
47%
Microfluidic Device
42%
Analysis Cell
38%
Microfiltration
35%
Microfluidic Technology
35%
Biomedical Application
35%
Annealing Temperature
28%
Annealing Effect
28%
Optical Loss
28%
Leukocyte
28%
Characteristic Value
28%
Cell Response
28%
Nanotopography
28%
Renewals
28%
Patch Antenna
28%
Embryonic Stem Cell
28%
Collagen Hydrogel
28%
Dense Tissue
28%
Biomedical Device
28%
Human Pluripotent Stem Cell
28%
Multiscale
28%
Dependent Cell
28%
Synergistic Effect
28%
Microarrays
28%
Osteogenic Differentiation
28%
Proof Mass
28%
Waveguide
28%
Silicon Surface
28%
Antenna Arrays
28%
Lab-on-a-Chip Device
28%
Physical Size
28%
Ultraviolet Light
28%
Glass Substrate
28%
Spring Mass System
28%
Microenvironments
28%
Surface Plasmon
28%
Mesenchymal Stem Cell
28%
Biosensor
28%
Central Region
28%
Contractile Force
28%
T Cell
28%