Keyphrases
Acidification
22%
Bioelectronic Sensor
15%
Cell Culture
34%
Cell-based
29%
Cell-based Assay
27%
Cellular Assay
20%
Cellular Respiration
15%
Cellular Response
17%
Chemosensitivity
20%
Chemosensitivity Assay
26%
Chip-based
24%
Chloroacetaldehyde
18%
Dissolved Oxygen
30%
Doxorubicin
17%
Drug Screening
28%
Electrical Impedance
20%
Electrode Structure
15%
Environmental Monitoring
26%
Extracellular Acidification
46%
High Content
26%
High-content Screening
18%
Impedance Sensor
24%
Intelligent Mobile Applications
16%
ISFET
19%
Label-free
26%
Living Cells
100%
Living Tissue
21%
MCF-7
15%
Metabolic Activity
15%
Metabolic Parameters
18%
Microenvironment
23%
Microphysiological
19%
Microsensor
16%
Microsensor chip
17%
Microsystems
15%
Mobile Lab
16%
Morphological Changes
18%
Morphological Parameters
16%
Multi-parameter
96%
Multiparametric Sensor
26%
Oxygen Consumption
27%
PH Value
22%
Screening System
33%
Sensor chip
70%
Sensor Systems
21%
Signal Processing
16%
Signal Transducer
15%
Systems-based
17%
Telematics
15%
Tumor Cells
35%
Engineering
Active Agent
9%
Belts
9%
Biochemicals
23%
Biological System
9%
Biosensor
34%
Cell Response
9%
Control Unit
9%
Digital Signal Processor
13%
Dissolved Oxygen Concentration
11%
Drug Delivery
9%
Electrical Impedance
23%
Electrode Structure
22%
Enabling Technology
10%
External Magnetic Field
9%
Field Effect Transistor
9%
Film Technology
10%
Fixed Position
11%
Fluidics
19%
Fluorescence Imaging
11%
Glass Substrate
7%
Hela Cell
9%
Implant
13%
Integrated Circuit
9%
Ion Sensitive Field Effect Transistor
21%
Laser Structuring
9%
Living Cell
83%
Magnetic Nanoparticle
9%
Measurement System
13%
Metabolic Activity
12%
Microelectronics
16%
Microenvironments
8%
Microsensor
25%
Microsystem
13%
Monolayers
9%
Morphologic
16%
Oxygen Consumption
26%
Oxygen Partial Pressure
9%
Periodic Time
23%
Physiological Parameter
8%
Picosecond Laser
9%
Reflected Light
11%
Research Group
13%
Response Time
9%
Screen Printed Electrode
9%
Sensor Chip
48%
Sensor System
14%
Signal Output
9%
System-on-Chip
9%
Thin Films
26%
Transducer
13%