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Microfluidic Sensing Platforms for Medicine and Diagnostics
Katrine Kiilerich-Pedersen
Research output
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Book/Report
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Ph.D. thesis
1172
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Dive into the research topics of 'Microfluidic Sensing Platforms for Medicine and Diagnostics'. Together they form a unique fingerprint.
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Medicine and Dentistry
Diagnosis
100%
Virus Infection
42%
Health Care Cost
42%
Probe
42%
Plastic
28%
In Vitro
28%
Doctor of Philosophy
28%
Polymer
28%
Aptamer
28%
Patient
28%
Medicine
28%
Human Cell
28%
Specimen
14%
Infection
14%
Sensitivity and Specificity
14%
Body Fluid
14%
Virion
14%
Maturity
14%
Laboratory Diagnosis
14%
Cell Migration
14%
Cell Culture
14%
Influenza Virus
14%
Virus Particle
14%
High Throughput Screening
14%
Point-of-Care Testing
14%
Cells
14%
Therapeutic Procedure
14%
Public Health
14%
Saliva
14%
Nursing and Health Professions
Diagnosis
100%
Sensor
42%
Drug Development
28%
Polymer
28%
Aptamer
28%
Plastic
28%
Devices
28%
Electric Potential
28%
Culture
28%
Infection
14%
Electrode
14%
Sensitivity and Specificity
14%
Virus Infection
14%
Cell Culture
14%
Microorganism Detection
14%
Gold Standard
14%
Procedures
14%
Time
14%
Laboratory
14%
Laboratory Diagnosis
14%
Scale up
14%
Engineering
Microfluidics
57%
Biosensing
42%
Laboratories
28%
Research
28%
Detection
28%
Polymer
14%
Miniaturization
14%
Frame Time
14%
Microsystem
14%
Functionalization
14%
Specificity
14%
Conductive Polymer
14%
Clinical Application
14%
System Diagnostics
14%
Applications
14%
Fields
14%
Testing
14%
Integration
14%
Scaling
14%
Fluid
14%
High Sensitivity
14%
Chemistry
Sensor
42%
Potential
28%
Concentration
28%
Device
28%
Plastic
28%
Aptamer
28%
Drug Discovery
28%
High Throughput Screening
14%
Procedure
14%
Application
14%
Engineering Process
14%
Polymer
14%
Functionalization
14%
Biochemistry, Genetics and Molecular Biology
Aptamer
28%
Electric Potential
28%
Cell Culture
14%
Virion
14%
Virus Particle
14%
Scale up
14%
Functionalisation
14%
Cell Migration
14%
Maturity
14%
Influenza Virus
14%
Microorganism Detection
14%
High Throughput Screening
14%
Liquid
14%
Health
14%
Time
14%
Fish
14%
Virus
14%