Molecular-Charge-Contact-Based Ion-Sensitive Field-Effect Transistor Sensor in Microfluidic System for Protein Sensing.
Haoyue YangToshiya SakataPublished in: Sensors (2019)
Keyphrases
- sensor networks
- molecular structures
- field effect transistors
- dna computing
- virtual screening
- sensor fusion
- molecular dynamics
- drug discovery
- protein structure prediction
- drug design
- sequence analysis
- sensor data
- protein protein
- protein sequences
- mass spectrometry
- sensing devices
- mathematical analysis
- image sensor
- molecular dynamics simulations
- real time
- protein protein interactions
- micro controller
- data acquisition
- steady state
- high density
- contact force
- three dimensional
- schottky barrier
- wireless sensor networks
- high throughput
- chemical reactions
- multi sensor
- sensing modalities
- protein folding
- mobile sensor
- interaction networks
- protein function
- protein function prediction
- computational biology
- amino acids
- similarity searching
- charge coupled device
- dna sequences
- databases
- signaling pathways
- database systems
- microarray
- binding sites
- time of flight
- protein interaction
- protein interaction networks
- protein complexes