ASIC2 |
acid-sensing ion channel 2 |
ATP |
adenosine triphosphate |
ATD |
amino-terminal domains |
CNG channel |
cyclic nucleotide gated channel |
EIS |
electrochemical impedance spectroscopy |
ENaC |
epithelial Na channel |
FET |
field effect transistor |
FEDs |
field-effect devices |
GPCRs |
G-protein coupled receptors |
GRK2 |
G-protein-coupled receptor kinase 2 |
HCNs |
hyperpolarization-activated cyclic nucleotide-gated channels |
HEK-293 |
human embryonic kidney 293 |
hERG |
human ether-a-go-go related gene |
LAPS |
light-addressable potentiometric sensor |
MCF-7 |
Michigan cancer foundation (MCF) -7 |
MEA |
microelectrode array |
MFT |
2-methyl-3-furanthiol |
MOE |
main olfactory epithelium |
ORs |
olfactory receptors |
ORNs |
olfactory receptor neurons |
PCA |
principal component analysis |
PKD channels |
polycystic kidney disease-like channels |
QCM |
quartz crystal microbalance |
RAMPs |
receptor activity-modifying proteins |
REEPs |
receptor expression enhancing proteins |
RTPs |
receptor transporting proteins |
SAMs |
self-assembled monolayers |
SAW |
surface acoustic wave |
SPR |
surface Plasmon resonance |
TCM |
traditional Chinese medicine |
VFT |
Venus flytrap |
VNO |
vomeronasal organ |