AFM |
Atomic force microscopy |
BDNF |
Brain-derived neurotrophic factor |
BFP |
Biomembrane force probe |
bRBC |
Biotinylated red blood cell |
C |
Central |
CAMs |
Cell adhesion molecules |
CNS |
Central nervous system |
CSPG |
Chondroitin sulfate proteoglycans |
DIV |
Days in vitro |
DRG |
Dorsal root ganglia |
ECM |
Extracellular matrix |
FA |
Focal adhesion |
FAK |
Focal adhesion kinase |
FXS |
Fragile X syndrome |
GC |
Growth cone |
iPS |
Induced pluripotent stem cell |
MAPs |
MT-associated proteins |
MEMs |
Micromechanical systems |
MNPs |
Magnetic nanoparticles |
MNs |
Microneedles |
MS |
Mechanosensitive |
MT |
Microtubule |
MTW |
Magnetic tweezers |
NGC |
Nerve guidance conduit |
NGF |
Nerve growth factor |
NMII |
Non-muscle myosin II |
NO |
Nitric oxide |
NSs |
Nanopatterned scaffolds |
OT |
Optical trap |
P |
Peripheral |
PAK |
P-21 activated kinase |
PDMS |
Polydimethylsiloxane |
PKC |
Protein kinase C |
PNS |
Peripheral nervous system |
RBI |
Restrained bead interaction |
RF |
Retrograde flow |
RGC |
Retinal ganglion cells |
ROCK |
Rho-associated protein kinase |
RPTP-alpha |
Protein-tyrosine phosphatase alpha |
SACs |
Stretch-activated ion channels |
SCI |
Spinal cord injury |
SEMA3A |
Semaphorin-3A |
sEPSCs |
Spontaneous excitatory postsynaptic currents |
SG |
Stretch-growth |
T |
Transition |
TFM |
Traction force microscopy |