metal / voltage imaging measurements / universal gas constant / light-sensing machinery / reason voltage imaging experiments / nonlinear imaging / free energy / resonant energy transfer / bulk external media / relative energy / bulk internal media / nonlinear imaging modalities / calcium imaging / resonance energy transfer / chemical environment / voltage imaging / hybrid chemical sensor pair / chemical interactions / intrinsic imaging / High-resolution voltage imaging / stimulated radiation imaging methods / charged and polarizable chemical species / chemical / cross-product / chemical species / energy transfer / voltage imaging methods / imaging / energy / /
Organization
Department of Biological Sciences / Columbia University / New York / /
Position
Repartitioning RT / Major / reporter / engineer / /
Neuron Primer Imaging Voltage in Neurons Darcy S. Peterka,1,* Hiroto Takahashi,1 and Rafael Yuste1 1HHMI, Department of Biological Sciences, Columbia University, New York, New York 10027, USA