CohenL.B.; and SalzbergB.M.: Optical Measurement of Membrane Potential. In: Reviews of Physiology, Biochemistry, and Pharmacology.Berlin-Heidelberg-New York: Springer-Verlag, pp. 83, 33-88, 1978.
2.
CohenL.B.; SalzbergB.M.; DavilaH.V.; RossW.N.; LandowneD.; WaggonerA.S.; and WangC.-H.: Changes in Axon Fluorescence During Activity: Molecular Probes of Membrane Potential, J Membr Biol19: 1–36, 1974.
3.
DavilaH.V.; CohenL.B.; SalzbergB.M.; and Shrivas-TavB.B.: Changes in ANS and TNS Fluorescence in Giant Axons from Loligo, J Membr Biol15: 29–46, 1974
4.
GrinvaldA.: CohenL.B.; LesherS.; and BoyleM.B.: Simultaneous Optical Monitoring of Activity of Many Neurons in Invertebrate Ganglia, Using a 124 Element “Photodiode” Array., J Neu-rophysiol45:829–840, 1981.
5.
GrinvaldA.; MankerA.; and SegalM.: Visualization of the Spread of Electrical Activity in Rat Hippocampal Slices by Voltage-Sensitive Optical Probes, J Physiol (Lond)333:269–2911982
6.
GuptaR.K.; SalzbergB.M.; GrinvaldA.; CohenL.B.; KaminoK.; LesherS.; BoyleM.B.; WaggonerA.S.; and WangC.-H.: Improvements in Optical Methods for Measuring Rapid Changes in Membrane Potential, J Membr Biol58: 123–137, 1981.
7.
KaterS.B.: Feeding in Helisoma trivolvis: The Morphological and Physiological Bases of a Fixed Action Pattern, Am Zool14: 1017–1036, 1974.
8.
RossW.N.; SalzbergB.M.; CohenL.B.; and DavilaH.V.: A Large Change in Dye Absorption During the Action Potential, Bio-phys J14:983–986, 1974.
9.
RossW.N.; SalzbergB.M.; CohenL.B.; GrinvaldA.; DavilaH.V.; WaggonerA.S.; and WangC.-H.: Changes in Absorption, Fluorescence, Dichroism, and Birefringence in Stained Giant Axons: Optical Measurement of Membrane Potential, J Membr Biol33: 141–183, 1977.
10.
SalzbergB.M.; CohenL.B.; RossW.N.; WaggonerA.S.; and WangC.-H.: New and More Sensitive Probes of Membrane Potential: Simultaneous Optical Recording from Several Cells in the Central Nervous System of the Leech, Biol Bull149:4451976
11.
SalzbergB.M.; GrinvaldA.; CohenL.B.; DavilaH.V.; and RossW.N.: Optical Recording of Neuronal Activity in an Invertebrate Central Nervous System: Simultaneous Monitoring of Several Neurons, J Neurophysiol40: 1281–1291, 1977.
12.
SalzbergB.M.: Optical Recording of Electrical Activity in Neurons Using Molecular Probes. In: Current Methods in Cellular Neurobiology. Vol. 3: Electrophysiological Techniques.BarkerJ.L., and MckelvyJ.F., Eds. New York, N.Y.: John Wiley and Sons, Inc pp. 139–187, 1983.
13.
SalzbergB.M.; ObaidA.L.; SensemanD.M.; and GainerH.: Optical Recording of Action Potentials from Vertebrate Nerve Terminals Using Potentiometric Probes Provides Evidence for Sodium and Calcium Components, Nature306: 36–40, 1983.
14.
SensemanD.M.; ShimizuH.; HorwitzI.S.; and SalzbergB.M.: Multiple Site Optical Recording of Membrane Potential from a Salivary Gland: Interaction of Synaptic and Electrotonic Excitation, J Gen Physiol81:887–908, 1983.