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The Following is a list of users of NeuroPlex and NeuroCCD (including their e-mail addresses and a short description of their scientific projects) who are willing to answer your questions:

Multicellular Imaging

· In Vivo
· In Vitro

Single Cell Imaging

Multicellular Imaging:

In Vivo:

Larry Cohen ( lawrence.cohen@yale.edu )
In vivo recordings (Aplysia ganglia, turtle bulb and cortex, mammalian bulb and cortex). Signal-to-noise ratio considerations.
Ikuo Taniguchi ( taniguchi.nphy@mri.tmd.ac.jp )
Junsei Horikawa ( horikawa@tutkie.tut.ac.jp )
Yutaka Hosokawa ( hosokawa.nphy@mri.tmd.ac.jp )
Masahiro Nasu ( nasu.nphy@mri.tmd.ac.jp )
Measuring voltage sensitive dye signals from the auditory cortex

 

In Vitro:

Meyer Jackson ( mjackson@physiology.wisc.edu )
Voltage imaging of circuit activity in slices of mammalian brain and spinal
cord.

Asaf Keller ( akeller@umaryland.edu )
Optical imaging of the rat olfactory bulb glomeruli.

AnaLia Obaid ( obaid@mail.med.upenn.edu )
Using voltage sensitive dyes to study models of neuronal networks (enteric plexus).

Brian M. Salzberg ( bmsalzbe@mail.med.upenn.edu )
Optical recording from nerve terminals using voltage and calcium
indicator dyes. Signal-to-noise ratio considerations.

Katsushige Sato ( katsushige.phy2@med.tmd.ac.jp )
Yoko Momose-Sato
Using voltage sensitive dyes for the study of the embryonic chicken and rat central nervous system.

Erwin J. Speckmann ( speckma@uni-muenster.de )
Using voltage sensitive fluorescence and absorption dyes to study synchronous activity in epileptic models (living human brain tissue from epilepsy and tumor surgery; rat neocortical tissue and hippocampal slices; tissue culture; astrocytes).

Jian-young Wu ( wuj@giccs.georgetown.edu )
Measuring population activity in cortical slices using voltage sensitive dyes.

 

Single Cell Imaging:

Alan Fine ( afine@nimr.mrc.ac.uk )
Imaging ion and voltage transients in vitro to study synaptic function and plasticity.

Nechama Lasser-Ross ( nechama_ross@nymc.edu )
Using intracellular Ca2+ and Na+ indicators to map activity in dendrites and axons of single neurons in brain slices.

Dejan Zecevic ( zec@fred.med.yale.edu )
Intracellular voltage sensitive dyes in individual invertebrate neurons in
ganglia and individual mammalian neurons in slice preparations.

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