<--- Back to Details
First PageDocument Content
Membrane biology / Cellular neuroscience / Cell communication / Voltage-sensitive dye / Action potential / Membrane potential / Neuron / Depolarization / Ion channel / Biology / Electrophysiology / Nervous system
Date: 2014-07-01 03:39:59
Membrane biology
Cellular neuroscience
Cell communication
Voltage-sensitive dye
Action potential
Membrane potential
Neuron
Depolarization
Ion channel
Biology
Electrophysiology
Nervous system

Optically monitoring voltage in neurons by photoinduced electron transfer through molecular wires Evan W. Millera, John Y. Lina, E. Paxon Fradyb, Paul A. Steinbacha,c, William B. Kristan, Jr.d, and Roger Y. Tsiena,c,e,1

Add to Reading List

Source URL: www.tsienlab.ucsd.edu

Download Document from Source Website

File Size: 603,17 KB

Share Document on Facebook

Similar Documents

B’SYS GmbH  HEK-Tet hERG Cell Line Specification Sheet © B’SYS GmbH

B’SYS GmbH HEK-Tet hERG Cell Line Specification Sheet © B’SYS GmbH

DocID: 1rqng - View Document

The Doctoral Program ION CHANNELS AND TRANSPORTERS AS MOLECULAR DRUG TARGETS („MolTag“) is pleased to invite you to the following lecture:

The Doctoral Program ION CHANNELS AND TRANSPORTERS AS MOLECULAR DRUG TARGETS („MolTag“) is pleased to invite you to the following lecture: "The two faces of TRPC proteins - understanding their function in immune cell

DocID: 1qnCl - View Document

B’SYS GmbH  CHO TRPV1 Cell Line Specification Sheet © B’SYS GmbH

B’SYS GmbH CHO TRPV1 Cell Line Specification Sheet © B’SYS GmbH

DocID: 1q9uB - View Document

Bioelectric phenomena, lecturer: Martin Zápotocký 1.  2.

Bioelectric phenomena, lecturer: Martin Zápotocký 1. 2.

DocID: 1q8NT - View Document

Osmotic actuation modelling for innovative biorobotic solutions inspired by the plant kingdom

Osmotic actuation modelling for innovative biorobotic solutions inspired by the plant kingdom

DocID: 1q36O - View Document