111215-N-PO203-079 PANAMA CITY, Fla. (Dec 15, 2011) Lt. Denis Colomb, principal investigator with the Navy Experimental Diving Unit, places a whole-cell recording electrode in a holder to imaged by a hyperbaric microscope during a technique called “patch clamping”, in which electrodes are attached to a cell membrane so that scientists can monitor, stimulate and record the cell's electrical activity in a pressurized environment. The Office of Naval Research is sponsoring the innovative work designed to explore advances to protect Navy divers working at depths of up to 1,000 feet. ( Navy ph
111215-N-PO203-079 PANAMA CITY, Fla. (Dec 15, 2011) Lt. Denis Colomb, principal investigator with the Navy Experimental Diving Unit, places a whole-cell recording electrode in a holder to imaged by a hyperbaric microscope during a technique called “patch clamping”, in which electrodes are attached to a cell membrane so that scientists can monitor, stimulate and record the cell's electrical activity in a pressurized environment. The Office of Naval Research is sponsoring the innovative work designed to explore advances to protect Navy divers working at depths of up to 1,000 feet. ( Navy photo by John F. Williams/Released) US Navy 111215-N-PO203-079 Lt. Denis Colomb, principal investigator with the Navy Experimental Diving Unit, places a whole-cell recording electrode
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Keywords: armed, conflict, forces, military, states, united, war
