Electrophysiology is the study of biological voltage changes, from a single ion channel through to a whole organ scale. Voltages can be measured using patch clamping, automated workstations, electrophysiology rigs or cell based assays. Specific cell lines, manipulators and microinjectors are also available for electrophysiology research.
High-Performance Vibration Isolation System with Compact Sub-Hertz Pendulum TechnologyLightweight system with exceptional low frequency passive vibration isolation.Benefits:•Exceptional passive vibration isolation, comparable to our full-size industry standard•63-500 Series Tables•Lightweight, Compact Design (less than 50 lbs) is easily portableFeatures:• Self-leveling design with height control valves• Electropolished stainle…
Another in a long line of TMC innovations, the 75 Series Breadboards minimize both weight and cost. A patented manufacturing technique allows us to form countersunk, tapped holes in a thin top skin of stainless steel. The holes are not drilled or punched, but fabricated in a way that effectively “thickens” the skin in a small ring around the threads. No inserts are used and the tapped holes are 3 threads deep.These tops have r…
Type II Faraday Cage, 40 in. 36in.x48in.,900x1200 mmThe Type II Faraday Cage offers improved access and simplified assembly. The “window-shade” type retracting front panel is easier to operate than hinged doors and causes less disturbance when adjusted. This front panel may be positioned anywhere between fully opened and closed and stays in position without a fastener. The front door is shipped assembled and the entire unit ma…
The model P-30 vertical micropipette puller is designed for the fabrication of basic micropipettes and patch-type pipettes. It will pull micropipettes with tip diameters as small as 0.3um and moderate taper lengths (10 to 15mm). By using an included patching attachment, the P-30 will pull the standard double pull patch-type pipette. Used with thin wall glass capillaries, it will generate pipettes or needles suitable for microi…
Vivo™ is a research microscopy imaging system ideal for intravital imaging and electrophysiology. Designed for the visualization of metabolic processes in live cells, Vivo™ facilitates quantitative measurement of dynamic processes in a light-starved environment. 3i’s SlideBook™ software takes full advantage of the system's automation by seamlessly integrating components, including x-,y- and z-stage motion, filter control and l…
