C-Stim CMC Microscope Chamber System The C-Stim from Cell MicroControls (CMC) is a superfusion chamber system for microscopy studies. It incorporates several substantial improvements over existing chamber designs. The central innovation is the C-Stim’s reusable chamber insert. Its coverslip bottom is glued in place, which nearly eliminates solution leakage into the scope. The insert is autoclavable so cells can be cultured directly in it. The chamber holder is designed [...]

mTCII Temperature Controller & Heater The mTCII micro-Temperature Controller is a versatile 2 channel temperature controller powerful enough to heat small tissue baths, microscope stages, small animal heaters etc. but also able to control miniature heating devices like the included HPRE2. The mTCII uses state-of-the-art microcontrollers to provide a flexible instrument rather than a modular PID design where there is no control over the user interface and instrument function. [...]

CytoCypher Perfusion System Our high throughput MultiCell system enables testing for many compounds on your myocytes. This requires adding compounds without disturbing the cells. For this purpose, IonOptix in partnership with CytoCypher developed a pump system that can address multiple wells individually and provide precise flow rates (0.1-20 ml/minutes) and laminar flow. Features and Specifications Three Pumps, two for adding solutions to the well, one to [...]

FHD Microscope Chamber System The FHD Microscope Chamber System is a newly designed chamber system to perfuse and stimulate cardiac myocytes that are studied on the microscope. The FHD chamber system uses simple disposable 25mm coverslips making it ideal for use with both freshly isolated and cultured cells. A key design feature, this chamber uses a silicone insert to seal the chamber… no messy grease, no sticky epoxies. Simply [...]

Interested in a COMPLETE Intact Muscle Chamber system? Learn more here Lying between single cell and whole heart experimental studies, intact papillary muscle isolated from hearts offers unique advantages. Unlike single isolated myocytes, which represent the smallest fully functional model system, intact papillary muscle can be used to study cardiac function within a multicellular context and an intact 3-dimensional myofilament lattice. And unlike whole heart studies, the contractile characteristics of papillary [...]