Auxiliary devices that can be used with PowerLab systems for specialized investigations such as organ bath experiments, electrophysiology and gas analysis. Explore our range of physiology, pharmacology and respiratory instruments below.
ADInstruments Rodent Cardiomyocyte Isolation Apparatus
The ADInstruments Rodent Cardiomyocyte Isolation Apparatus is a modular and compact unit that is designed to function with a suitable peristaltic pump and heated water circulator.
Radnoti Thermal Bath/Circulator
This digital, heated circulator allows temperature control from ambient temperature to 120°C. Ideal for the bench top.
Thermal Water Circulator (5L)
A compact digital heated circulator that can heat water from ambient temperature to 100 °C, and recirculate it in water-jacketed circuits. Designed for education and research applications.
ADInstruments Isolated Rodent Liver/Kidney Recirculating Apparatus
A glass apparatus designed to maintain the function of an isolated rodent (mouse or rat) liver or kidney preparation, and measure up to two perfusion pressures in the perfusion circuit.
Radnoti Tissue-Organ Bath Base Kits
High quality modular tissue/organ bath base kits with compatible tissue chambers, are suitable for in vitro dose-response studies in research and teaching labs.
Blood FlowMeter
A single-channel laser Doppler blood flowmeter used with a specialized fiber optic probe (purchased separately) to measure blood cell perfusion in the microvasculature of tissues and organs.
ADInstruments Modular Rodent Langendorff Apparatuses
Apparatuses that are designed to maintain cardiac function of an isolated rodent heart preparation via Langendorff retrograde perfusion that can be installed in either constant perfusion pressure or flow. Options for recirculating the perfusion are also available.
Gas Analyzer
The Gas Analyzer allows the continuous measurement of respiratory gas concentrations from rats through to humans.
Perivascular and Tubing Flowmeters
Transonic Flowmeters provide accurate and precise measurement of fluid volume flow in vivo, in vitro and ex vivo, which can be recorded with an Instrument Interface and/or PowerLab data acquisition systems.