Cardiac optical mapping has become an important technique using fluorescent-imaging technique in the study of the electrical properties of multicellular cardiac preparations, especially in terms of […]
Cardiac electrical mapping system is a powerful tool for studying the electrical properties of multicellular cardiac preparations. The system is designed to simultaneously record electric activities […]
(A). A Langendorff perfused heart and 32 multi-electrode arrays was placed on the right atria. (B). Layout of 32 multi-electrode arrays.(C). representative examples of right atrium waveforms and activation during […]
(A). Preparation of rear wall of right atrium containing sinus node (SN) and right ring. Boxes shows position of mapping arrays covering area of SN (8×8 extracellular electrodes) and right […]
(A). MKK4cko-TAC mice are more susceptible to ventricular arrhythmias and slowed conduction velocity. (B). Most activation maps from MKK4F/F hearts showed a sequential activation pattern, beginning with a localized activation […]
(A). Layout of 64 channel arrays. (B). The box shows the position of MEAs. (C). The mapping waveforms from a Langendorff perfused rabbit heart. The activation map shows the acceleration […]
MappingLab presents new advanced cardiac research equipment and software for ArabLab2019. Our staff are all smiles and ready for the show.
Stand 556, in Hall S1 attracts […]
MappingLab was in full swing at 2019 XXIII ISHR WORLD CONGRESS, June 3-6, 2019, Beijing, China.