Jay Lu, DPhil
@jayjaylu.bsky.social
Cardiac Electrophysiology | @MappingLab_EP
#opticalmapping #microelectrodearray #Langendorff
#calcium #actionpotential #heart #AF
http://mappinglab.com
#opticalmapping #microelectrodearray #Langendorff
#calcium #actionpotential #heart #AF
http://mappinglab.com
Key Features
◉Precise analysis of Ca waves, transients, and E-C coupling
◉ >3000 FPS CMOS imaging with 95% QE and <1 e⁻ noise
◉ All-in-one system with dual-dye recording across 400–800 nm
◉ High-throughput Ca imaging in 10+ cells simultaneously
◉Precise sarcomere length measurement in single cells
◉Precise analysis of Ca waves, transients, and E-C coupling
◉ >3000 FPS CMOS imaging with 95% QE and <1 e⁻ noise
◉ All-in-one system with dual-dye recording across 400–800 nm
◉ High-throughput Ca imaging in 10+ cells simultaneously
◉Precise sarcomere length measurement in single cells
August 9, 2025 at 4:07 AM
Key Features
◉Precise analysis of Ca waves, transients, and E-C coupling
◉ >3000 FPS CMOS imaging with 95% QE and <1 e⁻ noise
◉ All-in-one system with dual-dye recording across 400–800 nm
◉ High-throughput Ca imaging in 10+ cells simultaneously
◉Precise sarcomere length measurement in single cells
◉Precise analysis of Ca waves, transients, and E-C coupling
◉ >3000 FPS CMOS imaging with 95% QE and <1 e⁻ noise
◉ All-in-one system with dual-dye recording across 400–800 nm
◉ High-throughput Ca imaging in 10+ cells simultaneously
◉Precise sarcomere length measurement in single cells