CU700 and CU710 Electroporation and Cell Fusion Monitoring Systems
CU700 and CU710 Electroporation and Cell Fusion Monitoring Systems
NEPA GENE Electroporation and Cell Fusion Monitoring SystemsCU700, CU700S, CU710 and CU710S |
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(For NEPA21, CUY21EDIT, CUY21SC, LF101 and LF201) |
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FEATURES
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Example of Monitoring System Display for the Square Wave Pluses of the NEPA21 | |
It is now possible to monitor in real time ALL the controllable parameters required for efficient and repeatable Electroporation and Cell Fusion: | |
– Electric waveforms – Output pulse-wave forms – Peak-to-peak voltages – Maximum voltages |
– Pulse durations – Pulse intervals – AC frequencies – Etc. |
REAL TIME measurement of the experiment output parameters are key to optimising your experiments and TROUBLESHOOTING. The plotted values and waveforms enable accurate experiment optimisation.
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CU700 |
CU710 |
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Attenuator for CUY21EDIT and CUY21SC |
Attenuator for NEPA21, CUY21EDIT, CUY21SC, LF101 and LF201 | |||||
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CU700S* |
CU710S |
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Attenuator and Oscilloscope for CUY21SC and CUY21EDIT | Attenuator and Oscilloscope for NEPA21, CUY21SC, CUY21EDIT, LF201 and LF101 | |||||
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Monitoring System Set-Up for Electroporation |
Square Wave Pulse for the CUY21SC Electroporator
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CUY21SC, | C200 Footswitch, CU700 & Oscilloscope |
Tektronix: TDS1002B | ||||
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CU700, Attenuator (for CUY21EDIT and CUY21SC)
. . CU700S, Attenuator (for CUY21EDIT and CUY21SC) and Oscilloscope
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CU710, Attenuator (for CUY21EDIT, CUY21SC, LF201 and LF101)
. . CU710S, Attenuator (for CUY21EDIT, CUY21SC, LF201 and LF101) and Oscilloscope
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