Optogenetics > LED Array
Optogenetics technology was applied for in-vitro cells or tissues for controlling gene expression. For this purpose, long-term and time-controlled light stimulation in a culture incubator is required. Full waterproof LED array fulfills all the requirements for the in-vitro optogenetics experiments.
LED Array system.
- Designed for any of commercial multi-well plates so can be used together with e.g. 6, 12, 24, 48 and 96 well plates.
- By the mode switch of LAD-1 LED Array Driver you can choose constant mode or trigger mode.
- In trigger mode, the Trg In BNC on the back panel is used for receiving trigger TTL pulses from a stimulator so that it enables time-controlled pulsed stimulation in-vitro.
- Tere are some additional information on Download page. Please find from Service > Download > Document.
Products and Accessories
LAD-1
LED Array Driver. In trigger mode, the Trg In BNC on the back panel is used for receiving trigger TTL pulses from a stimulator so that it enables time-controlled pulsed stimulation in-vitro.
LEDA-B
Blue (470nm) LED Array. For any of commercial multi-well plates (6, 12,24,48,96). Especially it’s perfectly fits for 96 well plate because each LED element comes just under each well.
LEDA-G
Green (530nm) LED Array. For any of commercial multi-well plates (6, 12,24,48,96). Especially it’s perfectly fits for 96 well plate because each LED element comes just under each well.
LEDA-Y
Yellow (590nm) LED Array. For any of commercial multi-well plates (6, 12,24,48,96). Especially it’s perfectly fits for 96 well plate because each LED element comes just under each well.
LEDA-R
Red(630nm) LED Array. For any of commercial multi-well plates (6, 12,24,48,96). Especially it’s perfectly fits for 96 well plate because each LED element comes just under each well.
LEDA2-BY
It emits Blue(470nm) and Yellow(590nm) lights from the same LED element. Two LAD-1 are required.
STOmk-2
Stimlator. 2ch. designede for Optogenetics experiments.
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