Optogenetics became explosively popular for controlling animal behaviour in-vivo, however, recently this technology was applied for in-vitro cells or tissues for controlling gene expression, photochemical reaction, etc.
For this purpose, long-term and time-controlled light stimulation in a culture incubator is required
This full waterproof LED array fulfills all the requirements for the in-vitro optogenetics, photochemistry and photopharmacology experiments
Fits perfectly for multi-well plate
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| 6 well |
Upper view with 96 well plate |
It is designed for any commercial, standard-sized multi-well plates so can be used together with e.g. 6, 12, 24, 48 and 96 well plates
Especially it perfectly fits for standard-sized 96 well plate because each LED element comes just under each well
Trigger Input
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
Many Color Options
| Model |
Descriptions |
| LAD-1 |
LED Array Driver |
| LEDA-365 |
LED Array, 365nm |
| LEDA-V |
LED Array, 400nm |
| LEDA-420 |
LED Array, 420nm |
| LEDA-450 |
LED Array, 450nm |
| LEDA-B |
LED Array, 470nm |
| LEDA-500 |
LED Array, 500nm |
| LEDA-G |
LED Array, 530nm |
| LEDA-Y |
LED Array, 590nm |
| LEDA-R |
LED Array, 630nm |
| LEDA-670 |
LED Array, 670nm |
| LEDA-740 |
LED Array, 740nm |
| LEDA-850 |
LED Array, 850nm |
| LEDA-I |
LED Array, 950nm |
| STOmk-2 |
Stimulator for Optogenetics |
2 Color LED Array System
Model: LEDA2-x/x
* x: color code. see the table above for color options
* For other colors, please contact us
In the LEDA2 two color LED array system, you can pick any two colors from the color options in the table above. The two LEDs are alternately arranged and the boarder comes to the center of each well in 96 well plate. It is suitable for excitatory and inhibitory control in optogenetic experiment, expression control of two different genes, etc. For independent control of each color, 2x LAD-1 are required. 1x STOmk-2 can control both colors because it has two independent channels
4 Section LED Array System
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| model: LEDA4-X |
model: LAD-4 |
4 Channel Stimulator
MODEL: STO-4
STO-4 is 4ch version of our STOmk-2 stimulator for optogenetics
STO-4 is 4 channel constant voltage pulse generator, and each channel can be controlled independently. The output is 0 ~ 5V analog voltage, which is suitable for controlling analog-voltage compatible light sources, e. g. our LAD series LED array system. Especially, it is ideal for controlling 4 section LED array (LEDA4-x and LAD-4)
6 section LED Array System
* x: color code. see the table above for color options
LEDA6 has 6 independently controllable sections each having 16 LEDs. It is suitable for 6 well plate experiment enabling independent light power and stimulation timing control
LAD-6 is independent 6ch LED array driver designed for controlling LEDA6. Unlike LAD-4, it does not have trigger input BNC on the back panel, instead it is connected to PC via USB cable and controlled by LAD6 software-
In summary:
The Teleopt LED Array System is a modular LED system designed for controlled light stimulation in in vitro contexts (cells, cultures, tissues)—particularly useful for optogenetics, photopharmacology, phototherapy, gene/protein photocontrol, and photochromic reactions.
It is designed to provide controlled, uniform, and repeatable light according to temporal or continuous protocols, and can also be used inside incubators (humid/controlled environments) thanks to its waterproof/fully protected design.
