Riboswitches, comprising a ribozyme actuator and RNA aptamer sensor, were engineered into the replicon 3' UTR.
The LCD display, keypad, and the fingerprint sensor were operated via serial peripheral interface (SPI).
The IR LED and photodiode sensor were mounted opposing each other on a the polygraph board.
Additional advantages in using the sensor were highlighted.
Experimental variables affecting the efficiency of sensor were investigated.
Preparation, characterization and application of this sensor were systematically investigated.
The stability, repeatability, and selectivity of the sensor were evaluated.
(a) U251 cells stably expressing the ECFP-DEVD EYFP FRECFP-DEVD EYFP caspase sensor) were developed as described.
As a result, the computer remained on board a ship while the lens and light sensor were lowered about 100 feet into the sea.
For LNA treatment experiments, Huh-7.5 cells containing the miR-122 sensor were seeded on six-well plates (1 × 106 cell per well) 24 h before transfection.
Huh-7.5 cells transduced with the miR-122 sensor were mCherry positive and GFP negative, indicating that miR-122 activity is high in these cells.
