
Experimental Test System for Rapid Detection of Dangerous Infection Developed at RTU MIREA
The test system can detect Pseudomonas aeruginosa in 30 minutes

The test system can detect Pseudomonas aeruginosa in 30 minutes

The development will reduce the time to create prototypes of devices based on such boards

The game helps develop programming, frontend development, and social engineering skills
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The development will improve the security of access to information and protect against illegal intrusions

The beneficial effect is achieved due to small doses of porphyrins

Artificial intelligence is responsible for timely watering and fertilizing the soil, and controls the humidity level

The board uses FPGA, SDR transceivers, and MEMS sensors

EEG technologies will help select the best candidates

An playable prototype is already available for the new domestic game universe from the revived Slavic forest

Devices will allow analysis in one minute

At RTU MIREA, it was proposed to use a patch with needles instead of a syringe