Minitype remote-controllable light sensation gene stimulating device

Abstract

The invention provides a minitype remote-control laser for the light sensation gene technology. A central processing unit is integrated in the minitype remote-control laser, external instructions are received through a wireless radio frequency module, and the output power, the pulse frequency, the duty ratio and other parameters of the laser are controlled. Meanwhile, a metal outer shell is used for packaging, the good radiating feature is guaranteed, and the service life of the laser is effectively prolonged. An automatic power control circuit is added so that the laser can achieve stable power output in a wide temperature range. The Bluetooth technology is used in the wireless radio frequency module, high universality and high compatibility are achieved, the wireless radio frequency module can be used for being connected with various devices, and cost is effectively controlled. The inner central processing unit has a plurality of connectors and can be externally connected with various sensors, multi-way control can be achieved, high expansion capability is achieved, and intelligent monitoring can be achieved. The device has the advantages of being low in power consumption, small in size, high in stability, convenient to control, wide in application range and quick to adjust, and the device is very suitable for light sensation gene experiments.

Description

technical field [0001] The invention belongs to the technical field of optoelectronics, microelectronics and gene optics, and in particular relates to a miniature remote-controllable photosensitive gene stimulation device. Background technique [0002] The use of electrical stimulation to achieve therapeutic effects has a history of hundreds of years in the fields of biology and medicine, and this method has become increasingly mature and has entered clinical applications, the most typical application of which is implantable cardiac pacing device. These devices use tiny electronic circuits to generate specific stimuli to stimulate specific areas of the body for therapeutic purposes. In recent years, the demand for the treatment of neurological diseases has become increasingly strong. Among them, the so-called "brain pacemaker" is used to treat Parkinson's disease and other types of brain neurological diseases, and has entered clinical applications. The basic principle of th...

AI Technical Summary

Problems solved by technology

This obviously cannot meet the requirements of biological research, especially animal behavior research, so a miniature remote-controllable photosensitive gene stimulation device came into being

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