The next generation biochip might be like this

The next generation biochip might be like this

The next-generation biological poison detector would base the modern biotechnology and living cell cultures. The problem with this kind of system is nutrient those cells that are giving information for the computer what is following the changes of those cell cultures. And the thing is that in the future the next generation sensors must be feed simultaneous. Because that keeps those cells alive.

The biochip or the biological poison detector is actually a quite simple thing. In this chip is the cell layer, what is between two strings. When the poisonous material touches those cells the electric circuit will be closed. And this system would detect if there is the cell poison in the layer. That means that the detector would notice if something is destroying cells in that layer. The biological version of nerve gas detector would base the idea that nerve gas is actually denied the acting of the enzyme, which breaks the neurotransmitter molecules.

Nerve gas detectors would operate that they can detect the level of neurotransmitters between two neurons. Nerve gas would deny the operation of the transmitter breaker enzyme, and if the level of the transmitter is rising, the nerve gas would be in the air. In this version in the tank would put two neurons, what are communicating together. And the system would detect the level of the neurotransmitter.

Because the neurons work that they will destroy that neurotransmitter immediately when they have been used. At last, we can ask one thing, how to detect carcinogens. The thing is that the carcinogens would make the situation, that the cells would start to divide without control. And the system will meter the width of the cell layer, or it can follow the number of the cells by using a microscope, and if the number is increasing the system would make the alarm.


The idea is that there are a tiny camera and nanotechnical or very small microscope, which follows the changes in the cells by using the technology, where the two images are comparing together. When the cell culture or the biochip as we call those things is put in the system, it will take the photo of the culture, and then the system would notice if there are forming changes. The small size microscopes would allow making sensors, which are allowed to put in a pocket. This system might be connected to cell phones and the operator would follow the changes of the cell culture wireless.  And the system can deliver that information to multiple places.