NANOSE & SNIFFPHONE, page-661

Hi Kozikan,

First of all, double negatives - if you want to emphasize the importance of something, it's importance cannot be overestimated, or should not be underestimated.

Secondly, the sensors come in a couple of different formats.

The breath sensors, such as NaNose use an array chemically sensitive nanoparticle resistors to detect volatile organic compounds (VOC) characteristic of a particular disease. The resistance of the sensor elements changes depending on which VOCs contacts the nanoparticle resistors.

Once trained, Akida is used to analyse the different resistor changes to identify the disease.

With properly constituted nanoparticle resistors, this can be used in detecting Covid or cancer.

These breath testers can be used as stand-alone detectors, in the home, in the Dr's surgery, in hospital, at border entrance points, shop entrances, etc.

The other type of sensor we are involved with is the Bioteme Covid antibody detector, which uses a serum (liquid) detector, which detects whether a person has antibodies to a disease, and is probably designed for laboratory use.

Provided the sensor can detect characteristis changes in the sensor elements, Akida can easily be trained to analyse the sensor ouptut to determine the presence or absence of a disease or antibodies.