KoniKore uses living brain neurons from mice, fused to a silicon chip, to "smell" compounds such as pathogens in a hospital, cancer cells, explosives, and more. KoniKore's genius is in how it converts a life form signal from a programmed neuron into a digital message. In other words, you can give KoniKore's neurons a particular instruction, such as sniffing out threats in an airport or "tasting" food for quality assurance. Live cells held in a nutritive liquid cartridge sample the environment when air flows in. This radical field of merging biology, technology, and design is exciting, to say the least, and represents a unique opportunity for innovation.KoniKore uses living brain neurons from mice to fuse onto silicon chips to "smell" compounds, for example, pathogens, cancer cells, explosives, etc. in hospitals. The genius of KoniKore lies in how it converts life-form signals from programmed neurons into digital information. In other words, you can give KoniKore neurons a specific instruction, such as sniffing out threats at the airport or "tasting" food to ensure quality. Living cells stored in the nutrient solution cassette sample the environment when the air flow is in. This radical field that blends biology, technology and design is exciting to say the least, and represents a unique opportunity for innovation. www.whipsaw.com