A-Bio had never made a diagnostic kit before. For this product in particular, it was probably going to require a difficult level of work because the technology was pretty sophisticated.1

“To be honest, it might take a long time to develop it. The idea to catch DNA with Cas9 is extremely creative and innovative, but we have a long way to go because there are a lot of problems to solve to make it into a kit,” Cheon Ji-Myung said.0

Young-Joon nodded.0

“That’s right. And the key point of this project is to use PDMS to make a lab-on-a-chip that is stable for a long period of time, so we will probably have to collaborate with A-Gen’s Mobile Diagnostic Device Research Department at Lab One,” Young-Joon said.2

Lab-on-a-chip: it was given this name because it was a technology that could carry out experiments normally done in labs on a tiny chip that was the size of one’s palm. It was an object that integrated semiconductor technology, ultra-fine nano circuit manufacturing technology, and cutting-edge biochemical engineering technology based on biomaterials. Pregnancy tests were also considered lab-on-a-chip as it confirmed the presence of human chorionic gonadotropin through an antibody reaction. If they were going to make A-Bio’s all-in-one diagnostic kit into a product that could be bought at convenience stores, they would have to overcome the lab-on-the-chip.0

The problem was that confirming...0