关键词：纳米晶体；共同芯片；生物灵敏度
摘 要：The previous examples show the use of nanomaterials in biosensing due to their high surface to volume ratio, ability to detect the analyte from small volumes, and large signal to noise ratio, especially the wireless nanosen-sors that transfer message through the mobile. Moreover, nanosensors exhibit fast response time due to their high sensitivity toward the target substance. The trend towards the use of nanomaterials for biosensing applications in the present time describes the possible outcome of nano-chips in the near future containing different nanostructures that will be used for the detection of various analytes at the same time. This is possible by using the same nanomaterial containing different independent single nanocrystals on the same chip, and these can be functionalized separately with different biosensitive materials, detecting their respective target analytes simultaneously.