[China Instrument Network Instrument R&D] A few days ago, the Shandong Provincial Key Laboratory of Biophysics, Dezhou College, made significant progress in the research and development of graphene biosensor technology, and achieved a major worldwide research achievement for Dezhou City.
Picture from network It is reported that graphene is known as the "changing 21st century" advanced material because of its many excellent properties of mechanics, optics, electricity, and microscopic quantum. Existing research indicates that the application prospects related to graphene related to human health and biomedicine are promising.
Over the years, Dr. Xu Shicai, Professor Wang Jihua and Professor Zhou Yaoqi led the research team to study the graphene biosensing technology. From September 2014 to December 2016, the team focused on this area and solved problems such as controllable growth of cm-level monocrystalline graphene, non-destructive modification of probe molecules, and sensor analysis models, and finally mastered the problems. The key technology of graphene biosensing solves the current global technical challenges faced by graphene biosensors and has completely independent intellectual property rights.
It is understood that the graphene biosensor is an electrical analyzer that has a small size and a very low manufacturing cost. It has a very attractive market value and has a huge market prospect. At present, the biosensors and graphene materials involved in the ultra-trace biosensing technology for single crystal graphene are listed in the National Thirteenth Five-Year National Strategic Emerging Industry Development Plan, and also in line with the “10+6†leading industrial layout in Dezhou City. .
(Original title: Texas Science Team Overcame Graphene Biosensor World Challenges)
Picture from network
Over the years, Dr. Xu Shicai, Professor Wang Jihua and Professor Zhou Yaoqi led the research team to study the graphene biosensing technology. From September 2014 to December 2016, the team focused on this area and solved problems such as controllable growth of cm-level monocrystalline graphene, non-destructive modification of probe molecules, and sensor analysis models, and finally mastered the problems. The key technology of graphene biosensing solves the current global technical challenges faced by graphene biosensors and has completely independent intellectual property rights.
It is understood that the graphene biosensor is an electrical analyzer that has a small size and a very low manufacturing cost. It has a very attractive market value and has a huge market prospect. At present, the biosensors and graphene materials involved in the ultra-trace biosensing technology for single crystal graphene are listed in the National Thirteenth Five-Year National Strategic Emerging Industry Development Plan, and also in line with the “10+6†leading industrial layout in Dezhou City. .
(Original title: Texas Science Team Overcame Graphene Biosensor World Challenges)