If this is your first time using this feature you will be asked to accept the Cambridge kernel to connect to your account. The graphs and its derivatives have shown enormous potential as biosensor material due to their unique physico-chemical properties good electrical conductivity optical properties biocompatibility simple functionalization and flexibility. In this way we have been able to examine the growth of oriented neuronal networks on pre-designed SLG patterns as a fundamental step towards a new generation of cheap and reliable cell to inorganic interface system. Hard as it is addressing the fast growing area of the graphs and two-dimensional materials research this book has admirable depths in the subject areas discussed and will be a valuable tool for both early and advanced scientists to examine Basic phenomena associated with the Grapher. The favorable arrangement of neurons on the Grapher stripes is maintained over time and is observed up to DIV 21 data does not appear .If this is the first time you use this feature you will be asked to authorise Cambridge Core to connect with your account.Graphene and its derivatives have displayed huge potential as a biosensing material due to their unique physicochemical properties good electrical conductivity optical properties biocompatibility ease of functionalization and flexibility.In this way we have been able to investigate the growth of oriented neuronal networks on the pre-designed SLG patterns as a fundamental step toward a new generation of cheap and reliable cell to inorganic interface system.Difficult as it is to take stock of the rapidly expanding field of graphene and two-dimensional materials research this book has admirable depth in the subject areas discussed and will be a valuable tool for both early- and advanced-stage researchers to investigate fundamental phenomena associated with graphene.The preferential arrangement of the neurons on the graphene stripes is maintained over time and is observed up to DIV 21 data not shown .