High Single-Molecule Read Throughput for Proteomics with Nanopore Field-Effect Transistors: Approach & Roadmap

Martens, KoenKoenMartensBarge, DavidDavidBargeLiu, LijunLijunLiuSantermans, SybrenSybrenSantermansStoquart, ColinColinStoquartDelport, JacoJacoDelportWillems, KherimKherimWillemsRuic, DinoDinoRuicMarion, SanjinSanjinMarionGevers, JulietteJulietteGeversDu Bois, BertBertDu BoisAndrei, AlexandruAlexandruAndreiLagae, LiesbetLiesbetLagaeVeugelers, MarkMarkVeugelersVerhulst, AnneAnneVerhulstSeveri, SimoneSimoneSeveriVan Dorpe, PolPolVan Dorpe2024-04-092022-09-152024-04-092022-10-31/https://imec-publications.be/handle/20.500.12860/40425High Single-Molecule Read Throughput for Proteomics with Nanopore Field-Effect Transistors: Approach & RoadmapMeeting abstractBiochemistry/biophysics/molecular biologyElectrical & electronic engineeringPhysics of solids, fluids and plasmasNanopore Field Effect Transistor, proteomics, protein sequencing, high read throughput