NanionTechnologies
For 20 years, Nanion combines exceptional instrumentation with trusted scientific support, to accelerate successful drug development and scientific discoveries. As a leading provider of automated patch clamp systems with a wide range of throughput capabilities and formats, we have expanded our product range to in vitro systems for membrane pump/transporter, bilayer recordings, contractility and cell analytics measurements. By sharing our decades of scientific expertise, we aim to become your valued partner, bringing best practice and know-how to facilitate your research.
In our YouTube channel you will learn how to operate with our instruments (tutorial videos). Furthermore, we upload videos from our webinars on ion channel analysis, endogenous transporter research and impedance-based assays.
For more information, visit us online: www.nanion.de
Poster Flash Talks - Nanion User Meeting 2025
Monitoring pore-forming toxin activity in live cells using high-throughput impedance- Tobias Ensslen
Monitoring GPCR signalling by combining photochromic ligands with label‐free Impedance - Julia Erl
In-vitro modeling of Atrial Fibrillation using iPSC-CM for therapeutic screening - Bettina Lickiss
High-throughput SLC inhibition assays: Combining SSM electrophysiology & ADE-MS - Felix Baerenz
GPCR-based drug discovery using iPSC-derived cardiomyocytes and cardiac fibroblasts - Terence Hébert
Structural and mechanistic insights into PIN8 and its inhibition by Morphactins - Ines Benhammouche
Investigating charge transport by P-type ATPases with the SURFE2R technology - F. Tadini-Buoninsegni
Leveraging deep learning tools to design miniprotein modulators of ion channels - Stephan Pless
Exploring Heterogeneous Cell Populations Using APC and Correlative Imaging - David Colameo
Photosensitive natural peptides for the optical control of ion channels - Michel de Waard
Fluorescence-Based Approaches to Study Biological Nanopore Mechanisms - Marianna Mitsioni
Single-Molecule Detection of Protein Biomarkers in Neurodegenerative Disease - Anasua Mukhopadhyay
Simultaneous fluorescence and voltage clamp measurements on free-standing membranes - Jan Behrends
Role of the CLCA1-ANO1 Axis in survival of gastric cancer circulating tumour cells- Ann-Katrin Piper
High-throughput electrophysiology in native lysosomes for early drug discovery - Christian Grimm
Welcome words - Niels Fertig
Webinar: Unlocking the full potential of your SURFE2R data
Webinar: Supporting your Drug Discovery Research with the SURFE2R platform
Short introduction of the CardioExcyte 96
Webinar: Exploring channelopathies and lysosomal targets with the SyncroPatch 384
Current best practice for hNaV1.5 screening: Do we need more? - Michael Morton
HiPSC-CM as a model for human atrium: potential applications - Torsten Christ
Microphysiological Systems at Scale: Bridging Innovation & Regulatory Acceptance - Matthias Gossmann
Comprehensive Assessment of in vitroCardiac Safety for Antitumor Drugs - Xu Zhang
Simultaneous analysis of V & force in human engineered heart tissues -Umber Saleem
Investigation of TRIM55-associated hypertrophic cardiomyopathy in hiPSC-CMs - Antonia Zech
Predicting TdP risk with the axis of arrhythmia - Stewart Heitmann
Next-Gen Toolboxes for Predictive Drug Development - Sonja Stoelzle-Feix
Webinar: Understanding antibiotic uptake via PepT2