Automated Patch Clamp
IonFlux Mercury
Systems
Industry-Leading Flexibility and Performance in High Throughput Patch Clamp Assays
Fast liquid exchange
Continuous solution flow
Physiological temperature control
Fast liquid exchange
Continuous solution flow
Physiological temperature control
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IonFlux Mercury 16 | IonFlux Mercury HT | IonFlux Mercury Ultra | |
Data points / hour | 700 | 2500 | 10000 |
Integrated Amplifiers | 16 | 64 | 128/256 |
Solution Flow | Continuous | Continuous | Continuous |
Plate | 96 well | 384 well | 384 well |
Experiments per run | 8 | 32 | 64/128 |
intracellular solution per run |
16 | 64 | 128/256 |
Temperature control | Ambiant to 40 (cooling optional) |
Ambiant to 40 (cooling optional) |
Ambiant to 40 |
Assay execution | Synchronous | Synchronous | Synchronous/ Asynchronous |
Current Clamp | Optional | Optional | N/A |
More Information | More Information | More Information |
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IonFlux from Fluxion Biosciences comes in different versions catering to different laboratories and project needs. download the product brochures and the selection guide to research the best system for your needs.
Download
→ IonFlux Mercury Brochure
→ IonFlux System Selection Guide
Application Areas
Ion channel dysfunction is attributed to multiple diseases and disorders including autoimmune diseases, sleeping disorders, Alzheimer disease, cystic fibrosis, trigeminal neuralgia, and various cancers.
Core Technology
Read about IonFlux automated patch clamp technology and how it can perform continuous flow and fast liquid exchange without the hindrance of automated liquid handling.
Customer Spotlight
Pharmacological Characterization of a Primary Nicotinic Receptor from the Neuromuscular Junction
Target disorders that may be linked to nicotine ion channels include muscle dystrophies, myasthenia gravis and myogenic disorders. Andrew Cook from Eurofins Discovery Labs presents latest IonFlux data from optimized nAChR assays.
