Ion Channel Studies

Other Channels

Access the targets you need

Our extensive catalogue of ion channel targets and validated assays includes lysosomal channels such as TMEM175. Our cell line generation team is also on hand to develop and validate additional variants to support your research.

Off-the-Shelf TMEM175 Cell Lines 
TMEM175 (human) TMEM175 (LoF) TMEM175 (GoF)
TMEM175 (mouse) TMEM175 (rat) TMEM175 (dog) 
TMEM175 (monkey)    

Flexible assay formats

SB Drug Discovery’s ion channel expertise spans high-throughput screening and lead optimization using a range of fluorescence-based assays and state-of-the-art electrophysiology platforms.  Integrating the SURFE2R technology to measure lysosomal channel activity, our team offers an entire cascade of assay formats to support lysosomal channel drug discovery.

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TMEM175 Electrophysiology

Figure 1: Representative TMEM175 current traces before (grey line) and during the presence of increasing concentrations of the blocker 4-Aminopiridine (blue lines). Currents are evoked by a 500 ms ramp from -80 mV to +80 mV, followed by a 500 ms step from -80 mV to + 80 mV before returning to the holding potential of 0 mV.<br />

Figure 1: Representative TMEM175 current traces before (grey line) and during the presence of increasing concentrations of the blocker 4-Aminopiridine (blue lines). Currents are evoked by a 500 ms ramp from -80 mV to +80 mV, followed by a 500 ms step from -80 mV to + 80 mV before returning to the holding potential of 0 mV.

TMEM175 screening assays

High-Throughput Screening

Validated high-throughput screening assay

Electrophysiology Studies

Robust electrophysiology assays ready to run 

Cell Line Generation - SB Drug Discovery

Disease-relevant variant cell lines & assays 

Range of species orthologs

Range of species orthologs

Case Study

A Multi-Platform Approach to TMEM175 Drug Discovery

TMEM175 is a novel, constitutively active ion channel involved in the regulation of lysosomal pH, lysosomal Δψ and autophagy. TMEM175’s significance lies not only in its physiological role but also in its therapeutic promise. 

A Multi-Platform Approach to TMEM175 Drug Discovery
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