Highly experienced integrated drug discovery team
Our experience will guide your drug discovery research programme successfully and cost effectively. We offer wide ranging expertise and pre-validated industry leading assays for ion channels. Our leadership team has published ~ 150 peer-reviewed articles and has been involved in drug discovery programs at respected pharma and biotech companies globally.
Bringing experts together
Our highly experienced interdisciplinary team provides customers with a fully integrated drug discovery service by bringing together experts in:
- Ion channel biology
- Medicinal chemistry
- Specialist chemistry
- Translational biology
- ADMET and DMPK
Our integrated drug discovery service includes initial assay development, custom assay validation and high throughput screening in 384-well plate-based assays. It also comprises giga seal quality automated electrophysiology-based support for medicinal chemistry optimisation of compounds and highly experienced conventional electrophysiology services for profiling of lead compounds. Metrion’s team of expert scientists offer detailed advice and recommendations regarding translational assays such as microelectrode array and impedance measurement.
Alongside trusted partners, Metrion brings:
- A wealth of specialised experience and scientific expertise to help steer your research programme toward a successful, efficient, and cost-effective conclusion.
- Understanding of the importance of precision and reliability in scientific discovery and are dedicated to delivering exceptional results.
Our team is fully equipped to assist you through every phase of the research process, from initial concept to final validation, ensuring the highest standards of quality and efficiency throughout.
A comprehensive suite of industry-leading validated assays has been designed to support your research needs across a broad range of ion channel targets. Our portfolio includes the following assays:
- Voltage-gated ion channels, essential for exploring cellular excitability and understanding the mechanisms behind action potential propagation in excitable cells. These channels play a crucial role in various physiological processes, including muscle contraction and neurotransmission.
- Ligand-gated ion channels, which are vital for studying synaptic transmission and the regulation of intracellular signalling pathways. These channels respond to neurotransmitters and other ligands, enabling rapid cellular responses to environmental changes.
- Multimodal transient receptor potential (TRP) channel assays, providing insights into the sensory functions of these channels, which are involved in detecting and responding to diverse stimuli, such as temperature, pH, and mechanical forces.Assays for two-pore domain ‘leak’ channels, which are involved in regulating the resting membrane potential and ion homeostasis across cell membranes. These channels are important for cellular volume control and overall homeostasis.
- Inward rectifier channels, which play a key role in maintaining the stability of the resting membrane potential and controlling the flow of ions into the cell, which is essential for maintaining cellular excitability and function.
- Hyperpolarisation-activated cyclic nucleotide-gated (HCN) ion channel assays, which are crucial for studying pacemaker activity, particularly in heart cells and neurons, where these channels are involved in regulating rhythm and electrical activity.
Accurate, reliable and cost-effective drug discovery
Through our advanced and comprehensive assay portfolio, Metrion advances your research with the tools, insights, and expertise necessary to drive scientific advancements. With a focus on accuracy, reliability, and cost-effectiveness, we work alongside our partners to ensure your research programme is both successful and economically viable, enabling you to make meaningful contributions to the field of ion channel drug discovery.
Customised integrated drug discovery research programmes
Our extensive experience means we are very happy to discuss integrated drug discovery research programmes for all types of ion channels.