How do ion channels explain pain?
A central role in both the physiological pain response and the pathophysiological changes underlying chronic pain.
One in three adults experiences chronic pain in their lives, and the effectiveness of treatments is limited, leading to a worsening opioid crisis. Understanding the balance between pain and chronic pain, as well as methods for pain treatment, is becoming increasingly important. Ion channels play a central role in both the physiological pain response and the pathophysiological changes underlying chronic pain. These specialized protein structures embedded in the cell membrane control the flow of ions such as sodium (Na+), potassium (K+), and calcium (Ca2+) across the cell membrane. The movement of these ions generates electrical signals that propagate along neurons and ultimately reach the brain, where they are recognized as pain. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*
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Sophion Bioscience was founded by a passionate group of electrophysiologists with a common goal of providing objective patch clamp results quickly and accurately, independent of the experimenter's skill. We have grown from a small startup in Denmark to a global company, but our passion and commitment to providing high-performance patch clamp solutions remain unchanged. Through exceptional technical service and application support, we back our customers in achieving their goals. Additionally, with the continuous development of the QPatch and Qube platforms, we ensure uncompromising data quality in a user-friendly environment, from assay setup to data analysis.