We are a development stage medical device development company focused on advancing innovative technologies for sensing and treating disorders relating to the nervous system. Our first-in-class technology platform includes a catheter-based microchip-enabled array that can detect and differentiate neural signals with a high degree of sensitivity as demonstrated in animal studies. We calculate sensitivity in units of minimum signal detection voltage in micro volts (uV) time area of the electrode (square millimeters). It is a combined measure that is related to the signal resolving power and spatial resolution of the system. For the BSC Orion, the nearest device on the market, the metrics are 10uV for signal detection levels, and roughly 0.4mm by 0.5mm for the electrode dimensions. For the Autonomix device, the metrics are <1uV for signal detection levels and roughly 0.02mm by 0.03mm for the electrode dimensions. The differences in these metrics result in a calculation of 3,000 times greater sensitivity for the Autonomix device. We believe, if we can recreate these results in clinical trials, this will enable a method of transvascular targeting, treating, and confirming treatment of diseases involving the nervous system throughout the body that is not currently available and may be capable of filling a wide range of unmet medical needs. We are initially developing our technology for patients with pancreatic cancer and pancreatitis, conditions that can cause debilitating pain and need a more effective solution.