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For years, measuring hemoglobin function and the oxygen dissociation curve (ODC) has been a technically demanding process. Traditional approaches such as Hemox analyzers or tonometry require large sample volumes, complex …

OxyDial has successfully closed its Seed Round – an important milestone that strengthens our ability to scale both technology and impact. This investment enables us to continue manufacturing our unique …

At OxyDial, progress is driven by people. Inventors, engineers, business leaders, and operators work together as one team, each playing a distinct role. In our Meet the Team series, we …

In oxygen affinity testing, most alternatives fall into two categories. First are blood gas analyzers: essential clinical instruments, but they do not directly measure the oxygen dissociation curve. ODC and …

Most oxygen-affinity systems were designed around specialist use and episodic testing. OxyDial was designed for how laboratories actually operate day to day – continuously, with standard staff, and minimal operational …

The OxyDial Cloud Platform is designed to connect scientists, not just instruments. Whether teams are working at the bench, in the office, or across organizations, the platform provides a single, …

In oxygen-affinity testing, blood volume and time-to-result define where the technology can realistically be used. OxyDial was designed around this constraint from the start.   MINIMAL BLOOD VOLUME: OxyDial measures …

At the core of OxyDial’s built-in quality control is direct comparison of every measured oxygen dissociation curve to the theoretical Monod-Wyman-Changeux (MWC) allosteric model. The MWC framework is the canonical …

In P50 and oxygen dissociation curve measurement, the industry still lacks a universally accepted quality control standard. Blood-based measurements are inherently variable – P50 can shift with storage, handling, and …