direction before diagnosis

Diabetes Testing Centers™ (DTC) has evolved beyond diabetes-related risk detection into a broader chronic-risk platform for modern primary care. Designed to integrate inside existing PCP clinics using as little as one dedicated room, DTC allows practices to add structured pre-screening and focused assessment pathways without building a separate clinic, disrupting daily operations, or requiring major space expansion.

DTC was built for primary care organizations and helps providers detect hidden risk signals earlier, support medical-necessity documentation, and guide patients toward timely care before silent risks become serious complications.

DTC was founded by former family practice owners who saw firsthand how often chronic risks are missed and patients had already begun suffering from preventable damage. That experience, combined with enterprise healthcare leadership in diagnostics and diabetes, shaped DTC’s development of scalable, non-invasive, billable point-of-care programs. Today, with access to a national network of more than 20,000 independent practices, DTC helps providers use TriageIQ™ as the intake-level pre-screener, then determine which focused screeners, assessments, or non-invasive diagnostics may be appropriate during the same visit. 

Most chronic diseases do not begin with a diagnosis. They often begin years earlier with subtle changes in how a patient feels, functions, or moves — changes that may not appear in labs and may never become documented concerns. Patients often notice these changes but explain them away as aging, stress, fatigue, or “just getting older.” They may not schedule a visit, mention them during an existing one, or follow up until the symptoms become impossible to ignore. By then, the underlying disease process may have been active for years.

This is the gap structured chronic-risk detection is designed to close — not by adding complexity, but by surfacing what patients may already be experiencing while they’re already present in the care setting. No extra appointment. No separate referral. No waiting for the patient to decide a symptom is worth reporting. By building detection into the front end of care, organizations can capture risk in the room, document medical necessity when it’s present, and create a pathway forward before the window for early intervention closes. The visit doesn’t change, only the clinical intelligence it finds does.

Find Hidden Risk Signals

Point-of-Care. Non-Invasive. Anywhere. 

The clinical case for earlier testing is not theoretical—it is measurable and documentable. Chronic conditions including diabetes, hypertension, peripheral neuropathy, cognitive decline, and cardiovascular disease often follow a predictable trajectory: a long silent phase where damage can accumulate before symptoms become obvious, followed by a later clinical threshold where intervention becomes more reactive, costly, and complex.

Most primary care workflows are not built to capture risk during that earlier window. Patients present with a chief complaint. Providers respond to what is reported. But what is not reported—early neuropathic changes, subtle cognitive shifts, vascular risk signals, behavioral health burden, or functional decline—may be missed when intake is not structured to pre-screen across multiple domains.

DTC exists to change that equation. Through in-clinic, remote, and mobile testing options, DTC helps practices identify risk earlier from wherever the patient is located—inside the clinic, at home, in the workplace, or through mobile outreach. The programs, diagnostics, and workflows DTC brings into a practice are designed to test earlier, within the visits and patient relationships that already exist, for the conditions that create the greatest long-term harm when missed.

The providers who benefit most aren’t adding complexity. They’re unlocking clinical value already present in their existing patient panel and visit flow by using a more structured pathway to surface risk earlier, document medical necessity, and guide appropriate next steps.

Earlier Detection