Three areas of research, and a capability list that separates what is established from what is still being built.
Most physiological monitoring measures one variable well and reports it in isolation. The body does not fail one variable at a time. It compensates — one system absorbs strain to protect another — and the compensation is often visible before the failure is.
This area concerns continuous measurement of body state, and specifically what becomes visible when several measurements are read against each other rather than one at a time. The interesting signal is frequently not any single value but the divergence between values that normally track together.
Work here spans the sensing layer, the interpretation layer, and the question of what a clinician or a person can actually act on.
Cadaveric anatomy is usually treated as a teaching activity. It is also a research method: a direct observation of structure, of variation between individuals, and of what a disease process physically did to a body before it ended it.
This area concerns structure correlated with function, function correlated with failure, and the morphological variation that averaged textbook anatomy hides. It also concerns how that evidence can be captured, measured, and made useful outside the room it happens in.
The lab has working access to a cadaveric facility. For an independent lab that is unusual, and it is the most defensible capability here today.
Physician assistant and health-professions programmes are accredited against defined competency domains, and are required to show that their assessment actually measures them. Most do this with instruments that were not designed for the purpose.
This area concerns assessment design, competency mapping, progression analytics, and remediation systems — how a programme knows a student is in difficulty early enough to do something, and how it demonstrates that to an accreditor.
It is the area where the lab has the most directly applicable experience and the shortest path from method to institutional use.
| Anatomical method | Established · Cadaveric dissection and structure–function correlation. Thirty-one years of practice; facility access at M.A.R.C. Institute. |
|---|---|
| Physiological measurement | Established · Acid–base, respiratory (spirometry), cardiac (EKG) measurement and interpretation. Taught at PA-programme level. |
| Assessment & competency design | Established · ARC-PA aligned assessment, progression analytics, remediation design. |
| Bilingual delivery | Established · English and Spanish, both native. |
| Instrumentation & prototyping | In development · Sensor development, electronics, and firmware. No prior device has been built. This is what the lab is being assembled to do, not what it has done. |
| Clinical validation | Not yet established · Requires a named clinical advisor and an appropriate study setting. Neither is in place. |
Why this table separates the two. A capability list that mixes what an organisation has done with what it intends to do is not a capability list. Anything marked in development or not established has no track record behind it, and should be read that way.