Raman Diagnostic Software

Raman spectroscopy works by shining a laser — typically green at 532 nm — at a sample and measuring the scattered light. Most photons scatter elastically at the same energy, but a small fraction scatter inelastically, shifted by an amount that corresponds to specific molecular vibrations. This Raman shift creates a molecular fingerprint complementary to FTIR and often more specific.

Clinically, Raman has distinct advantages: it works through water (unlike FTIR), requires minimal sample preparation, and can analyze samples through glass or plastic containers. These properties make it ideal for point-of-care applications — bacterial identification directly from clinical specimens, real-time drug identification in emergency departments, and intraoperative tissue assessment during surgery.

The instrumentation is mature. What's missing is the software layer that transforms Raman measurements into clinical actions — patient association, quality control, ML-based classification, and structured reporting to hospital information systems.