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Treatment protocol tracking, staging documentation, and longitudinal cancer care workflows for oncology practices
08:15 — a new chemotherapy cycle is due.
A patient arrives for cycle three, and the day before the toxicity labs and tumor markers already flowed into the chart. TUCAN trends the response labs against the baseline, flags a grade-2 neutropenia before the infusion is ordered, and drafts the structured visit note the oncologist confirms in seconds — so the regimen is adjusted, documented, and coded before the multidisciplinary board meets.
Tumour markers and response labs are trended against baseline, so shifts surface before the next cycle is ordered.
Structured toxicity grading is read across cycles and flagged before it changes the treatment plan.
Cycle documentation is drafted from the encounter and labs instead of typed after the infusion.
The matching GOÄ/EBM code is proposed with each cycle note, so nothing billable slips away.
Surgery, radiation, and medical oncology share one record, with surveillance and referrals carried forward on their own.
Track treatment cycles, document toxicities, and monitor response through structured protocol documentation.
Surveillance scheduling driven by staging and prior findings, with imaging linkage and tumor marker trending.
Coordinate care across surgery, radiation, and medical oncology with shared records and referral routing.
AI reads every cycle's labs and treatment record and surfaces response and toxicity signals before the next infusion is ordered.
Visit notes, staging, and coding are drafted from the encounter instead of typed after it.
Surveillance, referrals, and shared care plans keep surgery, radiation, and medical oncology aligned without manual chasing.
TNM staging and diagnosis details are captured through structured forms and stored to the FHIR record.
TUCAN trends tumor markers and response labs against baseline and flags values outside the reference range.
The oncologist confirms or adjusts the AI findings and records the treatment decision directly in the chart.
A structured visit note is generated and the matching GOÄ/EBM billing code is attached automatically for the cycle.
Follow-up imaging, marker checks, and multidisciplinary reviews are scheduled with the staging and prior findings carried forward.
TNM staging and diagnosis details are captured through structured, scored forms.
Tumour markers and response labs are read into a trend with reference-range and toxicity signals.
Staging, labs, and cycle outcomes are written to the patient's structured clinical record.
A cycle visit note is drafted from the reviewed encounter for the oncologist to confirm.
Follow-up imaging, marker checks, and reviews are scheduled with staging and prior findings carried forward.
Each agent owns a distinct part of the oncology workflow, so the clinician stays in control of every decision.
Reads each cycle's markers and response labs into a trend and flags toxicity and out-of-range values before the next cycle is prescribed.
Drafts the structured cycle note and TNM staging record from the reviewed encounter for one-click correction.
Guides staging intake and surveillance steps, keeping follow-up imaging and multidisciplinary reviews on track.
DICOM connectivity for CT, MRI, and PET studies with measurement tools and structured report generation.
Direct lab order placement with automated result retrieval and pathology report linking.
Referral routing and care coordination with hospital tumor boards and specialty treatment centers.
Book a focused walkthrough for your specialty and practice size. We will map Dudoxx capabilities to your existing workflow and deployment requirements.
