Your next shift starts with findings already marked.
Histolyx pre-reads chest CTs, mammograms, and pathology slides — so when you open a study, suspicious regions are already highlighted and measurements are already done. You confirm. You don't hunt.
At 50+ cases a shift, the margin for error shrinks with each study.
Radiology departments face a structural problem: volume keeps increasing while the supply of trained radiologists does not. Each radiologist reads more studies per shift, reviews more imaging data, and has less time per case. Findings get missed — not from carelessness, but from cognitive load accumulated across an eight-hour read session.
Histolyx is a pre-reader. Before the radiologist opens a study, Histolyx has already scanned it, flagged suspicious regions, measured relevant lesions against prior comparisons, and drafted a structured report. The radiologist opens a study that's already partially annotated — their task shifts from hunting to confirming.
See how pre-reading worksThree steps. One shift change.
Histolyx integrates at the DICOM study arrival point — before the radiologist's worklist is populated.
DICOM study arrives
New studies route to Histolyx via DICOMweb or DIMSE before appearing in the radiologist worklist. No workflow changes required from the clinical team.
Histolyx pre-reads and marks
Histolyx processes the study, identifies candidate findings, measures lesions against prior comparisons, and drafts a structured report with confidence indicators. Average analysis time under 90 seconds.
Radiologist reviews pre-annotated study
The radiologist opens a study with findings already flagged and a report already drafted. They review, modify if needed, and sign. The clinical conclusion remains entirely theirs.
Findings marked before you open the study.
The PACS viewer shows Histolyx's annotations inline — cyan bounding boxes on candidate findings, measurement callouts on nodules, change indicators against prior studies.
Annotations shown are illustrative of Histolyx output structure. Radiologist review and clinical judgment required before any diagnostic conclusion.
Three imaging types. One pre-reading workflow.
Histolyx is built specifically for the three highest-volume modalities in outpatient and hospital radiology.
Chest CT
Histolyx flags pulmonary nodules with size and location, detects pleural effusion and infiltrates, and tracks changes against prior chest CT studies at any time point.
Chest CT detailsMammography
Histolyx identifies mass regions, calcification clusters, and asymmetry patterns in screening and diagnostic mammography. All findings presented for radiologist confirmation.
Mammography detailsDigital Pathology
Histolyx processes whole-slide images at tile level, classifying regions and generating a heat map of areas with elevated cellular density or morphological irregularity.
Pathology detailsFrom the reading room.
"The practical difference is that I no longer start each chest CT as a blank slate. The nodules are already circled. The change from the prior is already documented. I spend my cognitive capacity on clinical judgment, which is what I'm actually trained for."
"We evaluated three AI pre-reader tools. Histolyx was the only one that framed its output as 'here are candidates for your review' rather than 'here is the diagnosis.' That framing matters to our radiologists — they trusted it faster."
Ready to start shifts with findings pre-marked?
Request access to Histolyx for your imaging center or radiology department. We walk your IT team through DICOMweb endpoint configuration, test the routing on sample studies, and calibrate detection thresholds with your radiologists before anything goes live.