Longitudinal prostate cancer cohort integrating multimodal clinical, imaging, laboratory, and pathology data across the disease continuum, with PSMA PET as a core element throughout staging, biochemical recurrence, oligometastatic evaluation, and Lu-177 radioligand therapy assessment.

Axial PSMA PET/CT of the pelvis. CT (left) and PET (right) side by side. Physiological bladder uptake visible on both modalities. De-identified.




Structured EHR elements linked to imaging, laboratory, and pathology data, with temporal alignment to PSMA PET index events across the disease continuum.

Oncology
Prostate cancer · all stages · including castration-sensitive and castration-resistant disease
Surgery, radiotherapy, androgen deprivation therapy (ADT) · androgen receptor pathway inhibitors · chemotherapy · radioligand therapy (Pluvicto / Lu-177 vipivotide tetraxetan)
PSMA PET (⁶⁸Ga-PSMA-11, ¹⁸F-DCFPyL) · prostate MRI · conventional imaging
Demographics · diagnoses · procedures (CPT-coded) · medications · pharmacy dispensing · pathology (Gleason score) · labs (PSA, testosterone, hematologic and biochemical markers)
Oncology · urology · pharmacy dispensing · radiology (DICOM) · nuclear medicine (DICOM) · pathology · laboratory
Raw DICOMs and structured clinical data · HIPAA de-identified · Provenance documentation built into acquisition · Longitudinal timeline reconstruction with temporal alignment to PSMA PET index events
Each PSMA PET event is classified into a clinical scenario using rule-based algorithms incorporating temporal relationships, PSA dynamics, prior treatments, and castration status.

Initial diagnosis: PSMA PET for staging at first presentation, aligned to biopsy, Gleason score, and baseline PSA.
Post-definitive therapy: PSMA PET triggered by PSA rise following prior surgery or radiation, with linked treatment history and time-to-recurrence data.
Limited Metastatic Burden: PSMA PET for characterization of oligometastatic disease, with linked imaging and treatment decision data.
Advanced progression: PSMA PET in the context of CRPC, aligned to treatment sequences and PSA kinetics.
Theranostics: PSMA PET for therapy selection and monitoring related to Lu-177 vipivotide tetraxetan (Pluvicto), with linked dosimetry, response, and outcomes data.
From theranostics research to predictive modelling across the prostate cancer continuum.

Characterize patient selection, response, and outcomes for Lu-177 Pluvicto therapy using linked PSMA PET imaging, PSA dynamics, and treatment data across real-world populations.
Build and validate PSMA-derived imaging biomarkers, including SUV metrics, tumor volume, and lesion detection, using longitudinal imaging linked to clinical outcomes.
Model transitions across clinical scenarios (primary → recurrence → CRPC → RLT) using temporally aligned imaging, labs, and treatment sequences.
Develop predictive models combining PSA kinetics, imaging features, Gleason score, and clinical variables to identify treatment responders and guide therapy selection.
Model eligibility criteria, patient volumes, and endpoint distributions for prostate cancer trials using real-world data across 8,000+ patients with PSMA PET.
Compare outcomes across treatment sequences (ADT, AR inhibitors, chemotherapy, RLT) in the real-world population, supporting label expansion and post-marketing evidence generation.
Imaging, laboratory, and pathology biomarkers with longitudinal temporal alignment. Biomarker selection is tailored to your programme's endpoints and therapeutic objectives.

