CLINICAL_TRIALS ClinicalTrials.gov record update

Ovarian-Sparing Adaptive Radiotherapy in Young Adult Women (OvAR-Y): an In-Silico Feasibility Trial

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Record identity and dates

Source: ClinicalTrials.gov
Source record ID: NCT06904365
Title field or adapter rule: {'original_value': 'Ovarian-Sparing Adaptive Radiotherapy in Young Adult Women (OvAR-Y): an In-Silico Feasibility Trial', 'source_field': 'protocolSection.identificationModule.officialTitle'}
Ingested At: 2026-10-31T23:27:28.812314+00:00
Published At: 2026-10-29T00:00:00+00:00
Record Updated At: 2026-10-29
Source Retrieved At: 2026-10-31T22:18:28.651351+00:00
Timestamp Basis: ClinicalTrials.gov API/RSS response retrieval timestamp recorded by Dossier adapter
Date limitation: ClinicalTrials.gov API/RSS response retrieval timestamp recorded by Dossier adapter

protocolSection.conditionsModule.conditions: ["Uterine Cancer", "Rectal Cancer", "Colon Cancer", "Breast Cancer", "Lung Cancer", "Sarcoma", "Cervix Cancer", "Head and Neck Cancer", "Anal Cancer", "Liver Cancer", "Gastric Cancer", "Bladder Cancer"]
protocolSection.statusModule.lastUpdatePostDateStruct: {"date": "2026-10-29", "type": "ACTUAL"}
protocolSection.identificationModule.nctId: "NCT06904365"
protocolSection.identificationModule.officialTitle: "Ovarian-Sparing Adaptive Radiotherapy in Young Adult Women (OvAR-Y): an In-Silico Feasibility Trial"
protocolSection.statusModule.overallStatus: "COMPLETED"
protocolSection.designModule.phases: null
protocolSection.statusModule.resultsFirstPostDateStruct: null

{'armGroupLabels': ['Ovarian-Sparing Adaptive Radiotherapy'], 'description': 'HyperSight is a novel onboard imaging platform with a rapid-acquisition high-quality CBCT imager capable of acquiring images sufficient for simulation and treatment.', 'name': 'HyperSight cone beam computed tomography (CBCT) scan', 'type': 'DEVICE'} (protocolSection.armsInterventionsModule.interventions[])
{'armGroupLabels': ['Ovarian-Sparing Adaptive Radiotherapy'], 'description': 'ETHOS 2.0, an artificial intelligence treatment planning system, will be utilized in an emulator to create SCRT plans to determine the feasibility of clinically significant ovarian dose reductions in-silico.', 'name': 'ETHOS 2.0', 'type': 'DEVICE'} (protocolSection.armsInterventionsModule.interventions[])

An intervention appearing in a study record does not establish an effect or an approved use.

This index keeps the source fields it imported; it may not contain the complete original record. Verify wording and context in the linked source.