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Danish Vulva Cancer Recurrence Study

Not Applicable
Recruiting
Conditions
Vulva Cancer
Vulva Disease
Vulvar Neoplasms
Survivorship
Vulva Neoplasm
Circulating Tumor DNA
Vulvar Cancer
Vulvar Diseases
PROM
Interventions
Diagnostic Test: Measurement of circulating tumor-DNA
Other: Collection of patient-reported outcomes
Other: Algorithmically determined telephone interview with a nurse
Registration Number
NCT06495554
Lead Sponsor
University of Aarhus
Brief Summary

The overall aim is to investigate different aspects of recurrence detection in women with vulva cancer (VC) to identify optimal treatment- and surveillance programs.

DaVulvaRec is a Danish nationwide multicenter study with patient inclusion from Aarhus University Hospital and Rigshospitalet, Denmark. Applying a mixed method research design, the investigators will collect and analyze patient-reported outcome measures in combination with procedural data to evaluate symptomatology and map actions taken during the patient's pathway from primary disease to recurrence. Furthermore, the investigators aim to examine if circulating tumor-DNA (ctDNA) can be detected in liquid biopsies from VC patients. All patients will be followed for two years or until recurrence. Patient-reported outcome measures will be completed every four months during surveillance, and liquid biopsies will be collected prospectively for later analyses.

Total number of patients to be included is 295 according to a power calculation. All patients in the clinical study will be included in the intervention group, while data on a historical control group will be obtained from The Danish Gynecological Cancer Database. Hence, the control group will consist of 1000 VC patients diagnosed between 2011-2022.

Hypotheses:

* All patients with VC will have specific tumor markers in the primary tumor that will be detectable in liquid biopsies as ctDNA at the time of diagnosis.

* Measurement of ctDNA after primary treatment and during surveillance will allow detection of residual disease, improve allocation for adjuvant treatment, and will allow early detection of recurrent VC.

* Proactive use of repeated PROM assessments in combination with procedural actions during surveillance will allow early detection of recurrent VC and early identification of late effects after treatment.

Detailed Description

Not available

Recruitment & Eligibility

Status
RECRUITING
Sex
Female
Target Recruitment
1295
Inclusion Criteria
  • Primary or recurrent biopsy-verified squamous cell carcinoma of the vulva
  • ≥ 18 years of age
  • Able to understand oral and written information in Danish
Exclusion Criteria
  • Active treatment for concurrent cancer and/or dissemination of concurrent cancer

Study & Design

Study Type
INTERVENTIONAL
Study Design
SINGLE_GROUP
Arm && Interventions
GroupInterventionDescription
PROM assessment and ctDNA detection during surveillanceMeasurement of circulating tumor-DNAAll participants (n=295) included in the prospective clinical study
PROM assessment and ctDNA detection during surveillanceCollection of patient-reported outcomesAll participants (n=295) included in the prospective clinical study
PROM assessment and ctDNA detection during surveillanceAlgorithmically determined telephone interview with a nurseAll participants (n=295) included in the prospective clinical study
Primary Outcome Measures
NameTimeMethod
Recurrence-free survivalTwo years
Overall survivalTwo years
Secondary Outcome Measures
NameTimeMethod
Improved survival as a result of proactive management of late effects on group levelTwo years
ctDNA detection after end of treatment in relation to residual diseaseTwo years
ctDNA detection during surveillance in relation to recurrent diseaseTwo years
Symptomatology preceding a recurrenceTwo years
Improved quality-of-life as a result of proactive management of late effects on an individual levelTwo years
ctDNA detection at time of diagnosis in relation to disease stageTwo years

Trial Locations

Locations (2)

Copenhagen University Hospital

🇩🇰

Copenhagen, Denmark

Aarhus University Hospital

🇩🇰

Aarhus N, Denmark

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