Catholic University of Sacred Heart
Rome, 00168, Italy
NCT Number: NCT03332004
The aim of the study is to establish a new and more accurate method to visualize the peritoneal changes caused by endometriosis using Indocyanine Green mediated fluorescence imaging. The hypothesis is that Indocyanine Green, a fluorescent dye that has wide applications throughout medicine in identifying vascularity of tissues and neovascularization, could facilitate the localization and excision of endometriotic lesions exploiting the hypervascularization due to the chronic inflammation
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Notify Me18 year–50 year
Female
Interventional
Phase 2
Rome, 00168, Italy
Patients were recruited within the clinical routine after indication for laparoscopy under consideration of the inclusion and exclusion criteria.
The first abdominal and pelvi's inspection was made using direct laparoscope visualization under white light conditions. All areas suspected of peritoneal endometriosis were classified as white, black and red lesions and recorded together with their anatomic location in the surgical record for the purposes of subsequent extirpation.
After the first visual inspection the patient was administered with 0.05 - 0.25 mg /(kg BW) Indocyanine Green intravenously. The Indocyanine Green imaging mode of the Olympus Indocyanine Green Imaging System was activated and suspected areas in Indocyanine Green imaging mode were recorded with their corresponding appearance in white light mode.
If suspected areas were visible either in white light or Indocyanine Green imaging mode, specific sample has been taken from these areas.
In addition control biopsy specimens from inconspicuous peritoneum has been taken.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
0.25 mg /(kg BW) Indocyanine Green PULSION® - PULSION Medical Systems were administered intravenously
Time frame: Intraoperative
Optical qualitative assessment through the visual evaluation of a single expert surgeon (presence / absence of fluorescence, due to the injection of the Indocyanine Green and the use of the Near Infrared vision, at the level the of suspected endometriotic lesions)
Time frame: Intraoperative
To detect occult endometriotic lesions, thanks to the fluorescence of the Indocyanine Green, that would remain otherwise not visible to the surgeon eye
Time frame: Intraoperative
To assess if the use of Indocyanine Green cause a significant increase of the operatory time
Time frame: From operatory room up to 3 days
To assess if the use of Indocyanine Green increase the percentage of intra and post-operative complications
Time frame: From operatory room up to 3 days
Evaluation of possible side effects related to the use of Indocyanine Green as a fluorescent endometriosis' marker
Catholic University of the Sacred Heart
Other
Indocyanine Green and Near-Infrared Vision for Detection of Endometriosis (GRE-Endo Trial)
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