Hospital Universitario Reina Sofia
Córdoba, 14004, Spain
NCT Number: NCT04949776
The use of artificial intelligence software in breast screening (Transpara®) makes it possible to identify studies with a very low probability of cancer.
The hypothesis raised in this work is that reading strategies based on artificial intelligence (single or double reading only of cases with a score> 7 with Transpara®), allow reducing the workload of a screening program by more than 50 % with respect to the standard reading of the program (double reading of all cases without Transpara®), without presenting inferiority in terms of detection rates and recalls of the program, both with the use of 2D digital mammography and with the use of tomosynthesis or 3D mammogram.
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Notify Me50 year–71 year
Female
Interventional
Not applicable
Córdoba, 14004, Spain
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
All women between 50 and 71 years of age (including women who reach that age in the year of appointment), in the Reina Sofía University Hospital district, invited to participate in the Breast Cancer Early Detection Program, that have been randomly assigned in the Hologic equipment (DM or DBT), and who agree to participate in the study by signing the informed consent form.
Exclusion criteria
In the women participating in the study, two strategies for reading mammograms will be carried out:
Strategy 1: Standard reading of the program. Double independent and non-consensual reading of all cases, without any artificial intelligence system (standard strategy).
Strategy 2: Reading strategy based on the global Score granted by Transpara® (strategy based on artificial intelligence):
Time frame: In the middle of the study, at 1 year.
The workload of each strategy shall be assessed by multiplying the average time for a reading of that strategy by the total number of readings of that strategy.
The average reading time of a case in each strategy shall be calculated from the measurement of the individual reading time in a sample of 500 cases in each strategy.
Time frame: At the end of the study, at 2 years.
The workload of each strategy shall be assessed by multiplying the average time for a reading of that strategy by the total number of readings of that strategy.
The average reading time of a case in each strategy shall be calculated from the measurement of the individual reading time in a sample of 500 cases in each strategy.
Time frame: In the middle of the study, at 1 year.
Proportion of women diagnosed with breast cancer among those screened.
Time frame: At the end of the study, at 2 years.
Proportion of women diagnosed with breast cancer among those screened.
Time frame: In the middle of the study, at 1 year.
Proportion of women who, after the screening test, are referred to the breast diagnosis unit.
Time frame: At the end of the study, at 2 years.
Proportion of women who, after the screening test, are referred to the breast diagnosis unit.
Time frame: In the middle of the study, at 1 year.
Proportion of women diagnosed with breast cancer among those referred to the hospital.
Time frame: At the end of the study, at 2 years.
Proportion of women diagnosed with breast cancer among those referred to the hospital.
Time frame: In the middle of the study, at 1 year.
Proportion of women with breast cancer among all women undergoing biopsy.
Time frame: At the end of the study, at 2 years.
Proportion of women with breast cancer among all women undergoing biopsy.
Time frame: In the middle of the study, at 1 year.
Proportion of breast cancers diagnosed among women with a given score.
Time frame: At the end of the study, at 2 years.
Proportion of breast cancers diagnosed among women with a given score.
Maimónides Biomedical Research Institute of Córdoba
Other
New Strategies Based on Artificial Intelligence in Breast Cancer Screening Programs in Córdoba With Digital Mammography and Digital Breast Tomosynthesis. A Prospective Evaluation.
Acronym: AITIC
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