About this trial
Objectives:
Our study is conducted to use the pre-treatment FCH PET/MR in breast cancer patients, to investigate whether the conventional PET/MR imaging markers (SUVmax, MR spectroscopy-derived choline analysis, dynamic contrast-enhanced MRI, ADC analysis), and FCH/MR radiomic features, deep learning (DL) analysis are associated with molecular subtypes, clinical outcomes, treatment response, survival, and which parameters are more accurate for prediction purposes.
Primary study purposes:
-To investigate whether the pre-treatment FCH PET/MR imaging parameters are associated with molecular subtypes of breast cancers, and to evaluate the diagnostic performance for prediction purpose.
Secondary study purposes:
\- To investigate whether the pre-treatment FCH PET/MR imaging parameters are associated with the factors related to clinical outcomes (histologic grade, prognosis) and to analyze which parameters are more accurate for prediction purposes.
Test drug:
Name: 18F- Fluorocholine (18F-FCH) Dosage form: N-(\[18F\]fluoromethyl)-2-hydroxy-N,N-dimethylethan-1-aminium Strength: 3-5 MBq/kg per patient (5-6 mCi/mL at time of injection (TOI)) Dosage and administration: Intravenous injection.
Selection criteria:
1. Women aged 25-75 years old. 2. Women diagnosed as breast cancer by pathological diagnosis from core biopsy within 3 months and who will receive neoadjuvant chemotherapy (NAC) before surgery; or women with pathologically proven breast cancer within 3 months and who will receive operation (without pre-operative neoadjuvant chemotherapy). 3. Women whose ECOG between 0-2 points and life expectancy ≧ 3 months.
Eligibility criteria
This trial does not accept healthy volunteersQualifiers
Women aged 25-75 years old.
Women diagnosed as breast cancer by pathological diagnosis from core biopsy within 3 months and who will receive neoadjuvant chemotherapy (NAC) before surgery; or women with pathologically proven breast cancer within 3 months and who will receive operation (without pre-operative neoadjuvant chemotherapy).
Women whose ECOG between 0-2 points and life expectancy ≧ 3 months.
Disqualifiers
Women who are unable to cooperate with the examinations
Women who are pregnant, lactating or are planning to be pregnant
Women with estimated GFR (eGFR) < 60 ml/min/1.73m2 or acute renal failure within 3 months, past history of renal dialysis.
Past history of claustrophobia
Trial population
The study is conducted to use the pre-treatment FCH PET/MR in breast cancer patients, to investigate whether the conventional PET/MR imaging markers (SUVmax, MR spectroscopy-derived choline analysis, dynamic contrast-enhanced MRI, ADC analysis), and FCH/MR radiomic features, deep learning (DL) analysis are associated with molecular subtypes, clinical outcomes, treatment response, survival, and which parameters are more accurate for prediction purposes.
Trial design
Case-only
Prospective
Treatments tested in this trial
PET-MRI
Diagnostic test1. The study participants will receive pre-treatment whole body PET/MR and breast PET/MR examinations. 2. The whole body PET/MR 3. PET/MR of the breast 4. The whole body FDG PET/MR, and the breast FCH PET/MR will be performed on different days (interval \>= 2 days). 5. The study results will be interpreted by board certified diagnostic radiologists and nuclear medicine physicians, and relayed to the patient's physicians for reference of clinical management.
Treatment groups
Trial outcomes
Primary outcomes
Whether the pre-treatment FCH PET/MR imaging parameters are associated with molecular subtypes of breast cancers, and to evaluate the diagnostic performance for prediction purpose.
To investigate whether the pre-treatment FCH PET/MR imaging parameters are associated with molecular subtypes of breast cancers, and to evaluate the diagnostic performance for prediction purpose
Secondary outcomes
To investigate whether the pre-treatment FCH PET/MR imaging parameters are associated with the factors related to clinical outcomes (histologic grade, prognosis) and to analyze which parameters are more accurate for prediction purposes.
The results to be predicted, including: clinical outcomes (histologic grade, recurrence rate (at 1, 2, 5 years after surgery), survival (5-year overall survival and disease/recurrence-free survival).
Sponsors and contacts
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