Breast cancer female NOS
Conditions
Brief summary
The primary endpoint is to measure the incidence of grade 1-2 anemia (as defined by CTC v.4) in two exposure groups; high and low, in patients treated with EPI and CPA.
Detailed description
What correlations can be identified between exposure (AUC) and; hematologic-, liver-, cardiac- and ovarian toxicity?, What correlations can be identified between exposure (AUC) and the patients’ quality of life?, To what extent can genetic predispositions for drug metabolism be used to identify patients at increased risk of under- or overdose?, What correlations can be identified between exposure (AUC) and tumor response in patients receiving neo-adjuvant treatment?, What correlations can be identified between; BMI, age, smoking habits and renal status vs. exposure (AUC)?, Can we identify any relationship between drug exposure (AUC) and; medical care needs, level of employment and time for recovery?, Is there a difference in total and recurrence-free survival, between patients with low compared to medium or high exposure (AUC)?, Is there a difference in the prevalence of severe adverse events in patients’ with high compared to low exposure (AUC)?, Is the dose measurement in capillary blood samples equal or comparable to venous blood samples?, What correlations between exposure (AUC) and circulating extracellular vesicles can be identified?, What correlations between exposure (AUC) and health state utility values can be identified?, Is there a difference in health care costs associated with severe adverse events in patients exhibiting high exposure compared to those with low exposure (AUC)?
Interventions
Sponsors
Eligibility
Design outcomes
Primary
| Measure | Time frame |
|---|---|
| The primary endpoint is to measure the incidence of grade 1-2 anemia (as defined by CTC v.4) in two exposure groups; high and low, in patients treated with EPI and CPA. | — |
Secondary
| Measure | Time frame |
|---|---|
| What correlations can be identified between exposure (AUC) and; hematologic-, liver-, cardiac- and ovarian toxicity?, What correlations can be identified between exposure (AUC) and the patients’ quality of life?, To what extent can genetic predispositions for drug metabolism be used to identify patients at increased risk of under- or overdose?, What correlations can be identified between exposure (AUC) and tumor response in patients receiving neo-adjuvant treatment?, What correlations can be identified between; BMI, age, smoking habits and renal status vs. exposure (AUC)?, Can we identify any relationship between drug exposure (AUC) and; medical care needs, level of employment and time for recovery?, Is there a difference in total and recurrence-free survival, between patients with low compared to medium or high exposure (AUC)?, Is there a difference in the prevalence of severe adverse events in patients’ with high compared to low exposure (AUC)?, Is the dose measurement in capillary b | — |
Countries
Sweden