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This study is being done to better understand how time restricted eating (eating all food in an 8 hour window) can help a person receiving chemotherapy treatment for breast cancer, stages I-IV. We want to find out if time restricted is feasible and acceptable to individuals starting chemotherapy for breast cancer. We will test 3 different eating window options compared to a control group for 24 weeks.
Full description
We know very little about how nutrition therapy can affect breast cancer treatment outcomes. Current standard care suggests enough daily calories and protein to maintain body weight and avoid muscle loss. However, this approach may be antiquated given weight gain is common during treatment and emerging pre-clinical and clinical evidence suggest that fasting during chemotherapy may improve clinical and patient-reported outcomes. For example, preliminary human trials examining the fasting mimicking diet (very low-calorie, low-protein diet 1-week per month) or short-term fasting (48-120 hours (h)), known as periodic fasting, surrounding chemotherapy may increase effectiveness of treatment and decrease side effects related to chemotherapy. Yet these diets have low adherence, side effects of their own, and may increase patient burden and decrease quality of life. In contrast, time restricted eating (TRE) is a form of intermittent fasting with high adherence that may have similar positive effects on treatment outcomes without the untoward side-effects. Moreover, TRE may have beneficial effects on glucose regulation and body composition (i.e., decreased weight and body fat gain) suggesting the potential importance of this regimen to breast cancer recurrence. TRE is extremely accessible with no calorie counting or financial burden to the patient, individuals just shorten their eating window daily.
We aim to test the feasibility and acceptability of 24-weeks of 8-h TRE among female breast cancer patients initiating chemotherapy. Additionally we will examine the reliminary effect of 8-h TRE on treatment outcomes, treatment related side-effects, and patient reported quality of life and fatigue. Exploratory outcomes will include glucose regulation, body weight, body composition, IGF-1, IGFBP3, SHBG, estradiol (e2), TNF-alpha, and hsCRP
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40 participants in 2 patient groups
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Kelsey Gabel, RD, PhD
Data sourced from clinicaltrials.gov
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