Aim: This research explores the potential of using the MMDC as a diagnostic instrument in early oedema detection in post-operative breast cancer, and the additional use of MMEpiD as a further diagnostic tool in the same subjects. The investigation will evaluate their efficacy in substantiating changes in tissue hydration and correlation with subjective reporting. Together the tools could register early indications of breast oedema, which can be an uncomfortable side-effect of post-operative radiation.
Methodology: Recruit a sample of local breast cancer patients following breast-conserving surgery, and then follow up visits as radiation treatment is undertaken. Data collection, at intervals during treatment and follow up visits, will track changes in hydration patterns using both tools. Statistical analysis will be performed to assess the correlation between the moisture meter readings, subjective reporting, and clinical outcomes. This analysis will determine the best combination of moisture meter readings as diagnostic tools for breast oedema and early detection, allowing early management.
Results: MMDC tool has been used in the clinical environment for several years. The recent introduction of MMEpiD has provided early indications that it is a promising addition for timeous detection of tissue hydration changes, leading to improved recognition of breast tissue oedema. The close correlation between self-reported breast discomfort and sensory changes, and the objective data of tissue hydration provided by readings from MMEpiD and MMDC, supports a measurable relationship between patients' perception and breast oedema.
Conclusions: Early indications suggest a strong correlation between both moisture meter readings and subjective reporting. The MMEpiD machine appears to further enhance the accuracy of detection changes in tissue hydration, aiding in identifying potential issues sooner and providing a successful platform for improved outcomes for breast oedema management post breast cancer treatment.