Introduction:
Understanding metabolic processes and vascular system within the breast tissue is crucial for research, diagnostics, and treatment planning in breast health. This bachelor's thesis project proposes the development of a gelatin-based model that accurately mimics metabolic cycle in breast tissue. The model aims to serve as a valuable tool for research and diagnostic validation.
Objectives:
The primary objectives of this thesis project are as follows:
- To design and construct a gelatin-based breast model that can replicate metabolic cycle processes within breast tissue.
- To validate the model's effectiveness in mimicking metabolic cycle through experimental data and comparisons with real breast tissue samples data from literature.
- To assess the potential applications of the gelatin model in advancing breast health research and diagnostic methodologies.
Research Questions:
The research questions that will guide this project include:
- What materials and techniques can be used to create a gelatin-based model that accurately mimics metabolic cycle in the breast?
- How can the model's ability to replicate metabolic processes and vascular systems be validated through experimental data?
- What are the potential benefits and applications of the gelatin model in breast health research and diagnostics?