Systemic Overview of Microstrip Patch Antenna's for Different Biomedical Applications.

Area of Science:

• Biomedical Engineering
• Electromagnetics
• Medical Imaging

Background:

• Conventional diagnostic techniques like MRI and ultrasound have limitations, leading to missed diagnoses in up to 34% of cancer cases.
• There is a critical need for effective alternative methods for early and accurate disease detection.
• Patch antennas show potential for biomedical imaging due to varying material properties.

Purpose of the Study:

• To review the application of patch antennas in biomedical imaging for chronic disease detection.
• To explore the use of microstrip patch antennas as an effective alternative diagnostic tool.
• To analyze simulation and experimental results for disease detection using antenna technology.

Main Methods:

• Modeling 3D tissue structures with varying conductivity and permittivity using high-frequency structure simulators and the finite element method.
• Analyzing the electromagnetic field values and microstrip patch antenna operation.
• Reviewing analytical and experimental results for disease detection.

Main Results:

• Microstrip patch antennas offer enhanced benefits and better prospects compared to conventional antennas.
• Patch antennas are suitable for detecting diseases such as breast cancer and oxidative stress syndrome.
• The technology allows for the creation of wideband antennas insensitive to the human body.

Conclusions:

• Patch antenna technology presents a viable and effective alternative for biomedical imaging and disease diagnosis.
• Further research and development in this area can significantly improve diagnostic accuracy and patient outcomes.
• Integrated antennas are crucial for diverse applications in biomedical, commercial, and military fields.