Introduction. Microwave imaging can obtain 360° anatomical and functional images of the
colon representing the existing contrast in dielectric properties between different tissues …

This study assesses the efficacy of detecting colorectal cancer precursors or polyps in an ex
vivo human colon model with a microwave colonoscopy algorithm. Nowadays, 22% of …

Simple Summary Colonoscopy is the most effective method for colorectal cancer prevention
but has several drawbacks that result in polyp miss rates. Microwave imaging is a novel …

A system to integrate microwave imaging with optical colonoscopy is presented. The
overarching goal is to improve the prevention, diagnosis and understanding of one of the …

A system to integrate microwave imaging with optical colonoscopy is presented. The
overarching goal is to improve the prevention and early diagnosis of one of the main health …

Purpose Colorectal cancer is highly preventable by detecting and removing polyps, which
are the precursors. Currently, the most accurate test is colonoscopy, but still misses 22% of …

The quest for possible uses of microwave imaging for medical purposes follows a sequence
that involves first identifying potential biomedical applications. The goal of this first task is to …

Early detection and resection of colon polyp is the best way to reduce colorectal cancer
(CRC) mortality. The current method for early detection is colonoscopy, which has a limited …

Over the last fifty years, energy has been applied to various human tissues for both the
diagnosis and therapy of numerous diseases. However, in general, the medical community …

This paper illustrates the potential of microwave frequencies for biological analysis and cell
discrimination. Microwave electric fields have the capability to penetrate inside cells and …