IVIS

IVIS refers to the In Vivo Imaging System, a type of equipment used for non-invasive imaging of biological processes within living animals. These systems are crucial in biomedical research, enabling scientists to observe and quantify biological events such as tumor growth, gene expression, and drug distribution in real-time without harming the subjects. IVIS technology typically utilizes bioluminescence or fluorescence imaging, where specific molecules or cells are engineered to emit light, which is then detected and analyzed by the system.

The primary advantage of IVIS is its ability to provide longitudinal data, allowing researchers to track changes over time within the same animal. This reduces the number of animals needed for studies and offers a more comprehensive understanding of disease progression or therapeutic response. Different models of IVIS are available, varying in sensitivity, field of view, and spectral capabilities, catering to a wide range of research applications. These systems play a significant role in preclinical drug development, disease modeling, and fundamental biological studies, contributing to advancements in medicine and life sciences.