Regular CT scans of plants allow us to monitor their development and soil fertility, offering precise data for digital agricultural management.

CT scans clearly reveal pathologies within plants, providing a scientific basis for disease monitoring and diagnosis. Additionally, this aids in studying plant disease resistance, offering new perspectives for breeding.

This technology permits accurate measurement of agricultural product physical properties, serving as a reference for market inspection and providing insights into product quality.

CT analysis of ancient plants not only reveals their morphological features, supplying data for paleoecological and evolutionary research but also unveils their ecological conditions and growth mechanisms, informing modern ecological conservation.

Industrial CT further aids in comprehending internal plant structures and genetic traits, delivering a scientific basis for breeding objectives and variety identification. Moreover, monitoring the breeding process using this tool promotes the propagation and promotion of new varieties.

For animals, it allows non-destructive analysis of their internal structures without damaging their exterior.

The technology also delves into the skeletal, muscular, and other organ structures of animals, assisting researchers in understanding biological growth, disease origins, and impacts.