The emerging capabilities for engineering, such as the development of mega projects, unmanned intelligent systems, and cross-organization engineering collaboration, are increasingly dependent on advanced technologies and tools for deploying DE.
Genetic engineering refers to the intentional manipulation of genetic material, primarily DNA, to alter, repair, or enhance form or function. It involves techniques such as chemical splicing, recombination using bacteria or viruses, and the design and engineering of novel life forms.
Together, we showcase a co-engineering strategy of AI-empowered breeding to simultaneously optimize crop traits alongside the development of bespoke robotic technology.
Tissue engineering is defined as a multidisciplinary research area that employs principles from various scientific fields to restore and enhance poorly functioning or injured human organs and tissues, utilizing a scaffold combined with bioactive molecules and cells to promote tissue growth.
