Emerging technologies are revolutionizing the rootstock rooting process in agricultural engineering through in vitro techniques

Abstract

This article endeavors to showcase the seamless integration of cutting-edge technologies into the agricultural sector, with a specific emphasis on their application within biotechnology laboratories specializing in in vitro cultivation. The pioneering technology at the heart of this project centers on the automated detection of viral symptoms in micro-cut rootstocks grown in nutrient-rich substrates. Furthermore, we will delve into a comparative analysis, contrasting laboratories equipped with automated processes against those devoid of such advancements, specifically in the context of in vitro cultivation of subject-rooted plants in identical nutrient-rich environments. The anticipated annual financial gains stemming from the incorporation of an automated system into the in vitro laboratory are projected to reach an impressive 1.8 million Russian rubles.