Practical Achievements of Laboratory Evolution

Abstract

Adaptive Laboratory Evolution (ALE) is a novel approach to generating microbial strains with desired characteristics and producing value-added products. Additionally, ALE is employed as a means of enhancing comprehension of the genetic and/or metabolic pathways of evolution. The objective of this review is to analyze the results of studies that elucidate and demonstrate the potential of microorganisms as model objects for laboratory evolutionary experiments. These experiments are becoming increasingly prevalent in the study of adaptation, the evaluation of evolutionary dynamics, and the testing of various evolutionary hypotheses. Concurrently, ALE has demonstrated itself to be a promising and efficacious methodology, which, when employed for biotechnological applications, has already resulted in the generation of novel and useful microbial strains. It is important to note that the current achievements not only demonstrate the power and versatility of this approach but also highlight a number of unanswered questions. The conclusions drawn on the basis of ALE require a cautious interpretation of the results obtained.