Abstract：
The genus Aeromonas comprises Gram-negative bacilli widely distributed in aquatic habitats that can also be found in the terrestrial environment and in close association with humans and animals. Aeromonas spp. are particularly versatile bacteria, with high genomic plasticity and notable capacity to adapt to different environments and extreme conditions. On account of being mostly associated with their pathogenic potential, research on the biotechnological potentialities of Aeromonas spp. is considerably scarce when compared to other bacterial groups. Nonetheless, studies over the years have been hinting at several interesting hidden potentialities in this bacterial group, especially with the recent advances in whole-genome sequencing, unveiling Aeromonas spp. as interesting candidates for the discovery of novel industrial biocatalysts, bioremediation strategies, and biopolyester production. In this context, the present study aims to provide an overview of the main biotechnological applications reported in the genus Aeromonas and provide new insights into the further exploration of these frequently overlooked, yet fascinating, bacteria.
摘要：
气单胞菌属包括广泛分布在水生生境中的革兰氏阴性杆菌，也可以在陆地环境中发现，并与人类和动物密切相关。气单胞菌属。是特别通用的细菌，具有高度的基因组可塑性和显着的能力，以适应不同的环境和极端条件。由于主要与它们的致病潜力有关，气单胞菌的生物技术潜力研究。与其他细菌组相比相当稀缺。尽管如此，多年来的研究一直在暗示这个细菌群的一些有趣的隐藏潜力，特别是随着全基因组测序的最新进展，揭示气单胞菌属。作为发现新型工业生物催化剂的有趣候选者，生物修复策略，和生物聚酯生产。在这种情况下，本研究旨在概述气单胞菌属报道的主要生物技术应用，并为进一步探索这些经常被忽视的生物技术提供新的见解，然而令人着迷，细菌。
