Fariha Qahar and Muhammad Sayyar Khan*
...or the detoxification of xenobiotics in plants. The genetic manipulation of GSH biosynthesis-related genes is considered a prime strategy to achieve higher in planta GSH contents. In this study, stably transformed Brassica napus lines harboring the feedback-insensitive isoform of Serine acetyltransferase (SAT), a rate-limiting enzyme for cysteine (Cys), and GSH biosynthesis, were subjected to H2O2, metolachlor, and atrazine-induced oxidative stress. The overex...
Artem V. Lyamin1; Lyudmila V. Orlova2; Vladimir I. Platonov3; Natalia M. Troz4; Aleksey S. Sustretov1; Elena A. Zakharova1; Karim A. Kaiumov1; Dmitriy V. Alekseev1*
Novel Research in Microbiology Journal (2024), 8(6): 2683-2693
...system, as contacts with xenobiotics occur instead of evolutionarily calibrated interactions; potentially endangering the gut microbiota. This review aims to represent recent data on the relationships among human intestinal, soil, and plant microbiota. Nowadays, it is evident that there is a broad range of influences on human health not only from intestinal microbiota but also from its connection with the environmental microbiota (i.e., soil microorganisms in ...
Artem V. Lyamin1; Lyudmila V. Orlova2; Vladimir I. Platonov3; Natalia M. Troz4; Aleksey S. Sustretov1; Elena A. Zakharova1; Karim A. Kaiumov1; Dmitriy V. Alekseev1*
Novel Research in Microbiology Journal (2024), 8(6): 2683-2693
...system, as contacts with xenobiotics occur instead of evolutionarily calibrated interactions; potentially endangering the gut microbiota. This review aims to represent recent data on the relationships among human intestinal, soil, and plant microbiota. Nowadays, it is evident that there is a broad range of influences on human health not only from intestinal microbiota but also from its connection with the environmental microbiota (i.e., soil microorganisms in ...
