… carotenoid-producing strains were more resistant to UV-stress. In summary, C30 carotenoid
biosynthesis plays a role in habitat adaptation and is scattered across Lactobacillaceae in …

… carotenoid-producing strains were more resistant to oxidative and UV-stress. Taken together,
this study revealed that C30 carotenoid biosynthesis plays a role in habitat adaptation and …

… carotenoid-producing strains were more resistant to UV-stress. In summary, C30 carotenoid
biosynthesis plays a role in habitat adaptation and is scattered across Lactobacillaceae in …

… can adapt to diverse habitats and have wide distributions. … anthocyanin and carotenoid
biosynthesis pathways by … in each species, our study indicates that different flower colors …

… Hence, we analyzed the distribution of both pathways in Proteobacteria (Figure 2a). Additionally,
we … indicate that the carotenoid pathway is not essential for temperature adaptation or …

… a result of adaptation to the properties of the cheese surface habitat. … We suggest that there
is a strong selective pressure at the … The gene distributions were compared by classifying the …

… Carotenoids, C30 to C50 polyenes, occur in any photosynthetic … apocarotenoids (oxidative
breakdown products of carotenoids) in C. … Our data suggest that the accumulated carotenoids …

… Carotenoids are widely distributed in extremophiles. Among … suggest an important role and
ecological function of … To get a closer look on the biosynthesis of this new C30 carotenoid we …

… distribution of Exiguobacterium, microbialites and/microbial mats appear to be another
environment where they can adapt … We suggest the potential role of these carotenoid pigments as …

… difficult because of their diverse breakdown pattern of carbohydrates, … in the biosynthesis of
relatively rare C30 carotenoids (… genomes are provided to indicate genes of potential interest …