Sentence examples for flexible organisms from inspiring English sources

Art museums are gradually becoming more flexible organisms.

Such flexible organisms pay a price, however, because adaptable behavioral systems can more easily be subverted from their optimal path of development.

M. tuberculosis is a prototrophic and metabolically flexible organism capable of surviving in a variety of environments.

Accordingly, the percentage of multiple genes encoding essential reactions in specialized microorganisms is much higher than in generalist - or flexible - organisms such as E. coli, B. subtilis or S. cerevisiae (> 30% vs 10% redundancy, respectively) [ 50].

An advantage to this type of directly induced polyphenism is that it potentially retains flexibility to changing environments: if maximally flexible, an organism will be immediately adapted to an environment that has never been encountered without any need for a selective shift in reaction norms or other developmental responses.

Here, by simulating the evolution of organisms with flexible genomes, we show that the need for an appropriate phenotypic variability induces a relationship between the deleteriousness of gene mutations and the quantity of non-coding sequences maintained in the genome.

Here we review advances in understanding chromatin and pausing, and explore how coupling Pol II pausing to distinct promoter architectures may help organisms achieve flexible yet precise transcriptional control.

This orientation reflects an expanded 'sensibility' to the environment, where flexible borders of the organism and changing parameters of individuality dispense with any characterizing essences – genetic, molecular, or immune.

Inducible phenotypic plasticity represents the interplay between ecological factors and the organism's flexible developmental responses.

ZFNGenome integrates these resources by allowing users to visualize all potential ZFN target sites in a chosen gene or genomic region of a sequenced model organism, with flexible viewing options and annotated genomic features provided in a GBrowse interface.

Faced with change, a healthy organism is flexible and able to make further adaptive changes to bring itself back to homeostasis and normal functionality in the context of the modified environment [ 23, 236].