… coli or S. cerevisiae allow tuning of gene expression over a 10 000-fold range (21–23). In
addition, if many parts are to be used in combination to engineer more complex gene circuits …

Root architecture is a major determinant of plant fitness and is under constant modification
in response to favorable and unfavorable environmental stimuli. Beyond impacts on the …

… work documenting the striking impact of terminator sequences on gene expression 47,48,49,50,51
, we switched the UBQ1 terminator for one of our promoters, pPP2AA3, to the 35 S …

… In aerial tissues, architecture includes the branching pattern of the stem(s) as well as the
size, shape, and position of leaves and inflorescences. Fewer side branches are often …

… credit to the original author(s) and the source, provide a … ’s Creative Commons license,
unless indicated otherwise in a credit line to the material. If material is not included in the article’s …

… as a jasmonic acid (JA) analog that allows researchers to separate JA signaling in plant
growth and herbivore response (134) and auxin agonists that discriminate between AUX/IAAs …

… Sarah Guiziou … More by Sarah Guiziou … subtilis and S. cerevisiae) and can be
tailored by the user to generate devices using fully customized DNA sequences. …

… Similarly, we constructed a vector s from the table S of the experimental outcome (percentage
of switched cells or fluorescence values for each channel and state). From the definitions …

… The pattern of the signals can be retraced by sequencing the specific locus targeted by
the sgRNA(s). Moreover, CAMERA allows analog recording, as the proportion of target loci …

… text3.3 and Table S2) that translate the total concatenation of semantics into a general
semantic indicating its gene expression state, enabling the generation of the architecture’s truth …