… microarray developed is described in detail in Experimental procedures. We used the
microarray for analysing the entry into stationary phase of … These growth conditions were chosen …

… proceeds through a complex growth cycle in which morphological … We used DNA
microarrays and mutational analysis to … Microarray analysis of RNA from cells mutated in genes …

… These DNA microarray studies have also told us that we may miss biofilm-required genes
if we compare biofilm cells to planktonic cells from one growth condition. These studies also …

… The haploid yeast were grown in yeast extract/peptone/dextrose (YPD) media and harvested
in exponential growth phase (OD ≈ 0.5-0.8), then assayed for DNA content by staining with …

… (i) Regulatory circuitry and coordination of gene expression among different pathways under
different growth conditions can be measured by DNA microarray. (ii) The physiological state …

… The results of keyword searches for 1990 through 2003 show the growth in PubMed
publications significantly involving DNA microarrays (Figure 1). The catchy concept of “DNA chips” …

… However, DNA microarrays require substantial amounts of … gene expression profiling using
DNA microarrays. Both types of … to early log or stationary growth phases. This approach could …

… The growth of the two strains at four time points (2.5, 3.5, 4.5, and 5.5 h) in log phase and
three (6.0, 6.5, and 8.0 h) in stationary phase was very similar. The S. pneumoniae microarrays …

… cultures in an exponential growth phase (in batch cultures) … ), which typically alters cell growth.
In most cases the experimental … levels linked to changes in cell growth. One can solve this …

… In our experience, the largest source of error in the analysis of DNA microarray data comes
… gradients), growth phase differences between cells in the culture, phase variations, periods …