In order to understand how Cyanothece 51142 balances gene expression under nitrogen-fixing conditions in consecutive light and dark cycles with altered physiological requirements under constant light conditions, we analyzed data sets from two different microarray experiments, to elucidate details beyond of what has been found in the former studies [ 16- 18].
To determine whether there were racial difference in the magnitude of the circadian phase shift in response to bright light exposure, we analyzed data from our recent phase advancing [21] and phase delaying [22] studies.
To investigate the generation of putative signals leading to tuberization, and unrelated transcriptional responses accompanying the acclimatization to a widely different light regime, we analyzed the transcriptome of potato plants transferred from LD to SD. Potato plants were grown in growth chambers under non-inductive LD conditions.
In light of this, we analyzed data obtained from patients in both arms of the SAMOHA study, in search of demographic and clinical characteristics which could predict a response to detoxification and advice to withdraw from drug abuse.
However, this concern may be not too relevant in our study in light of when we analyzed the factorial structure of MS separately in the Swedish and Estonian samples the coefficients were very similar in both models.
In our Ca2+ imaging using light sheet microscopy, we analyzed the ISVs and DA located in middle trunk region of embryos at somite levels 8 to 14. Time-lapse images were collected every 5 s for 1000 2000 s with a z-interval of 4 μm.
To investigate the transcriptional regulation of putative photoreceptors and light-regulated genes, we analyzed the expression of selected genes in response to light and growth medium.
In light of these increases, we analyzed the relationship between sleep disorder and panic disorder.
In light of this finding, we analyzed the most frequent haplotypes in patients and healthy controls to determine whether some of these haplotypes could be associated with the risk of developing FM among the populations in the study.
To gain insight into the mechanism of light regulation of phlp1, we analyzed transcript ratios of phlp1 in the photoreceptor mutants Δ blr1, Δ blr2 and Δ env1 under constant conditions of growth on cellulose.
