Exact(4)
To begin to understand the adjustments in cellular physiology that enable growth under continuous light, we compared our diel transcriptional profiles to the continuous light profiles (of nutrient-replete control treatments) from previous experiments with MED4 [30], [30].
To determine whether the enhanced FAA phenotype demonstrated by KO mice is due to altered sensitivity to light, we compared levels of FAA in WT and KO mice in animals subjected to a restricted feeding schedule in constant dim red light (Figure 6).
In this light, we compared the current hippocampal proteome with literature-based CSF proteome [ 23]; 25% of 2954 tissue proteins were present in CSF (see Additional file 1).
Because of the outstanding position of ENV1 in positive regulation of downstream targets in light, we compared the positive PhLP1-GNB1-GNG1 targets [ 14] with those of ENV1 in light (Additional file 1, Dataset 1).
Similar(56)
Looking for evidence of geographical divergence in light response, we compared the behaviour of native L. terrestris (Jokioinen, S W Finland; 60°48′N) with two markedly more southern populations, from Preston (Lancashire, UK; 53°47′N) and Coshocton Ohioo, USA; 40°22′N) where the nights have a period of darkness throughout the year (total latitudinal range ca. 2300 km).
In order to evaluate the interrelationship between nutrient and light signaling we compared the regulatory targets of these pathways as revealed by transcriptome analysis from strains grown with microcrystalline cellulose as sole carbon source in light and darkness.
To determine if the patterns of genes expressed in these cDNA libraries are unique to the squid light organ, we compared our results with that of the nonredundant EST database derived from the developing rat heart [ 17].
To evaluate GDBP's robustness to lighting variations, we compared the histograms of six representations extracted from the two images of the same eye with different lighting (see Figure 3).
Because this negative masking in Adcyap1+/+ mice was predominantly occurred in the first an hour during a two-hour-light exposure, we compared suppression rates during the first hour only between two genotypes.
In order to gain insight into the flux changes underlying the changes in the Synechocystis metabolism due to (un availability of light, we have compared the autotrophic growth with the other two by using flux variability analysis.
We characterized the microalgae Scenedesmus almeriensis by obtaining its photosynthetic parameters from square-wave light experiments, and then we used those parameters to obtain the responses of the model to real light regimes and we compared them with experimental data obtained under the actual conditions.
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