20 research outputs found
Ratio between normalized relative quantities of RNA obtained for olfactory mucosa and for inferior turbinate.
<p>For each of the 355 OR genes, the ratio is calculated from the mean of normalized relative quantities obtained for the 26 individuals for whole human olfactory mucosa (WHOM) and from the normalized relative quantities obtained for inferior turbinate (IT; n = 1).</p
Expression profiling of OR genes in whole human olfactory mucosa.
<p>For each of the 355 OR genes (rows), the RNA copies number were estimated from normalized relative quantities obtained for each of the 26 individuals (columns). OR genes have been ranked according to their expression, from higher to lower. RNA copies number obtained for each individual are also indicated according to the green color code to show the good consistency of the inter-individual expression. OR genes with an average copies number below a cut-off of 5 copies/20 ng RNA (red arrow; right) are considered as to low or non-expressed. Age of the individuals are shown above the figure, women are colored in pink and men in blue. Published deorphanized receptors are highlighted in red on the left. Potentially non-functional OR genes are highlighted in blue on the left as well.</p
Inter-run calibration analysis.
<p>Plotted expression pattern correlation for all detected targets (C<sub>q</sub> average below 35) from the same RNA WHOM sample in two different runs. OR genes (green <b>◊</b>), reference genes specific for the olfactory epithelium (blue <b>Δ</b>) and classical endogenous control genes (red ▪). C<sub>q</sub> values above 35 are not reproducible (turquoise <b>x</b>). R<sup>2</sup> is the coefficient of correlation.</p
Expression frequency of OR genes in the population of 26 individuals.
<p>The bar chart represents the number of expressed OR genes (>5 copies/20 ng RNA) as a function of the number of expressing individuals, e.g. the number of expressed OR genes in all tested individuals (26) corresponds to 90.</p
Expression profiling of candidate reference genes in whole human olfactory mucosa.
<p>Box plot graph on C<sub>q</sub> obtained for the reference genes specific for the olfactory epithelium across the 26 individuals samples. Left and right box limits are first and third quartiles. The inner line conventionally marks the median. Whiskers show the extreme of the series.</p
Patient's data.
<p>*RNA integrity number.</p><p>**Smoking: −, never; Δ, past; +, current; Φ, unknow.</p><p>***Delay in hours between death and sample collection.</p
RNA copies number average and number of individuals that express reported deorphanized olfactory receptors.
<p>RNA copies number average and number of individuals that express reported deorphanized olfactory receptors.</p
Number of OR genes expressed for each individual in function of age.
<p>Scatterplot of the number of OR genes expressed at a level above 5 copies/20 ng RNA for each individuals. Women are colored in pink and men in blue.</p
Concentration response curve of Peakrapid cells expressing T2R38 after stimulation with increasing DMSO (EC50 = 178 mM).
<p>Results are presented as the percentage of the response elicited by 0.1 mM of phenylthiocarbamide (PTC) used as a reference agonist. Controls correspond to mock transfected cells. Results are presented as mean ± SEM of 3 independent experiments.</p
DMSO is an agonist of T2R38 which questions the agonistic effect of N-butyryl-L-homoserine lactone (C4HSL) and N-3-oxo-dodecanoyl-L-homoserine lactone (C12HSL).
<p>The response of T2R38 to a stimulation by quorum sensing lactone and to the solvent dimethylsulfoxide (DMSO) was monitored using a Ca<sup>2+</sup>-based functional assay. Results are presented as the percentage of the response elicited by 0.1 mM of phenylthiocarbamide (PTC) used as a reference agonist. Dimethylsulfoxide (DMSO) activated T2R38. Controls correspond to mock transfected cells. Results are presented as mean ± SEM of 3 independent experiments. The false discovery rates (fdr) are indicated above the columns, * indicate a significant result (fdr < 0.05).</p