The transcriptional profile of melanocytes from vitiligo patients have been studied.

Lu et al. studied the transcriptional profiles of the human frontal cortex of individuals ranging from 26 to 106 years of age.

Exposure of yeast Saccharomyces cerevisiae to DNA damaging agents results in overlapping but distinct transcriptional profiles.

These methods yield enormous amounts of information about similarities of cell state and coordination of gene regulation, and are useful for grouping genes or transcriptional profiles by similarity.

Nearly all differences they observed in the transcriptional profiles of these two mutants are potentially due to variation in microarray experiments.

On the basis of the transcriptional profile identified, we postulate that IL-1 and IFN-γ are the most likely cytokines responsible for this phenomenon.

For example, the transcriptional profiles from thymic medullary epithelial immune cells mapped closer to lymphocytes than to other epithelia.

We obtained samples from adjacent tumors from a single individual, and compared the transcriptional profile of each tumor.

Eisen's hierarchical clustering analysis [ 21] was applied to this data set to compute relatedness among transcriptional profiles of different FNA samples.

Furthermore, the transcriptional profile observed indicated that these LC-PUFA regulated hepatic energy processes through the tight coordination of several critical transcriptional factors.