In this context chip-based Rydberg-Stark decelerators have also recently been developed.
Given a TF and its activated and repressed target genes defined using ChIPx and gene expression data in one or more biological contexts, ChIP-PED searches for other contexts in which the TF is likely to be functionally active.
Altogether, these results demonstrate that given the target genes of a TF defined from ChIPx and TF perturbation data from one or a few biological contexts, ChIP-PED is capable of discovering TF-active contexts from a broad spectrum of PED samples.
We discuss IgG and input controls separately because, to the best of our knowledge, any potential general differences between the two types of controls have not been investigated systematically in the context of ChIP-seq (Peng et al. 2007 addressed these questions for ChIP-Chip data; however, the nature of the background is substantially different for microarrays).
No one has yet worked out, though, how to make non-volatile memory out of organic transistors.In truth, none of this is, in the context of chip-making, that hard.
In the context of ChIP-Seq de novo motif finding tools have been used to validate binding sites that contain the expected motifs [ 47].
In the context of ChIP-Seq data, our empirical results, both on simulations and on three independent data sets, demonstrate that our approach is complementary to count-based methods such as DESeq.
In this context, we performed ChIP-on-chip experiments to study engagement of RNA polymerase II with AIRE target genes, with and without AIRE expression.
Our approach can be generalized to support per-chip frequency scaling in a multi-chip context, by restricting the frequencies for the cores on the same chip to be uniform.
In this context, Networks on Chip (NoCs) have been studied as bus alternative.
