Searching journal content for articles similar to Bukhari et al. 34 (4): 590.

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  1. ...Cell-type- and chromosome-specific chromatin landscapes and DNA replication programs of Drosophila testis tumor stem cell–like cells Jennifer A. Urban1, Daniel Ringwalt1, John M. Urban2,3, Wingel Xue1,5, Ryan Gleason1, Keji Zhao4 and Xin Chen1,2 1Department of Biology, The Johns Hopkins University...
  2. ...(Oliveira et al. 2012), considered a host with higher toxicity than Opuntia sp. (Stintzing and Carle 2005). Such host shift is observed between sibling species with recent divergence in two clusters of the subgroup mulleri: cluster buzzatii and cluster mojavensis. In the cluster buzzatii, Drosophila...
  3. ...and derepression of enhancer activity under stress-associated conditions. These results point to chromatin-level changes that may prime these cells for altered transcriptional programs with age.Polycomb repression of barrier membrane genes in aging enterocytesA major defect of the aging Drosophila gut is breakdown...
  4. ...Bru-labeled RNA spike-132 in controls consisting of the Drosophila melanogaster (dm6) transcriptome and selected 133 in vitro-transcribed Arabidopsis thaliana RNA. The rationale is that Bru-labeled cellular 134 RNA and spike-in RNA compete for capture by anti-BrdU antibodies. Thus, the more 135 Bru...
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  5. ...significance (GUS) that are difficult to interpret, even with the integration of the latest bioinformatic tools. In this Perspective, we review how studies using the fruit fly Drosophila melanogaster have facilitated rare disease diagnosis by uncovering the clinical relevance of GUS and classifying rare...
  6. ...-linked transcription regulators by depleting them in primary cultured neurons. We then define the resulting gene expression disruptions using RNA sequencing and test effects on neuronal firing using multielectrode array recordings. We identify shared gene expression signatures across many ASD risk genes that converge...
  7. ...@sjtu.edu.cnAbstractFunctional gene programs play a wide range of roles in health and disease by orchestrating transcriptional coregulation to govern cell identity. Understanding these intricate gene programs is essential for unraveling the complexities of biological systems; however, deciphering them remains a significant challenge...
  8. ..., animals regulate a complex immune response. The Drosophila 13 innate immune system deploys a large transcriptional induction of signaling proteins, anti-14 microbial effectors, and other critical immune factors. This transcriptional response is encoded 15 in enhancers, cis-regulatory sequences...
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  9. ..., the clearest one against GA-rich repeats in the human . However, our study reveals a systematic failure of both technologies to sequence and assemble specific exons of Drosophila melanogaster genes, indicating an overlooked limitation. Namely, multiple Y-linked exons are nearly or completely absent from raw...
  10. ...these universal instructions into cell type–specific programs that are able to respond to developmental and environmental cues. In part, this regulation is mediated by epigenetic mechanisms, which alter the accessibility of the chromatin in conjunction with changes in transcription factor (TF) and nucleosome...
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