Searching journal content for articles similar to Collora and Ho 33 (6): 891.

Displaying results 1-10 of 4105
For checked items
  1. ..., such as cohesins, which can be blocked by the chromatin binding protein CCCTC-binding factor (CTCF) when bound to its motif (Rao et al. 2014, 2017; de Wit et al. 2015; Sanborn et al. 2015; Dekker and Mirny 2016; Fudenberg et al. 2016; Nora et al. 2017; Nuebler et al. 2018). Although the mechanisms that establish...
  2. ...Transposable elements contribute to the evolution of host shift–related genes in cactophilic Drosophila species Daniel Siqueira de Oliveira1,2,3, Anaïs Larue2, William Vilas Boas Nunes2, Francois Sabot4, Alejandra Bodelón5, María Pilar García Guerreiro5, Cristina Vieira2 and Claudia Marcia...
  3. ...and ssDNA, and 3D conformation in such bacteria, and it allows us to chart some of the broadest trends in chromatin organization across the tree of life (Fig. 7; Supplemental Fig. 3).View larger version: In this window In a new window Figure 7. Comparison of the chromatin landscape across the deep...
  4. ...@cs.duke.eduAbstractEpigenetic mechanisms contribute to gene regulation by altering chromatin accessibility through changes in transcription factor (TF) and nucleosome occupancy across the . Despite numerous studies focusing on changes in gene expression, the intricate chromatin-mediated regulatory code remains largely uncharted...
  5. ...of chromatin regulators in GSC-like cells, revealed by our scRNA-seq analysis, suggests their potential roles in shaping distinct chromatin landscapes to regulate germline functions. This prompted us to investigate cell-type-specific chromatin patterns in GSC-like and CySC-like cells, respectively. To achieve...
  6. ...and convenient tool to help scientists explore the relationships between chromatin architectural stripes and important biological questions.Chromatin conformation capture (3C) techniques, especially proximity ligation–based methods, have revealed that the hierarchical structures of DNA break down into distinct...
  7. ..., and shapes represent cell types. (F) Mutual information (left) and naive overlap (right) as a function of the number of chromatin states, for our running example (S1; ChromHMM, GM12878). The horizontal axis indicates the number of states; the default 16-label model is on the far right, and each dot...
  8. ...performer, better preserving the signal’s shape. Our codebase and benchmarks provide practical tools for high-resolution chromatin modeling.Predicting chromatin accessibility from DNA sequence is one of the central challenges in regulatory genomics, with applications including the interpretation...
  9. ...(Weitzman and Fradet-Turcotte 2018). In the process of infection, a number of DNA viruses dominate chromatin epigenetic markers and restructure the host 3D architecture, thus reprogramming gene expression and modulating the infection status, including hepatitis B virus (HBV) (Yang et al. 2020), adenovirus...
  10. ...Figure 4. Inferring chromatin-state transitions across the mouse embryo by integrating consecutive spatial epigenomic landscapes. (A, left) Scan of a DNA array (TRITC filter) hosting a cryosection of a mouse embryo (E11.5) and immunostained with an antibody targeting the histone modification H3K27...
For checked items

Preprint Server