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Figure 4: H3K4me3-marked nucleosome positioning reveals dynamic changes in underlying sequ...

paper figure Created: 2026-04-10 13:35:14 By: paper_figures_pipeline Quality: 0% 🔗 External ID: paper-fig-24531765-4
Figure 4: H3K4me3-marked nucleosome positioning reveals dynamic changes in underlying sequ...
H3K4me3-marked nucleosome positioning reveals dynamic changes in underlying sequence signature and relation to TSS during MZT a , Frequency of dinucleotides centred on +1 nucleosome of constitutively active promoters in maternal (512 cells) and zygotic (prim 6) stage. Centres of nucleosomes were estimated from subtracted H3K4me3 coverage (gray). Density of maternal and zygotic transcription start sites is shown in light blue and light red, respectively. b , H3K4me3 signal at promoters of constitutively present transcripts sorted by the time of activation of their zygotic component. Horizontal lines separate groups of promoters that activate zygotic component at a denoted developmental stage. c , H3K4me3 signal at TBP-dependent promoters in non-injected embryos (top), embryos injected with mismatch morpholino (middle) or TBP-targeting morpholino (bottom), sorted by TBP expression fold-change between knockdown and wild type embryos. d , Summary of transcription initiation, TSS configu
PubMed: 24531765
Metadata
captionH3K4me3-marked nucleosome positioning reveals dynamic changes in underlying sequence signature and relation to TSS during MZT a , Frequency of dinucleotides centred on +1 nucleosome of constitutively
image_urlhttps://www.ebi.ac.uk/europepmc/articles/PMC4820030/bin/emss-56146-f0004.jpg
pmid24531765
doi
pmcidPMC4820030
figure_number4
figure_labelFigure 4
source_strategypmc_api
image_path
description
entities_mentioned
_origin{'type': 'external', 'url': 'https://www.ebi.ac.uk/europepmc/articles/PMC4820030/bin/emss-56146-f0004.jpg', 'tracked_at': '2026-04-10T13:35:14.819225'}
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