Epigenetic changes and an extensive rewiring of the transcriptome underlie worker size distribution in the Florida carpenter ant [EM-seq]

Epigenetic changes and an extensive rewiring of the transcriptome underlie worker size distribution in the Florida carpenter ant [RNA-seq]

Epigenetic changes and an extensive rewiring of the transcriptome underlie worker size distribution in the Florida carpenter ant [BiSulfite-seq]

Epigenetic changes and an extensive rewiring of the transcriptome underlie worker size distribution in the Florida carpenter ant [miRNA-seq]

Epigenetic changes and an extensive rewiring of the transcriptome underlie worker size distribution in the Florida carpenter ant

Bisulfite-free base-resolution sequencing of oxidized cytosines (APOBEC-seq) reveals a ubiquitous role of thymine DNA glycosylase in active gene promoters and an interaction with MBD3/NuRD [human APOBEC-seq]

Bisulfite-free base-resolution sequencing of oxidized cytosines (APOBEC-seq) reveals a ubiquitous role of thymine DNA glycosylase in active gene promoters and an interaction with MBD3/NuRD [human ChIP-seq]

Bisulfite-free base-resolution sequencing of oxidized cytosines (APOBEC-seq) reveals a ubiquitous role of thymine DNA glycosylase in active gene promoters and an interaction with MBD3/NuRD [mouse APOBEC-seq]

Bisulfite-free base-resolution sequencing of oxidized cytosines (APOBEC-seq) reveals a ubiquitous role of thymine DNA glycosylase in active gene promoters and an interaction with MBD3/NuRD [mouse ChIP-seq]

Bisulfite-free base-resolution sequencing of oxidized cytosines (APOBEC-seq) reveals a ubiquitous role of thymine DNA glycosylase in active gene promoters and an interaction with MBD3/NuRD

Unraveling the functional role of DNA demethylation at specific promoters by targeted steric blockage of DNA methyltansferase with CRISPR/dCas9 (ChIP-Seq)

Unraveling the functional role of DNA demethylation at specific promoters by targeted steric blockage of DNA methyltansferase with CRISPR/dCas9