Nadezhda Anoshina

Oct 21, 2024 | onlinelibrary.wiley.com | Eugene Arifulin |Dmitry Sorokin |Nadezhda Anoshina |Maria Kuznetsova

CONFLICT OF INTEREST STATEMENT The authors declare that they have no competing interests. Supporting Information Filename Description tpj17063-sup-0001-Figures.docxWord 2007 document , 14 MB Figure S1. Representative nuclei of species with low heterochromatin content. Figure S2. Representative nuclei of species with a moderate amount of heterochromatin. Figure S3. Representative nuclei of species with a high heterochromatin amount. Figure S4.

Sep 19, 2024 | biorxiv.org | Eugene Arifulin |Dmitry Sorokin |Nadezhda Anoshina |Maria Kuznetsova

AbstractAmong flowering plants, genome size varies remarkably, by >2200-fold, and this variation depends on the loss and gain of non-coding DNA sequences that form distinct heterochromatin complexes during interphase. In plants with giant genomes, most chromatin remains condensed during interphase, forming a dense network of heterochromatin threads called interphase chromonemata.

Aug 15, 2023 | biorxiv.org | Dmitry Sorokin |Maria Kuznetsova |Eugene Arifulin |Nadezhda Anoshina

AbstractAmong land plants, genome sizes vary remarkably by > 2,200-fold. This variation depends on the loss and gain of non-coding DNA sequences, forming different heterochromatin complexes during interphase. In plants with a giant genome, the major part of chromatin stays condensed in interphase, forming a dense meshwork of heterochromatin threads, called interphase chromonemata.