Pavel Jedlička

This study tests a 'nowhere-to-hide' model linking centromere architecture to LTR retrotransposon dynamics, finding that holocentric chromosomes show different patterns of element persistence and removal compared to monocentric ones.

This study sequences the giant Y chromosome of Silene latifolia and reveals its structure, function, and evolutionary history.

The paper identifies centromeric repeat diversity in hop that contributes to non-Mendelian segregation patterns and genome instability during meiosis.

The paper uses machine learning to classify plant LTR retrotransposons and identifies biologically relevant motifs through explainability analysis.

The paper develops a Hi-C data analysis pipeline to study repeat family interactions in plant genome 3D organization, finding preferential homotypic interactions among ribosomal DNA, transposons, and some LTR retrotransposons.