Andrea Pedrosa‐Harand

This study compares holocentromere organization in two Cyperaceae subfamilies, revealing differences in repeat structure and protein distribution associated with centromere function.

The paper links karyotype evolution to meiotic recombination by analyzing holocentric genomes and crossover patterns in Rhynchospora species.

This study cytogenetically characterizes Passiflora foetida and P. vesicaria, revealing karyotypic differences despite similar chromosome numbers and genome sizes.

This study cytogenetically analyzes two Cuscuta species, revealing differences in chromosome size, heterochromatin patterns, and genome size, linking these to heterochromatin amplification in chromosomal evolution.

This study compares the cytogenetic features of two allopolyploid Cuscuta species, showing they originated from independent hybridization events between the same diploid parents.

The paper identifies repeat-based holocentromeres in Luzula sylvatica and proposes mechanisms for the evolutionary transition from monocentric to holocentric chromosomes.

The paper develops oligo-based barcode probes for holocentric chromosomes in Rhynchospora and uses them to analyze karyotype evolution across species.

The paper uses comparative genomics to reconstruct the ancestral Phaseoleae karyotype and identifies genome reshuffling and centromere repositioning in legume species.

This study evaluates the effectiveness of target capture sequencing (TCS) for characterizing repetitive DNA in Rhynchospora species, showing reliable results comparable to genome skims.