Valentina Peona

Valentina Peona is a Visiting Researcher at the Department of Organismal Biology, Systematic Biology, Uppsala University, Sweden. She is actively engaged in research on comparative genomics, evolutionary biology, and genome dynamics, with a focus on transposable elements, sex chromosomes, and avian genomics, particularly in birds of paradise and other non-model organisms.

Her research interests span a wide range of topics including:

• Comparative and population genomics
• Transposable elements and repeat annotation
• Sex chromosome evolution and neo-sex chromosomes
• Genome assembly using long-read technologies (PacBio, Hi-C)
• Structural variation and genome architecture
• Adaptive radiation and speciation mechanisms

The analysis of her recent publications reveals a strong trend in utilizing cutting-edge genomic technologies to explore evolutionary processes in non-traditional model systems. Her work frequently involves multi-platform sequencing, manual curation of repetitive elements, and comparative analyses across diverse taxa such as birds, insects, and fungi. She has made significant contributions to understanding how transposable elements influence genome evolution, speciation, and sex chromosome dynamics.

Valentina Peona has contributed to high-impact journals including Nature, Nature Communications, Molecular Ecology, and Mobile DNA. Her collaborative research spans international teams, reflecting a strong network in evolutionary genomics.

She has not been explicitly listed as advising students, nor are any grants or scientific awards mentioned in the provided text. However, her role as a postdoctoral or visiting researcher suggests active participation in research projects and likely supervision of junior researchers. Her doctoral thesis, "The exploration and evolution of the avian genomic dark matter" (2021), highlights her deep expertise in avian genome complexity.

Valentina Peona is associated with the Evolutionary Biology Centre (EBC) at Uppsala University, where she conducts research in a collaborative environment focused on systematics and organismal biology.