Tanja Pyhäjärvi

The paper identifies low pleiotropy genes underlying local adaptation in silver birch by analyzing temporal transcriptomic responses to photoperiod across populations.

This study investigates genomic imprinting in Scots pine using haploid megagametophyte tissue to resolve parental alleles, finding no evidence of imprinting in conifers.

This study evaluates species-specific c0t-1 DNA blockers for exome capture in Pinus sylvestris, showing improved performance over universal blockers.

The paper reconstructs the evolutionary history of Betula pubescens, showing it originated from an autoploid event and later hybridized with multiple species, with introgressed alleles contributing to climate adaptation and meiotic stability.

The paper develops a 50K SNP genotyping array for Scots pine to enable genome-wide analyses and improve genetic research and breeding programs.

The paper creates a gene expression atlas for Pinus sylvestris across five tissues, identifying tissue-preferential and tissue-specific genes.

The paper introduces a method to estimate trait-specific co-expression networks by integrating parametric interaction models with co-expression networks, demonstrating its application in acute myeloid leukemia.

This study identifies coding loci and a large inversion associated with local adaptation in Pinus sylvestris using landscape genomics and targeted sequencing.