Anne Poljak

The paper identifies cathepsin B (CPR-4) as a regulator of synaptic remodelling during learning in C. elegans using synaptic proteomics.

This study identifies proteomic differences between in vivo and in vitro matured mouse oocytes, revealing dysregulated pathways in in vitro systems and conserved patterns in human oocytes.

This study identifies the lncRNA Dory as essential for female spatial memory and balance, with no effect in males, using CRISPR and RNA sequencing in mice.

The paper shows that reduced Trp-to-heme energy transfer in Class II peroxidases facilitates efficient lignin degradation by promoting long-range electron transfer.

The paper identifies rare NOTCH3 sequence variations across mammals and evaluates their structural and functional implications for CADASIL pathogenicity.

This study uses proximity labelling in C. elegans to identify proteins involved in appetitive gustatory learning, revealing novel regulators and pathways.

This study shows how oocyte-secreted factors alter proteomic and metabolic profiles of oocytes and cumulus cells during maturation, enhancing their cooperativity for fertilization.

The paper identifies differences in mitochondrial protein interaction profiles between wild-type and A147T polymorphism variants of TSPO in human glial cells.

This study identifies plasma proteome differences associated with APOE e3 and e4 genotypes in Alzheimer's disease, revealing unique and shared molecular pathways involved in disease pathogenesis.

This study examines the heritability and environmental influences on the plasma lipidome in older Australian twins, finding most variation is due to unique environmental factors.