Publications by authors named "P Wysocki"

Article Synopsis
  • - The text reviews research on the brain structures related to impulsivity in individuals with borderline personality disorder (BPD) and attention deficit hyperactivity disorder (ADHD), utilizing systematic searches of multiple databases and analyzing 23 studies with nearly 1,000 participants.
  • - It highlights that while both disorders exhibit impulsivity as a common symptom, the neurobiological roots are distinct; BPD shows abnormalities mainly in the prefrontal cortex and limbic areas, while ADHD is linked to changes in the caudate nucleus and frontal-striatal pathways.
  • - The findings underscore the need for further research to explore these differing brain structures related to impulsivity, which could have important implications for tailoring treatment strategies for each disorder. *
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Article Synopsis
  • Dietary lipids are crucial for energy, cell structure, and various physiological processes, with PUFAs being examined in diets for pigs in this study.
  • The research focused on two pig breeds, Polish Landrace and PLxDuroc, comparing a normal diet to a PUFAs-enriched one while analyzing liver miRNA profiles for their impact on important agricultural traits.
  • Findings highlighted significant gene interactions related to traits like meat color and fat thickness, revealing specific miRNA clusters linked to muscle development and other essential biological functions.
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Introduction: Breast cancer (BC) is among the most frequently diagnosed malignant tumours in females. The optimal treatment of early HR+, HER2-, and lymph node-negative (N0) BC remains challenging. Since individual assessment of recurrence risk and expected benefits from adjuvant chemotherapy (CT) based on clinicopathological features alone appear inadequate, gene expression profiling tests have been developed.

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Seminal plasma is rich in proteins originating from various male reproductive organs. The phosphorylation of these proteins can significantly impact sperm motility, capacitation, and acrosome reaction. Phosphoproteomics identifies, catalogues, and characterizes phosphorylated proteins.

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