Tatiana Flisikowska

The paper shows bacterial invasion and neutrophil immunosuppression drive adenoma progression in a porcine FAP model using single-cell RNA sequencing and spatial transcriptomics.

This study evaluates virus-like particles (VLPs) as efficient delivery vehicles for genome editing tools in pigs and chickens, achieving high editing rates in various cell types and systems.

The paper demonstrates that formaldehyde vapor fixation preserves porcine lung tissue for high-resolution phase contrast CT imaging and histology, validating its use for studying lung pathology.

This paper generates Cas9-expressing transgenic chickens and pigs for in vivo genome editing, demonstrating their health, fertility, and functionality across multiple tissues and genes.