Brian G. Condie

This study shows Foxn1 overexpression in TECs promotes proliferation and differentiation but does not prevent aging-related thymic involution.

This study characterizes the reprogramming of mouse fibroblasts into thymic epithelial cells (TECs) by analyzing gene expression changes and identifying factors that enhance the process.

The paper describes a method to generate DNA templates for in vitro transcription of RNA probes using synthetic DNA, bypassing the need for plasmid-based workflows.

This study demonstrates that Nucleofection is a highly efficient method for transfecting thymic epithelial cell lines and primary thymic epithelial cells, with transfection efficiencies ranging from 15-70%.