Cultured cells

1. Pf-rnt increases transfection efficiency in C. cells cells (approximately 41% transfection).

   “enables approximately 41% transfection in terminally differentiated, post-mitotic primary neurons”

   Cellsterminally differentiated, post-mitotic primary neurons

   Perfluoroalkylated polymeric constructs bypass endosomal entrapment to stimulate transnuclear delivery in proliferating and non-proliferating cells

   Journal of colloid and interface science·29 Aug 2026

2. Pf-rnt increases nuclear accumulation of total internalized pDNA in C. cells cells (> 180-fold enhancement).

   “> 180-fold enhancement over unmodified bPEI (<0.1%).”

   Cellsnuclear accumulation of total internalized pDNA

   Perfluoroalkylated polymeric constructs bypass endosomal entrapment to stimulate transnuclear delivery in proliferating and non-proliferating cells

   Journal of colloid and interface science·29 Aug 2026

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1. Relay improves week-long lysosome imaging in C. cells cells.

   “RELAY enables highly stable asymmetric labeling that sustains week-long lysosome imaging in living cells.”

   Cells

   Relocation of Endocytic Leaflet DNA Probes for Asymmetric and Week-Long Lysosomal Labeling

   Journal of the American Chemical Society·10 Feb 2026

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1. Rapamycin decreases intracellular iron content in C. cells cells.

   “Promoting ferritin degradation by using the autophagy activator rapamycin averted the iron accumulation phenotype of senescent cells, preventing the increase of TfR1, ferritin and intracellular iron”

   Cellssenescent cells

   Iron accumulation in senescent cells is coupled with impaired ferritinophagy and inhibition of ferroptosis

   Redox biology·1 Sep 2017

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