Melcher, Marlen Danhauser, Katharina Seibt, Annette Degistirici, Özer Baertling, Fabian Kondadi, Arun Reichert, Andreas Koopman, Werner Willems, Peter Rodenburg, Richard Mayatepek, Ertan Meisel, Roland Distelmaier, Felix Additional file 2: of Modulation of oxidative phosphorylation and redox homeostasis in mitochondrial NDUFS4 deficiency via mesenchymal stem cells (A) Representative fluorescence images showing a mouse fibroblast with LMNB BFP-labelled nucleus, a mouse stem cell (mMSC) with Cox8a GFP-labelled mitochondria and a mouse fibroblast containing mitochondria derived from mMSCs. Cell boundaries are stained with phalloidin. (B) Confocal image depicting a mouse fibroblast with Cox8a RFP-labelled mitochondria in co-culture with an mMSC containing Cox8a GFP-labelled mitochondria. (C) Representative confocal images of human cells. Left: human fibroblasts with Cox8a RFP-labelled mitochondria without transferred mitochondria (upper image) or after mitochondrial transfer via hMSCs (lower image). Right: Cox8a GFP-labelled hMSCs with Cox8a GFP-labelled mitochondria without transferred mitochondria (upper image) or after mitochondrial transfer from human fibroblasts (lower image). Scale bar represents 10 μm. (TIF 912 kb) Cox 8a RFP-labelled mitochondria;mitochondrial NDUFS 4 deficiency;LMNB BFP-labelled nucleus;10 μ m;Cox 8a GFP-labelled mitochondria;Cox 8a GFP-labelled hMSCs;mMSC;Representative fluorescence images;TIF 912 kb;mouse fibroblast;mitochondrial transfer;Representative confocal images 2019-10-24
    https://springernature.figshare.com/articles/figure/Additional_file_2_of_Modulation_of_oxidative_phosphorylation_and_redox_homeostasis_in_mitochondrial_NDUFS4_deficiency_via_mesenchymal_stem_cells/10034969
10.6084/m9.figshare.10034969.v1