Association of plectin with MTs. Electron microscopy of gelsolin-treated REF-52 cells after immunogold (10 nm) labeling for plectin. Plectin forms bridges between microtubules and intermediate filamen...

Association of plectin with MTs. Electron microscopy of gelsolin-treated REF-52 cells after immunogold (10 nm) labeling for Tyr-tubulin. Plectin forms bridges between microtubules (MTs) and intermedia...

Cryopreserved rat astrocytes were revived and stained for GFAP (in red) to reveal cytoskeleton and DAPI (in blue) to label nuclei. GFAP mutations and intracellular accumulation have been proposed to p...

MAP4 is not required for plectin binding to microtubules (MTs). Electron microscopy of control human 356 fibroblasts (CIL:23051, this image) and MAP4 immunodepleted (CIL:23052) cells after staining wi...

MAP4 is not required for plectin binding to microtubules (MTs). Electron microscopy of control human 356 fibroblasts (CIL:23051) and MAP4 immunodepleted (CIL:23052, this image) cells after staining wi...

Single slice confocal images representing one optical slice of a cell stained for the Human Protein Atlas (HPA) antibody HPA028732 (shown in green). HPA028732 is a polyclonal anti-LAD1 antibody that ...

Wide field mosaic of mouse hippocampus immunolabeled for the hemichannel pore protein pannexin 1 (shown here in green), the astrocytic intermediate filament GFAP (colorized blue) and the gap junction ...

Single slice confocal images representing one optical slice of a cell stained for the Human Protein Atlas (HPA) antibody HPA022978 (shown in green). HPA022978 is a polyclonal anti-KRT24 antibody that...

Preferential distribution of plectin in peripheral regions. REF-52 cells were treated with nocodazole to depolymerize MTs and induce collapse of most IFs to the cell center. Electron microscopy of per...

Mosaic image of mouse cerebellum reconstructed through automated acquisition and stitching of over 1700 individual tiles in the X, Y and Z planes, triple labeled for astrocytes (GFAP; Red), gap juncti...