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Interestingly, visualization by confocal microscopy revealed that paxillin and vinculin not only localized to FA but also to podosome-like adhesion rings surrounding actively degrading cortactin- or actin-containing invadopodia (Fig. 1A,B; supplementary material Fig. S1).
Visualization of cultures by light microscopy revealed that cells were completely confluent after two days in GM (Fig. 5e).
Analysis via 3D confocal microscopy revealed that the agarose gel was progressively compressed by the growing spheroid (Fig. 1B).
A visualization at the nanoscale performed by Atomic Force Microscopy revealed that binding of B2M to the antibody occurred according to two preferred interaction geometries.
Further visualization through annular bright field scanning transmission electron microscopy revealed that the hydrothermally grown ZnO nanowires possessed Zn polarity.
The transmission electron microscopy revealed that the nanochain structure was constructed via the attachment of Pt-Ag alloyed nanoparticles.
Macroscopic imaging by fluorescence zoom microscopy revealed that bio-conjugation of Alexa Fluor 594 to the anti-CEA antibody allowed visualization of tumor mass consisting of CEA-expressing human cancer cells, but the background levels were unacceptably high.
Ultrastructural examination using electron microscopy revealed that the mitochondria were grossly abnormal and swollen with fragmented cristae in aged Day 32 iPLA2-VIA −/− fly brains as compared to the mitochondria in age-matched w control brains (Fig. 2E H) or younger Day 2 iPLA2-VIA −/− flies (data not shown), which were both filled with densely packed cristae.
Fluorometry and confocal microscopy revealed that the ligand-functionalized nanoliposomes facilitated galantamine uptake into PC12 neuronal cells via the Serpin Enzyme Complex Receptor in a mediated manner.
Scanning electron microscopy revealed that this culminates in the formation of structures that anchor monocyte adhesion.
Confocal microscopy revealed that the droplets emerged directly after addition of fuel.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com