Sentence examples for surface of a chamber from inspiring English sources

In this work, blood cells were labelled with magnetic nanoparticles and fluorescent probes and aligned along ferromagnetic lines deposited by lithographic techniques on an optically transparent surface of a chamber under a magnetic field (Fig. 14).

The pin repeatedly delivered ∼12.5 nl/spots of sample solution onto the glass surface of a chamber slide in a pre-arranged format (Figure 1A far-left panel), yielding a series of spots with the size ∼0.5 mm×0.5 mm (Figure 1A far-right panel).

The ability of the β2M-expressing transfectants to migrate across the surface of a chamber was also analysed 24 h after seeding.

Chemical polishing is applied to clean the extruded surface of a copper chamber.

Fluorescently labeled microtubules were fixed to the glass surface of a flow chamber by the use of polyclonal tubulin antibodies (ab1289, Acris Antibodies GmbH, Germany) as described in [22] or by use of the biotin-streptavidin system (see above).

Biotin-labeled microtubules were fixed on the surface of a flow chamber that was first incubated with 2 mg/ml BSA-biotin (Sigma-Aldrich Co., St . Louis MO, USA) subsequently with 1 mg/ml Streptividin in BRB80+ buffer and 20 µM paclitaxel.

To calibrate the bead intensity as a function of z position, the surface of a sample chamber was decorated with 0.5-µm diameter beads.

This PEG-treated quartz slide was placed as the bottom surface of a microfluidic chamber to be used as the imaging surface of our prism-type total internal reflection fluorescence (TIRF) microscopy (based on IX-71, Olympus).

Myosin activity was tested by a classical motility assay where myosins bound to a nitrocellulose coated glass surface of a perfusion chamber (tebu-bio [Cytoskeleton Inc.]) propel actin filaments.

Here we give an overview of a technology developed in our laboratory, which relies upon simple micro- or nanofabricated structures in combination with "bio-friendly" lipid bilayers, to align thousands of long DNA molecules into defined patterns on the surface of a microfluidic sample chamber.

Briefly, the microscope design permitted selective fluorescence excitation of molecules immobilized on the surface of a glass flow chamber (Smith et al., 2013) using three lasers at wavelengths 488 nm, 532 nm, and 633 nm.