Sentence examples for multiple beads and from inspiring English sources

We further assessed the frequency of macrophages containing multiple beads and categorized the macrophages as a function of 'beads/cell' (Fig. 2B).

Shotgun reads from germline and soma were checked for sequencing artifacts generated by the presence of multiple beads and a single template in emPCR drops, which can skew estimates of repeat element abundance [ 39, 40].

Next, shotgun reads from each data set were checked for sequencing artifacts generated by the presence of multiple beads and a single template in emPCR drops, which can potentially produce multiple identical sequences that can skew estimates of repeat element abundance (Gomez-Alvarez et al. 2009; Niu et al. 2010).

Shotgun reads were checked for sequencing artifacts generated by the presence of multiple beads and a single template in emPCR drops, which can potentially produce multiple identical sequences that can skew estimates of repeat element abundance (Gomez-Alvarez et al. 2009; Niu et al. 2010).

Chemokine and cytokine concentrations in CSF and serum were measured by Luminex multiple bead technology and software according to the manufacturer's instructions (Customized kit, Milliplex Human Cytokine/Chemokine Panel, Millipore Corporation, Billerica, MA, USA).

Macrophages incubated with PBS-coated beads did not show notable levels of multiple bead binding and internalization.

Macrophages that contained 1.58 µm beads coated with IgM showed a notable frequency of cells involved in multiple bead binding and uptake (Fig. 3B); whereas a similar analysis for larger beads 3.87 µm (Fig. 3C), 5.19 µm (Fig. 1D), and 8.31 µm (Fig. 3E) indicated a very low frequency of macrophages involved in multiple IgM-coated bead binding and uptake.

Rather than using multiple beads on a single wire, Klemm and in another paper Seligson and Klemm used PMMA stick, formed of a PMMA mass attached to a single wire [ 24, 25].

Do this again and again for inserting multiple beads as per your wish.

We further demonstrate the combination of ROCS imaging with fast and nanometer-precise 3D interferometric back-focal-plane tracking of multiple beads in time-shared optical traps using acoustooptic deflectors to specifically construct and microrheologically probe small microtubule networks with well-defined geometries.

Owing to the small micron-size, multiple beads can be combined in labeling single cell.