Sentence examples for can be labeled using from inspiring English sources

Time-dependent change of ROS could be detected in the same animals using positron-labeled hydroethidine-related compounds because hydromethidine can be labeled using [11C]methylation instead of [3H]-labeling [3H]-labeling

Creating Annotations: Structures of interest can be labeled using the Rectangle, Ellipse, Arrow, and Pen Tool icons on the toolbar.

Since the access point keeps track of the current packet requested by a receiver, packets within a coded packet can be labeled using the receiver ID alone.

Cases related to their native origin or migrated have been widely reported in the criminal justice system and their identity can be labeled using their unique methylation profile (Race & Genetics Working Group, 2005; Royal et al., 2010).

DNA fragmentation has also been monitored by the appearance of free 3' hydroxyls, which can be labeled using the terminal deoxynucleotidyl transferase (TdT) dUTP-mediated end labeling (TUNEL) protocol.

Since both hBMSCs and chondrocytes can be labeled using SPIO [25], [26], these findings indicate the potential of SPIO labeling for tracking cells in numerous orthopedic treatments and many other regenerative medicine fields [27].

Alternatively, samples can be labelled using differential mass-tags, which enables groups of samples to be combined and analysed equivalently.

The clones of cells that ectopically expressed this gene can be labelled using different markers under UAS regulation, such as UAS-GFP.

Pulmonary fibroblast cells can be identified using antibody against Vimentin-TRITC (Santa Cruz Biotechnology clone V9), pulmonary microvascular endothelial cells can be labelled using antibody against CD34 (Clone QBEnd 10, Dako), and smooth muscle cells can be labelled using antibody against α -SMA (clone 1A4) as previously described by Ranchoux and collaborators [ 26 ].

PEG 5 -BP-USPIOs can also be labeled using a radiolabeled-BPEG 5 -BP-USPIOsion with single PEG 5 -BP-USPIOscanputed tomogralso (SPECT), and thus affording dual-modality contrast.

Next-generation somatostatin analogs have been developed using the chelator DOTA rather than diethylenetriaminepentacetate (DTPA), and these molecules can also be labeled using positron-emitting radionuclides, such as Ga (Table 1).