The circular molecules were detected at all molecular weights within the range of detection (∼2 9 kb) and are consistent with the t-circles observed previously in ALT cells (Cesare and Griffith, 2004).
Various products of the reaction of high-temperature copper plate and chlorine molecules were detected.
Changes in gene expression of these molecules were detected at various time points during exposure to PFOS.
Fluorescence signals of the surface molecules were detected by flow cytometry and mean fluorescence intensity (MFI) was analyzed.
Indeed, we demonstrated that less than 4 ×106 avidin molecules were detected and contributed to the surface-enhanced Raman scattering (SERS) signal.
The dye-marked DNA molecules were detected via fluorescence microscopy, and our results reveal a successful attachment of DNA capture molecules onto the nanowire surface.
By increasing laser intensity, dimeric and monomeric AcrB species with bound DARPin molecules were detected showing the high affinity binding of DARPin to monomeric AcrB species.
Fifty nine of the molecules were detected at less than 50 sites and hence the data were unsuitable for spatial analyses.
iNOS treatment of PEG-b-P l-Arg) did not generate NO, but NO molecules were detected after tryPEG-b-P l-Argment, indicating that hydrolysis of PEG-b-P l-Argonomeric arginine was taking PEG-b-P l-Argo.
However, based on a laboratory spectroscopic investigation, Duley and Hu (2012) presented that the 7.0, 8.5, 17.4, and 18.9 μm features in the spectra dominated by aromatic infrared bands (AIBs) actually arise from proto-fullerenes that are precursors of C60, and thus the C60 molecules were detected only in sources that do not show AIBs.
Small molecules were detected in the sensor by the BSSW, which is a large electric field intensity spatially localized to a desired region of the Bragg mirror and is generated by the implementation of a step or gradient refractive index profile within the Bragg mirror.
