Sentence examples for used for fragmentation from inspiring English sources
PCR fragments were then purified and 90 μg used for fragmentation and end-labeling with biotin using Terminal Transferase.
PPM uses ID field in the IP header of packets to embed marking information, which is generally used for fragmentation.
Like PPM and DPM, the DFM uses the ID field in the IP header of the packets, which is generally used for fragmentation.
Since the 5 kDa peptide is more like a small protein than a peptide, we tested initially whether standard pressure settings or intact protein settings should be used for fragmentation.
This mode could be used for fragmentation of NPs and nanophotothermolysis of cancer cells (Letfullin et al. 2006; Pustovalov et al. 2008) under much lower laser intensity I0 in comparison with fragmentation of homogeneous GNP because of optical breakdown.
A 10-membrane flow-through reactor was used for fragmentation and MS analysis after a single pass of substrate both by collection of product and subsequent off-line analysis, and by coupling on-line to the instrument.
For the MeDIP experiments, DNA derived from three individuals of the same karyotypes were equimolarilly mixed to reduce the effect of inter-individual methylation differences and further used for fragmentations.
Although the entire prospective ion list was used for targeted fragmentation, 96 compositions were not selected for fragmentation during the run due to low abundance or limited instrument duty cycle.
As mentioned, the thickness of CNBs required us to push the setting used for tissue fragmentation.
Another interesting question is whether polynomial-time methods for tree alignment of unordered trees, such as the constrained tree edit distance (Zhang, 1996), can be used for aligning fragmentation trees: whereas the restrictions imposed by Zhang (1996) have no sensible interpretation in the context of fragmentation trees, quality of results may still be sufficient for certain applications.
Supercritical water was used for simultaneous fragmentation and reduction of graphene oxide (GO) sheets into water-dispersible graphene quantum dots (GQDs) with tunable sizes.
