Sentence examples for a common fragmentation from inspiring English sources

Mass spectra of TMS derivatives of erythrodiol and uvaol showed a common fragmentation pattern: is spite the molecular ion is minimal or not present, it can be easily deduced by presence of loss of methyl group [M CH3 ] at m/z 571, tipycal of silylated compounds, and a intense neutral loss of the TMSiOH group at m/z 496 that represent the base peak of the spectra of either compounds.

Fragmentation of benzyl alcohol via loss of the -OH group at m/z 17 leads to a common fragment seen for alkyl benzenes at m/z 91.

Common fragmentation ions were found between M1 and PBAlc, suggesting a similar backbone.

In particular, the RDA dissociation was the most common fragmentation rule which might correspond to the fused six-membered rings in their structures.

The top left figure shows the most common fragmentation class for each vertical column (2D cell) when we don't consider exterior class.

In addition, common fragmentation mechanism in ETD results in altered reporter ion production, decreased multiplexing capability, and even loss of quantitation capability for some of the isobaric tags, including custom-designed dimethyl leucine (DiLeu) tags.

The most common fragmentation pathway likely results from the resonance stabilized anion conjugated to olefinic π clouds.

Alignments of the proteins encoded by the rpoB, rpoC2, and tilS genes examined in the present investigation revealed that all these genes, except the S. bacillaris rpoB, share common fragmentation sites.

The mass spectra analysis of each triterpene isolated showed the molecular ion peak at m/ z = 456 u, and showed the common fragmentation pattern of triterpenes, described in the literature [ 21].

The common fragmentation patterns of dGuo, dAde, and B[ a]P-7,8-dione have been reported previously and are shown in Figure 2. The most generally characteristic ions in deoxyribonucleoside mass spectra in the positive ion mode are those representing the base: b (loss of 117 amu), b + H (loss of 116 amu), and b + 2H (loss of 115 amu).

The results we found here can be a common response to fragmentation for those forest dweller species that are able to use the matrix as complementary foraging sites.