The figure reports the assignment of most intense signals.
The most intense signals in T2-edited spectra were attributed to lactose, choline, creatine, and several organic acids, including fumarate, citrate, and isobutyrate.
The labels refer to assignment of the most intense signals detected in all treatments (F fructose, G glucose, Gal galactose, S sucrose, ACho acetylcholine, GABA γ-aminobutyric acid, and UDP uridine diphosphate).
The labels refer to the assignment of the most intense signals detected in all treatments (F fructose, G glucose, Gal galactose, S sucrose, GABA γ-aminobutyric acid, Leu leucine, Arg arginine, Val valine, and Thre threonine).
This appears to be conformed by the most intense signals detected in HSQC spectrum for the alkyl (20 to 40 ppm) (Figure 2C) and hydroxyalkyl (60 to 70 ppm) (Figure 2C) carbon regions.
For all the Winsor & Newton lakes belonging to the present class, resonance Raman spectra at 488 nm excitation with common features at 1477, 1350, 1325 and 1288 cm-1 were obtained, matching well the two most intense signals at 1477 and 1325 cm-1 arising in the Raman spectra of reference alizarin (Figure 8).
The lesion was highly variable in size and imaging intensity; however, the most intense signal was always contiguous with the subchondral plate.
The PCNA dsDNA sample remained clear during the 5-day long titration at 35 °C, but there was an overall decreased in TROSY signal intensity (by about 25% measured in the most intense signal, the sharp signal of the C-terminal residue) and increased relative intensity at the central region of the spectrum (coming from both weak new sharp signals and background broad signals).
The intensities were determined for images from the single z-section having the most intense signal measured without gain, and corrected for background by subtracting the average signal of the surrounding pixels.
However, the most intense signal of the samples that were etched for 10 min is that of the (101) plane.
It is the most intense signal in the Raman spectra of all anhydrous glasses, whatever the alkali metal (Figs. 3 and 4).
