On the other hand, two new photoelectron signals were observed for the PLGA/nHA-I composite (Figure 4(d)) and nHA-I (Figure 4(b)), namely, representing nitrogen (N1s, at binding energy 397.9 eV) and sulfur (S2p, binding energy 164.05 eV), respectively.
Peptide bonds of Spy protected from trypsin upon addition of Im7 L53are54A are shown as yellow and blue spheres, with yellow representing carbon atoms and blue representing nitrogen atoms.
The p-n-type GaP N layers represent nitrogen added to gallium phosphide to give green emission; the p-n-type GaAsP N layers represent nitrogen added to gallium arsenide phosphide to give orange and yellow emission; and the p-type GaP:Zn,O layer represents zinc and oxygen added to gallium phosphide to give red emission.
Over two years, mesocosms were amended once each summer with sodium nitrate, ammonium sulfate, and potassium phosphate dibasic to represent nitrogen and phosphorus in agricultural runoff.
Net nitrogen mineralization rates represent nitrogen mineralized during a 28 day in situ incubation.
This substitution was performed at both OC and OT sites, representing the nitrogen doping at the middle of the particle (threefold coordinated oxygen site) and the twofold coordinated oxygen atom sites, respectively.
The sludge is rich with the amino acid and organic compounds, which represent as nitrogen source of bacteria, while in CYE the nitrogen source used was inorganic (sodium nitrate).
Type (iii) represents a nitrogen radical that is not in the PubChem "allowed" valence list.
Processes represented included nitrogen and phosphorus cycling, one-carbon degradation, biodegradation of complex organic toxins, and the production of antibiotics.
Positive shifts have been shown to represent higher nitrogen cycling in lacustrine and marine systems (Lehmann et al., 2004; Teranes and Bernasconi, 2000).
BP proteins represented cellular nitrogen compound metabolic processes (17%), biosynthetic processes (16%), signal transduction (11%), cellular protein modification processes (9%), small molecule metabolic processes (9%), transport (8%), anatomical structure development (8%), response to stress (8%), cell differentiation (7%) and nucleobase-containing compound catabolic processes (7%).
