Changes regarding the improvement of soil health status may be predictable based on several indicators [56,57,58,59] and volatile organic compound (VOC) profiling is still a pioneer method [60, 61]. Soils represent both a sink and a source of VOCs [62,63,64]. Along with the presence ...
NMP is an organic compound consisting of a 5-membered lactam and NMS is a metabolite of NMP biodegradation9. Although NMS is not considered as a VOC, it is cyclic. Most DE genes under energy production and conversion responding specifically to NMP and NMS were down regulated (e.g. hyaDC,...
Therefore, the best studied model compound is the pyridine derivative nicotinate (reviewed by Berry et al., 1987, Carmona et al., 2009, Fetzner, 1998). In contrast to its homocyclic counterpart, benzoate, the key reactions of the anaerobic degradation of nicotinate (Fig. 3) are the ...
provided a new insight into usingl-2-aminoadipate as a nitrogen compound. 2-Aminoadipate candidates commonly detected in leaves, roots, and soil were linked to the estimated SEM candidates (TablesS2andS3).l-2-aminoadipate was significantly altered in both leaves and roots with the addition of co...
In addition, cyclic perturbations in the dissolved oxygen concentration have been shown to increase the removal percentage of OMPs such as sulfamethoxazole (Bains et al., 2019). Oxygen fluctuations stimulate the production of microbial oxidoreductases to counter oxidative stress, which in turn, ...
(c): Cumulative probabilities of USET and URESET switching voltages and their coefficients of variation (CV) for ~100 I–V cyclic characteristics measured in the samples with copper (red) and silver (black) top electrodes. (d): Temperature dependence of the low-resistance state of the Cu/...
In our experiment, this compound was relevant, representing c. 7% of the compounds identified in the pyrogram of a 300 °C soil:water extract; also other cyclic dipeptides were identified as smaller peaks having proline as a common amino acid. Other sources of these cyclic compounds could be...