Sentence examples for increased exudation from inspiring English sources

The main indications for CVVH were the following: evidence of increased exudation due to progression of systemic inflammation, and formation of multiple fluid collections accompanied by deterioration of respiratory and kidney functions, despite the 24- to 48-h intensive treatment provided according to the approved treatment protocol of SAP.

The transcriptional activation of MtD27 in response to the phosphate status in the environment coincides with an increased exudation of strigolactones [ 29, 30, 34].

The production of plant growth regulators such as auxin, cytokinin, and gibberellin by PGPMs may also interfere on soil microbial communities through an enhanced root growth and an increased exudation rate [ 45], without excluding the possibility of a direct effect on the microbial equilibrium leading to the selection of beneficial populations.

Changes in root exudation profiles induced by our treatments became most marked 14 and 21 days after initiation of the experiment; on those days, we observed (i) increased fatty acid exudation from seedlings treated only with humic acids and (ii) increased exudations of nitrogenated compounds and terpenes from seedlings treated only with H. seropedicae.

Taken as a whole, it can be concluded that rice plants tend to increase exudation of LMWOAs, particularly citrate and malate, under P- or Zn-deficiency stress.

Our results support the hypothesis that increased root exudation and/or microbial necromass from stabilization of labile C and N can contribute to SOM and N pools.

Trejo-Téllez et al. showed that overexpression of an M. crystallinum PPDK in tobacco roots increased the exudation of OA anions, with a concomitant decrease in plant Al accumulation [ 113].

The results of the present study shown in Figure  4 indicate that the resulting elevated concentrations of auxin in the rhizosphere can stimulate increased net exudation of sugars from plant roots.

Many studies have reported a positive relationship between plant productivity and CH4 emissions from soil [ 23, 42], which was attributed to increased root exudation and gas exchange rates [ 6, 21].

Peanuts belong to Strategy I plants respond to Fe deficiency by inducing the ferric chelate reductase embedded in root epidermal cell plasma membrane and also via stimulation of the plasma membrane proton pump, thus increasing proton exudation (Vert et al. 2002; Jin et al. 2006).

Geometrical changes in roots can be linked to increased rhizodeposition by exudation of organic anions and enzymes, rhizosphere acidification and association with specific microbes [7].