Sentence examples for granule control from inspiring English sources

Treatment abbreviations are: U urea, UBC-H urea-brown coal granule (17 % N), UBC-L urea-brown coal granule (8.7 % N), BC brown coal granule, control no N or C addition.

Fertiliser treatments were the same as in the column experiment described above, i.e. urea, UBC-H, UBC-L, brown coal granule control and no fertiliser control, such that each treatment received the same amount of N. Plants were watered weekly to 60%% field capacity, with a single 'leaching' event at 20 days after sowing.

In this study, we investigated empty shells of native (Anodonta anatina, Unio tumidus) and invasive (C. fluminea, S. woodiana) bivalves (including their mixtures) as benthic substrates and compared them to clay granules (control), which mimics the natural hard substrates in the Danube River Hungaryy).

The effector CTL IS contains a distinct central secretory domain (Stinchcombe et al., 2006), with granule secretion controlled by centrosome delivery to the plasma membrane.

We further compared the appearance of granules in control and GFP-β2-syntrophin INS-1 cells by electron microscopy (Fig. S4).

We simply evaluated the expression of DSP4, which is the predominant phosphatase that is bound to chloroplast starch granules to control starch degradation (its down-regulation enhances starch accumulation), and we observed that the transcript levels of DSP4 significantly decreased after R-IM and racemate treatment (Figure S2).

There were more and darker granules in control group than in C-PC treatment group and CD59 transfection group(A C)).

We isolated azurophilic granules from control neutrophils, solubilized them with detergent, and immunoprecipitated proteins with an antibody against NE or a control mock antibody against matrix metalloproteinase 9 (MMP9), a protein that is stored in gelatinase granules.

Azurophilic granules from control donors degraded β-galactosidase upon treatment with H2O2, indicating that active proteases were released and gained access to the substrate in the absence of detergent.

All of the UASB granules were electrically conductive whereas control granules from ANAMMOX (ANaerobic AMMonium OXidation) reactors and microbial granules from an aerobic bioreactor designed for phosphate removal were not.

A simulated oral processing study indicated that the melt-in-the-mouth behavior of the hydrocolloid microgels could be made to be similar to that of starch granules by controlling the degree of cross-linking.