Sentence examples for modification of absorption from inspiring English sources

The doped SWCNTs often show radial breathing mode peaks in the off-resonance region, indicating a defect-induced modification of absorption spectrum.

This could be related to several factors, as an altered drug pharmacokinetic (e.g. modification of absorption, protein binding or distribution, impaired drug metabolism) and a potential for drug interactions with co-medications.

In contrast, at high NADPH concentration (500  μ M 2 m M), after the addition of CPR, not only the decrease in A340 nm was observed but after about 2 min the important decrease in A480 nm was also observed followed by further modifications of absorption spectra of DOX.

These results imply that DTPA absorption is directly related to liquid absorption, consistent with increased rates of airway surface liquid absorption in the CF airway, and that modification of liquid absorption from osmotic therapies might be detectable through DTPA absorption measurements in vivo.

The use of special protonating agent, i.e. 1,2- di-2-ethylhexyl)ester of 4-sulfophthalic acid (PSA) lead to the modification of the absorption spectrum of the PAZ.

The difference of pair percentage between the fabricated fibers combined to the modification of 1530/980 absorption ratio partly explains the difference in laser efficiencies reported on Fig. 5 a between fibers NP035 and ST035.

In conclusion, PEI‐coated beads are stable in the upper GIT but remain sensitive to the action of pectinolytic enzymes allowing release of β‐lactamases in a colonic medium without modification of the absorption of a β‐lactam antibiotic when co‐administered with loaded beads.

15 In such a scenario it is logical to assume that the modification of fat absorption could be a potential target to treat obesity and prevent further weight gain.

An extraordinary modification of the optical absorption edge in the range of Urbach's tail is discovered as a result of the annealing within the INC-phase.

We present ion beam modifications of the electrical and optical properties of zinc oxide (ZnO) and Al-doped ZnO (AZO) films such as increase of the electrical conductivity, the modification of the optical absorption edge.

Based upon the calculated results, we investigated the role of different electronic donors, acceptors, and π-conjugated bridges in the modification of electronic structures, absorption properties, as well as the free energy variations for electron injection and dye regeneration.