Sentence examples for efficient elaboration from inspiring English sources

Ca2+ is an essential component for efficient elaboration of LPS- and LTA-mediated cytokine response but plays a differential role in mediating the suppressive effects of low pH stress.

While this method allows more efficient elaboration of building blocks from the corresponding monosaccharides, some building blocks can also be obtained efficiently by de novo chemical or chemoenzymatic syntheses.

Laser cladding is known as flexible and efficient method for elaboration of diverse protective coatings including functionally graded, multilayered, etc. Robotic laser cladding with coaxial powder injection is often referred to as Direct Metal Deposition (DMD).

However, the available literature data let us conclude that elaboration of efficient adsorbents for ions and complexes of noble metals, in particular platinum, remains an actual problem [11, 12].

Robustness to the backhaul latencies and adaptation to the backhaul throughput constraints are other key technical issues, as well as the elaboration of efficient handover algorithms working in an environment composed of unmanaged, small, and dense cells.

Detailed knowledge about duration of viremia after natural SBV infection and duration of colostral protection are necessary for elaboration of efficient breeding and vaccination strategies.

Hence after the 14th century both European and Chinese artificers were able to begin elaboration of more and more efficient guns.

Placental angiogenesis is a pivotal process that establishes fetomaternal circulation, ensures efficient maternofetal exchanges, plays a key mechanistic role in the elaboration of the placental villous tree, and contributes to the overall development of the placenta throughout pregnancy.

Recently, we developed an efficient synthesis of protected Lewis-y tetrasaccharide 6, [18] which proved suitable for further elaboration into the target tetrasaccharide 7 and pentasaccharide 8 (see Supporting Information).

This study presents the use of original systems based on Candida antarctica lipase B (CALB) immobilized on montmorillonite and sepiolite nanoclays as efficient catalysts for the enzymatic polymerization of ε-caprolactone (ε-CL) and the in situ elaboration of nanohybrids.

It is a bold vision for Europe grounded in ambition, and it is the basis for further elaboration and exploration toward finding the right policy mix for enabling a resource-efficient transition.