Sentence examples for poorly incorporated from inspiring English sources
The non-reactive nature of Ar–He plasma and solid carbon results in formation of pristine SWCNT final product soot which is insoluble in many solvents and is poorly incorporated in polymers matrix.
The introduction of high-Z materials into tissue is currently poorly incorporated by most TPS, and more robust, validated physics models are needed to ensure that the quality of radiotherapy plans are not reduced through the introduction of nanoparticles as part of treatment planning.
The remaining analogs (mostly backbone), although AARS substrates, are poorly incorporated into peptides during translation.
Because of their relative rigidity, multiple poly dA dT) stretches are known to be poorly incorporated into nucleosomes in vivo [4], [8], [16].
Similar synthetase engineering may be needed for the N-methyl amino acids, which, except for N-methyl His and Asp were poorly incorporated into peptides in our experiments and were poor AARS competitors as well.
Consistent with the poor trimerization we observed, fibers with zipper domains incorporated into the H-I loop were poorly incorporated into mature virions, with the exception of the fiber containing the E-zipper in the H-I loop (Figure S2).
On the other end of the spectrum are those so eager to test new technologies that in their haste end up poorly incorporating technology into the lesson plans.
Most available energy/economy/environment/engineering (E4) modelling tools focus however on technology and fuel switching and tend to poorly incorporate mitigation options from travel behaviour, and in particular, switching between modes is not an option.
In the absence of microbial Fe(III) reduction, or if the rate of microbial Fe(III) reduction is less than the rate of NAu-1 alteration, Fe III) may be incorporated into poorly crystalline, high-surface area Fe(III) precipitates, or it may be adsorbed onto other solid phases or negatively charged bacterial cells and EPS.
Microencapsulation, cyclodextrin inclusion and impregnation allow to incorporate poorly soluble materials in fast-dissolving hydrophilic excipients, leading to promising results in terms of dissolution rate enhancement.
Given these notions, more realistic compartmental lung disposition kinetic models have been recently developed for poorly soluble corticosteroids, incorporating regional lung (i.e., central and peripheral) deposition, dissolution rate-controlled absorption and mucociliary clearance (Tayab & Hochhaus 2005; Sakagami 2014; Weber & Hochhaus 2015).
