Sentence examples for molecular level evidence from inspiring English sources
The results provided molecular level evidence for the biocompatibility and low cytotoxicity of aGQDs, cGQDs, and dGQDs.
The earlier studies produced the first molecular level evidence for differences between clay minerals, humic substances, and lysimeter soils as sorbents for these chemicals.
In addition, the Raman spectroscopy experiment provided molecular level evidence for the biocompatibility of the three kinds of GQDs, revealing that no obvious changes in cell Raman spectra were generated by the treatment of 200 μg/mL GQDs.
The Raman spectra of cells treated with GQDs with different functional groups also showed no distinct changes, affording molecular level evidence for the biocompatibility of the three kinds of GQDs.
Molecular level evidence suggests that gene regulation may differ more than expected between rodent and humans.
At the molecular level, evidence of gene pseudogenization and positive selection in phototransduction genes have been associated with the aquatic lifestyle of the Adélie and emperor Antarctic penguins [ 25].
The molecular-level evidence by solid state nuclear magnetic resonance (NMR) that the P HB-HHx) chain is more flexible than P HB-HHxchain by the dynamis frequency sweep moreurements oflexibleopolymer melthanwhich show that the PHB melt has an unusual rheologisal rechoede with the dynamic loss moduli dominating the storage moduli at all frequencies.
At the molecular level, the evidence shows that HT may be a precursor of PTC.
Nevertheless, the polymorphism of Aβ(1 40) superstructures is due to, or at least accompanied by, structural differences at the molecular level as evidenced by solid-state NMR [45].
Likewise, S100A16-H357 xenografts were found to be more differentiated and less proliferative, both histologically and at the molecular level as evidenced by the higher involucrin expression and lower expression of Ki67 and Bmi-1 (Fig. 6c– j).
At the molecular level, there is evidence indicating that HESX1 can function as a transcriptional repressor in vitro and in vivo [10,11,17].
