Barely Significant
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“may be significant”

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In the literature

(Three instruments were equipped with a 675 nm laser, as opposed to the currently used 655 nm laser, which causes only a ≈0.28% calculated difference in the value of dn/dc , based on [ 40 ], which was neglected in the consideration of signal magnitudes.) Thus, an instrument-dependent error of at least ≈3–4% in concentration should be considered when determining protein concentrations based on an assumed refractive index increment and given fringe shift data (in addition to variations in the protein refractive index increments, which may be significant especially for smaller proteins [ 41 ]).
Finally, two cases in which this effect may be significant are: (1) if the structure is undergoing a transient perturbation, e.g. the triangle perturbation of Fig. 2 , in which case measurements of the perturbation timescale cannot be completely relied upon to determine Ω ref ; and (2) if the structure nominally undergoes sinusoid motion but then this waveform is altered, e.g. an insect flight motor during an extreme manoeuvre (see Gau et al., 2021) .
Considering the crucial role of PRMT1 in acute myeloid leukemia (AML) with various gene mutations—including RBM15-MKL1, FLT3-ITD, MLL-EEN, and AML1-ETO fusions—as well as mutations in splicing factor ( Fong et al., 2019 ), PRMT1-mediated metabolic reprogramming may be significant for the previously mentioned AML.
As azithromycin intracellular concentration was not measured, it would benefit future studies to assess whether this interaction may potentially affect intracellular concentrations, such as within lysosomes or white blood cells, which may be significant given the unique pharmacokinetic characteristics of azithromycin.
Given that transformed cells adjust the relative ratio and contribution of de novo lipogenesis and fatty acid uptake based on the availability of different lipid species extracellularly, there is a biologic rationale to postulate that LPL and CD36 may be significant protagonists at the intersection between dietary lipid composition and PCa biology ( Figure 1 ).
[ 18 ] Renal tubular metabolic reprogramming may be significant in response to hypoxia, ischemia, sepsis, or other insults because it may reduce energy expenditure and prevent cell death at the expense of non-essential functions.
Lactate metabolism and acute kidney injury.
Chin Med J (Engl) · 2025 · PMC12037090