Sentence examples for molecular weight left from inspiring English sources
Poly acrylic acid)—PAA (Fluka), with the two weights of average molecular weight ( left({overline{mathbf{M}}}_{mathbf{w}}right) ): 2000 Da and 240,000 Da, was used in the study.
The profile of molecular weight (left ordinate axis) and differential refractive index (right ordinate axis) are shown as thick and thin lines, respectively.
The red line represents the molecular weight (left ordinate axis) and black lines show the differential refractive index (right ordinate axis) as well as SDS-PAGE (Inset).
The red line represents the molecular weight (left ordinate axis) and blue lines show the differential refractive index (right ordinate axis).
Thus, the components of highest molecular weight leave the bed first, followed by successively smaller molecules.
GST-fused hnRNP H (GST-H) showed a binding-shift in native gels in the presence of the rasISS1 sequence, reflecting the formation of high molecular weight complexes (Figure 2C, left lanes 2, 3 and 4), but not in the presence of ΔrasISS1 (Figure 2C, lanes 6, 7 and 8).
By contrast, a large proportion of the lower molecular weight solutes and water leaving by the same route reach the blood directly across peripheral capillary walls in the nasal mucosa [ 120].
Open image in new window Fig. 1 The molecular weight of PEG5000-PMMA vs. conversion (left); the molecular weight of PEG5000-PS vs. time (right) Open image in new window Fig. 2 Heating cycle with the scanning rate of 5 K/min for collected mats of PEG5000-b-PS10000 single crystals (T m = 55 °C) and for the bulk of PEG5000-b-PS10000 diblock copolymers (T m = 52 °C).
Furthermore, relative concentrations of low (phenolic acids, flavonoids) to high (tannins and derivatives) molecular weight phenolics decrease as leaves mature indicating conversion within leaves [10].
Synthesis of phenolic compounds in the leaves is supported by the observations of Lim et al. [10] who found that relative concentrations of low (phenolic acids, flavonoids) to high (tannins and derivatives) molecular weight phenolics decreased as leaves matured indicating conversion within leaves.
White-rot fungi have the capability to selectively metabolize low molecular weight lignin and hemicellulose while leaving cellulose relatively unaffected.
