Sentence examples for filament surface from inspiring English sources
Two adsorbers (twins) were filled with the same complex compound (activated carbon fiber with MnCl2 microcrystals on the filament surface).
The third low temperature adsorber has second complex compound (activated carbon fiber with BaCl2 microcrystals on the filament surface).
Muscle contraction is regulated by tropomyosin movement across the thin filament surface, which exposes or blocks myosin-binding sites on actin.
The process gas could be directed into the chamber through the filament coil and have maximum exposure to the high-temperature filament surface.
The two heads of each myosin molecule assume nonequivalent positions, one head projecting outward while the other curves round the thick filament surface to nose against the proximal neck of the projecting head of the neighboring molecule.
The latter was modified using one of the following methods: electroplating with mercury "in situ" or beforehand, or deposition of an insoluble mercury-organic complex on the filament surface beforehand and electrochemical reduction of the complex during analysis.
The range of positions of the S1 S2 junctions at the thick filament surfaces for heads bound strongly to the M- and Z-ward actin subunits almost completely overlap (Fig. 6B D) despite the 26° difference in azimuth between their bound actin subunits.
We also show that the peptide substrates displayed on the filament surfaces are still accessible for specific MMP cleavage.
The two peptide substrates used in our work, one derived from natural collagen and the other screened from a peptide library, are highly specific to the MMP-2 in the soluble form, however, it is not clear how much their specificity is altered when displayed on the filament surfaces.
Mainly these are differences consists of a better resolution of the filaments sub-structure in cryo-EM vs. standard negative staining where the filaments surface appears smooth with little detail.
Here we compare quantitative evaluations of AFM images taken under different conditions of filament-surface interaction with computer simulations of the polymer deposition.
