Sentence examples for these machineries from inspiring English sources

Rotating machinery support design with the aim of reducing the amplitude vibration and force transmitted to the foundation has significant importance regarding the various applications of these machineries.

These machineries assemble Fe S clusters on scaffold proteins using iron and cysteine as the source of sulfur, and the Fe S cluster is then transferred to apoproteins with the aid of specific chaperones (Lill and Mühlenhoff 2008).

However, a large part of this complexity is related to the very specific conditions and procedures of biosynthesis and regulation of these machineries in the environment of a living cell.

MICOS promotes the formation of crista junctions, whereas the oligomeric F1Fo-ATP synthase is crucial for shaping cristae rims, indicating antagonistic functions of these machineries in organizing inner membrane architecture.

These machineries are specialized systems, called the Secretion Systems.

These machineries share a common requirement for proteins that utilize ATP as an energy source to drive transport of macromolecules.

In order to understand the dynamic characteristics of these machinery faults, a theoretical model of a complete motor-flexible coupling-rotor system capable of describing the mechanical vibration resulting from misalignment and unbalance was developed.

While many reviews discuss the iron regulatory pathways of the brain [ 82, 83], this paper will discuss the evidence that fatigue to these machinery results in iron accumulation in PD.

These tripartite machineries span both membranes and the periplasmic space, and they extrude from the bacterium chemically diverse toxic substrates.

Diffraction of light has so far restricted the use of conventional fluorescence microscopy to reveal the composition, internal architecture and dynamics of these important machineries.

The elegant design of these transportation machineries has inspired the development of single molecule detection based on modulations of the individual current blockage events.