Sentence examples for transport damage from inspiring English sources

The local farmers pick them well before ripeness so as to cut down on transport damage and spoilage, which the supermarkets would charge back.

This warranty covers only manufacturing defects and does not cover any damage caused by misuse, accidents, abrasion, exposure to extreme temperatures, solvents, acids, water, normal wear and tear, or transport damage by airlines.

AQP4 mRNA expression was upregulated in the ATII cell membrane to regulate fluid exchange between the alveolar space and the alveolar epithelium barrier and facilitated pulmonary liquid clearance in case of sodium pump transport damage during ALI [ 22].

In addition to the degradation of whole organelles, PINK1 and Parkin are required for the generation of mitochondria-derived vesicles (MDVs), which transport damaged mitochondrial components to the endomembrane system and ultimately the lysosome for degradation [ 60- 62].

Heat stress of more than twelve hours caused reduced electron transport, damaged photosystems, activated the glycolate pathway and caused H2O2 production; as a result, photosynthetic capacity did not recover completely.

Mitochondrial quality control is the process that maintains a healthy mitochondrial population by identifying and degrading dysfunctional mitochondria 24, 72, degrading damaged mitochondrial components 73 and transporting damaged components out of the mitochondrion 74, 75.

In addition, HSC are capable of transporting damaging agents outside of the cell by ATP-dependent cell transporters, such as BCRP-1 [ 14].

A lack of information regarding the detailed relationship between transport infrastructure damage and post-disaster transport demand does not permit accurate analysis.

Using the same ash density assumption, a load of 1 to 10 kg/m2 is equivalent to between 1 mm and 1 cm of ash deposit, and is known to disrupt airport operations, transport, cause damage to crops and in certain cases cause electrical circuits and electronic systems to malfunction (Barsotti et al, 2010; Jenkins et al, 2014; Wilson et al, 2012).

We recently reported on a new mechanism for laser induced ablation using strongly absorbed infrared pulses specifically tuned to IR active vibrations with pulse durations sufficiently short to drive ablation faster than thermal and acoustic transport induced damage, but long enough to avoid the ionizing radiation effects of plasma formation [1].

Our next goal was to define the temporal relationship between disrupted axonal transport and damage to the ON axonal cytoskeleton.