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Recent research in characterizing sensorineural hearing loss has delineated the importance of hair cell damage in understanding the bulk of sensorineural hearing impairments.
Any efficient and robust design approach for adhesively bonded scarf joints under fatigue loading should account for the damage mechanisms in the joint and this cannot be achieved without understanding damage development with initiation and propagation.
It is shown that the methodology developed in this paper is very efficient in understanding damage evolution in TBCs.
Understanding damage mechanics across multiple length scales is necessary for design of enhanced protection by composite armor systems.
Therefore, identifying the genetic and biochemical processes leading to tuned DNA repair and cell recovery after damage is for understanding cell function and survival [1].
Understanding damage to the heart from sepsis requires specific analysis of biochemical markers such as troponin I, and of hemodynamic parameters such as the LVSWI or the HRV index.
Correct identification of the sigma factor up-regulated upon DNA damage is key to understanding the systemic response of Mtb to this damage type.
To what degree lesions at these sites contribute to joint damage and how this may be modified opens up new avenues for understanding joint damage.
A preliminarily study with the artificially aged soiled leather samples assisted the understanding the damage features of leather (burning, melting and ablation) after laser irradiation with a fluence higher than the damage threshold fluence [6].
In order to therapeutically support or facilitate progenitor cells roles in regeneration of adult retina following inflammation, degeneration or damage, further understanding of the control of cell turnover is required.
Because a cellular process as indispensable as gene expression can be thwarted by the presence of DNA damage, an understanding of the mechanism underlying transcription-coupled DNA repair is relevant to the continued discernment of how environmental genotoxins endanger human health.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com