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There are several methods used to detect damaged regions of composite materials.
A new technology will give engineers three-dimensional images of the stricken plant's reactor cores and detect damaged fuel behind feet of steel and concrete.
Cells can detect damaged DNA, activate checkpoints, and either enable DNA repair or trigger apoptosis to eliminate the damaged cell.
Interferometric SAR coherence-change analysis obtained with single polarization has also been used to detect damaged urban areas.
Rather, ALKBH2 appears to detect damaged bases by probing their base-pair stability.
Cells were treated with CPT and at various times fixed and stained to detect damaged DNA and mitotic chromosomes.
DNA checkpoints detect damaged or unreplicated DNA and block cell cycle progress until the damage is repaired or replication is completed, when progress resumes.
In this review, a number of techniques are considered for detecting damaged spermatozoa.
The threshold level of 0.1 0.3 is appropriate for detecting damaged areas.
The overall accuracy for detecting damaged urban areas from the change in coherence was 44.5 %, better than the one based upon absolute change of σ 0 (41.2 %).
We found that quantitative DTI was sensitive in detecting damaged tissue, and, perhaps more importantly, that these imaging measures correlated with a full range of outcomes post-TBI.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com