Higher bond strength in ECC specimens could also be attributed to the generation of high radial confinement due to the presence of PVA fiber and transverse reinforcement.
In addition to the cytological specimens, histological specimens could also benefit by applying Method A. Even small biopsy specimens containing only a few clusters of target cells could be utilized for molecular analysis.
Similar to how volumetric ultrasound measurements of AAAs provide more information than simple two-dimensional measures, the use of volumetric quantification from thicker tissue specimens could also be useful when imaging ex vivo sections.
The size of the sampled specimens in the EFTR group was smaller than in the ESD group, and the stretchy ESD mucosal specimens could also be stretched larger than the full-thickness EFTR specimens when they were pinned out for size measurement.
Functional loss of BRCA1/2 and biomarkers including PALB2, FANCF, RAD54, PTEN, EMSY, XRCC2, XRCC3 in tumour biopsy specimens could potentially also have predictive value for PARP inhibition and need to be prospectively investigated in clinical trials.
In the WT/ΔsalKR coinfection group, besides the detection of wild-type bacteria in all the specimens, ΔsalKR mutant bacteria could also be isolated from some susceptible tissues (such as heart, kidney, tonsil and brain) at a lower degree than the wild-type strain.
Possible variations in specimen collection and handling techniques could also have affected SARS-CoV detection rates in respiratory and stool specimens.
Although dorsal flexure between tergites was limited by the backward projecting keels, specimens show that the animal could also curve to a large degree in this direction (either actively or passively) without disarticulating.
This specimen is fragmentary enough that it could also represent a catarrhine primate or a carnivoran.
Six formaldehyde-fixed paraffin-embedded primary tumour specimens that matched baseline serum samples could also be retrieved from the institutional tumour bank.
