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Although the two methods are similar in quality, we prefer the fluid-based Papanicolaou test because fluid-based specimens can be stored at ambient temperatures for long periods and can be used in other ways, such as in molecular analyses.
Fluid-based specimens can be stored at ambient temperature for a longer period; therefore, this collection system offers the advantage that once the specimen has been collected, there is no need to collect additional specimens from the patient to perform a second Papanicolaou test or conduct further investigations.
Since fluid-based specimens can be stored at ambient temperatures for more than 1 year, this collection system is advantageous in that the Papanicolaou specimen can be re-examined several times using the residual specimen after the initial Papanicolaou test has been performed.
Detailed information on specimen pathology based on the LEEP cone specimens can be found in Additional file 4. All samples were stored immediately in RNA later and stored at -80°C.
Based on the failure mode, the specimens can be divided in two groups, i.e. flexural-shear failure and shear failure (Table 1).
This plot indicates those cases where specimens can be reliably assigned to the correct species based on barcode analysis [ 76].
Prized specimens can be several hundred years old.
Finally, self-healed specimens can be simply regarded as specimens characterized by a smaller crack.
But the largest specimens can be even more fertile.
Specimens can be collected from various sources.
Consequently, the suggested ENDB specimen can be proposed as a suitable specimen for mixed mode I/III fracture toughness study of based on graphite materials.
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