Although Fang et al. [28] do not provide a clear explanation as to why this should efficiently remove formalin from fixed specimens, their results indicate increases in both DNA yield, and maximum size of PCR amplifiable fragment, from 403 to 1844 base pairs (bp), following the application of the technique.
Although a limited number of clinical specimens were tested, the present results indicate that RTD-PCR, and more specifically LightCycler™ technology, has potential for quantitative applications in the clinical laboratory.
Test results indicate that the specimens containing silica fume have higher compressive strength than the control and specimen made with fibers.
Results indicate that, compared with unplated specimens, all strengthened specimens showed improved structural behavior with steel plated specimens performed the best among all.
Concordant positive results indicate HIV-positive specimens and discordant results are resolved by nucleic acid amplification testing (NAAT).
The test results indicate that all specimens developed a large inelastic rotation capacity of more than 0.05 rad with stable hysteretic response.
Results indicate that repaired specimens having external patches with outer layer of aluminium and inner layer of glass fiber exhibited better impact properties and damage tolerance capability than that of the specimens conventionally repaired using homogeneous glass patches.
The results indicate that the specimens after the MAO treatment showed higher surface energy, larger surface roughness, and could better promote adhesion and spreading of osteoblasts than those before the treatment.
Generally, the results indicate that the specimens containing calcium aluminate cement together with PVA fibers demonstrate proper mechanical properties in terms of corrosion control against acid attack, while the specimens containing fine refractory brick aggregate showed a rather unsatisfactory performance in this regard.
Our results indicate that the specimens of R. sanguineus that feed on dogs naturally infected by L. infantum contain parasite DNA in their intestines and salivary glands.
