The phrase "artifact orientation" is correct and usable in written English.
It can be used in contexts related to museums, archaeology, or information technology, where it refers to the way artifacts are positioned or understood within a certain framework.
Example: "The exhibit's artifact orientation allows visitors to appreciate the historical context of each piece."
Alternatives: "object positioning" or "artifact alignment".
Thus, while these patterns deserve careful re-examination, the interspecific differences in divergence angle, which were invoked to support that the patterns of divergence angle were likely an adaptation, may also be an artifact of orientation reference differences.
However, we should treat the data of lacunar pericellular area and thickness with caution, since they might be more susceptible to orientation artifacts.
These results point to an important potential source of artifacts when studying microtuble orientation in leaves, for example for the purpose of phenotyping or developmental studies.
A detailed pixel-wise analysis indicated that the majority of the differences between OPT and histology can be attributed to imperfect alignment between histology and OPT, tissue alterations during histology processing, as well as artifacts when extracting fiber orientation in histology images.
Although this suggests that the antisense orientation is an artifact of cloning, such precisely matching non-canonical splicing has been reported for at least one genuine antisense transcript [ 22].
Although the imaged molecules are essentially free of preparation artifacts, ab initio assignment of orientation parameters to projections is not very robust and can easily lead to incorrect solutions and 3D reconstructions.
Experimental protocols were used that minimized end-artifact errors and controlled for specimen orientation.
However it is important to bear in mind that this orientation phenomenon may be an artifact of tissue thickness resulting from a change in preferential alignment of the collagen fibrils as a function of depth through the amniotic membrane or folding prior to XRD exposure as the initial fold was random with respect to orientation within the intact tissue.
Here we test these hypotheses by way of a geoarcheological and taphonomical analysis using four criteria to assess the preservation of the lithic assemblages: (1) size composition, (2) artifact abrasion, (3) bone abrasion, and (4) orientations of lithic artifacts and bones (i.e., fabrics).
When barcode medication administration (BCMA) is implemented nurses are required to integrate not only a new set of procedures or artifacts into everyday work, but also an orientation to medication safety itself that is sometimes at odds with their own.
