Multiple specimens can also be analyzed allowing the capabilities to monitor disease progression and response to therapy.
These procedures are still prone to error since specimens can also undergo deformations with cumulative dose, and in most cases gold fiducials yield better tiltseries alignment.
The heating cooling curves and surface morphology of specimens can also be observed by a CCD metalloscope and recorded on line through an accessorial computer system.
Shear type anchorage test specimens can also be customized to simulate unique anchorage conditions, such as the 90° joint at a beam-column interface, a beam-footing interface, or the interface between a T-beam web and flange.
Four other specimens can also be distinguished by these, and are therefore referred to Paranthodon, BMNH 47338, BMNH 47338b, BMNH 47337a, and BMNH 49992.
RNA from autopsy specimens can also be degraded.
Insufficient tissue or poor orientation of the biopsy specimens can also affect interpretation.
DNA data from ancient aurochs specimens can also be informative for the reconstruction of the domestication process (e.g., [ 18, 19]).
Sequentially removed liver tissue specimens can also be used for the determination of changes in gene expression and protein localization (toponomics) using immunohistochemistry and fluorescence profiling.
Ranges in the age and degree of osteoporosis of cadaver specimens can also partially account for the variability in mechanical properties.
