All images were realigned to the first one to correct for subject motion (mean cumulative translations: 1.5 mm, SD = 0.27, and 1.9 mm, SD = 0.19 for controls and LHON patients, p = n.s.; mean rotation <0.2 degrees in both groups).
The cumulative AP translation was defined as the total of the AP movement between the femur and the tibia.
Figure 13 Influence of errors in one of the extrinsic calibration parameters on cumulative rotation and translation error.
"A significant portion of the net loss is due to the recognition of cumulative foreign currency translation losses and the final loss could fluctuate significantly due to changes in currency exchange rates up to the date of close," noted Walmart.
When combined with defects in tRNA uridine wobble anticodon modification, cumulative reductions in translation elongation rates result in inadequate rates of protein synthesis and reductions in cell growth and viability.
Some have said that his poetic development stalls in a prewar sensibility of form and expression, and though there is a consistency in voice and technique, noticeable even through translation, his cumulative project works on a micro rather than macro level.
Given the challenges in fully capturing the cancer disease process in the mouse model, a translational program including quantitative assessment of continuous pharmacodynamic biomarkers (complementary to the existing discovery framework) promises to augment the cumulative database available for clinical translation and subsequent development.
Research translation is a contextual and cumulative process: one that is necessarily dynamic and interactive; one that involves multiple actors.
Instead of single columns, a sliding window of 9 columns is evaluated, because up to 27 nucleotides are involved in binding to the ribosome during translation [ 11] and a cumulative effect of neighbouring rare codons has been expected [ 17].
This mixture distribution method and the method based on curve-fitting of translation function derived from mapping of cumulative distribution functions are illustrated to be capable of capturing the upper tail of translation function, thus lead to satisfactory estimations of extreme statistics for a variety of non-Gaussian processes.
