However, we found no significant differences in rotarod performance and footprint analysis (step length, step width and foot angle), collectively indicating a mild phenotype at this age.
Specifically, when encountered sequentially in the Viterbi algorithm, the sequence of eij-transition footprint states would conceivably score highly when computed for the footprint-width number of footprint states that overlap the eij-transition (as the generalized clique is moved from left to right over the HMM graphical model, as shown in Figure 1).
At specific points in time (week 1, 5 and 7) a footprinting analysis was done to measure the influence of OA and the treatment on stride length and step width of the animals.
Subjects became accustomed to walk on target footprints in less than 10 min, with mean (± SD) precision of 0.020 ± 0.002 m in stride length, 0.022 ± 0.006 m in step width, and 2.7 ± 0.6° in progression angle.
The footprinting analysis revealed that, although the animals had severe osteoarthritic changes in medial compartments of their knees none of it led to a significant change in stride length or step width (Fig. 4a- c).
In the building diffidence translates as a modest footprint: a width of 25 feet; a concert hall that seats 80 people.
It would have a footprint, or total width when adjacent planted areas are included, of 75 feet.
The shape attributes, such as width, footprint area, and perimeter, were most useful for identifying building types.
PFI was calculated using the following formula: PFI = 174.9* EPL−NPL /NPL+80.3* ETS−NTS /NTS−13.4; where EPL and ETS are footprint length and width, respectively, measured 1, 2, 4, 7 or 11 days after injury; and NPL and NTS are footprint length and width, respectively, measured before injury [17].
