Both methods aim to assign as best as possible the cause of death and none of them can be considered as the gold standard.
Numerical responses for each item were recoded so that one was assigned as the lowest possible response and five as the highest.
If one of the two alternative reading frames had a score ratio above 0.75, the gene was assigned as having a possible frameshift.
While this only represented 7.7% of cases overall, it represented 15.5% of cases originally assigned as definite or possible maltreatment that were recoded to a more or less definite strata.
When a conversion event was detected in multiple primary species, an upper bound for each primary species case is computed and then the most recent of these edges that is a common ancestor of all the primary species is assigned as the earliest possible conversion time.
In one approach, gene functions of as many ORFs as possible are assigned as above in an attempt to obtain a full set of proteins encoded by the genome (called a proteome).
To monitor angiotensin metabolism, the areas of the peaks for different angiotensin forms (Ang II, IV and 1 7) present in the same spectrum, masses 1046.19, 774.92 and 899.02 Da, respectively, were obtained and their summation was arbitrarily assigned as 100%, making it possible to observe the relative changes of each form as a function of time.
Causality is classified and assigned as: Very likely/Certain, Probable, Possible, Unlikely, Unrelated, and Unclassifiable.
Additional duties assigned as necessary.
They were assigned as 287Fl.
