In C. elegans, a high proportion of conversion was observed between tandemly duplicated members of gene families [ 7].
The approach used here does not necessarily obtain the optimal solution since the biochemical pathways form a complex graph but this approach serves as a first approximation to the actual net proportion of conversion of substrates to products.
The proportion of conversion of blood to ATP is calculated starting, for convenience, with a pool of blood which consists of 100 moles of amino acids in the molar proportions of human blood presented in [ 22] and repeated in the second column of table 1.
The style, concerned with creating rich visual effects through decoration, was characterized by a predominance of vertical lines in stone window tracery, enlargement of windows to great proportions, and conversion of the interior stories into a single unified vertical expanse.
Notably, a significant proportion of conversions and reversions occurred around the manufacturer's predefined cut-off (Table 3).
The proportions of conversion of bacterial adherence to the mucosa were analysed with the chi-square test (2 × 3 table) (Statview; SAS institute Inc., Cary, NC, USA).
Since the proportions of conversion are independent of the actual quantity of substrate converted, each calculation was started, for convenience, with 100 moles of bloodmeal derived amino acids.
The yields in each of the five major metabolic pathways of figure 1 are presented in table 7. The table includes estimates of the proportions of conversion of blood to ATP, fat, and protein and of fat to ATP through the two pathways used by tsetse.
A prospective developmental life-course cohort study with a larger sample would yield a greater proportion of conversions to depressive status of differing forms (sporadic, recurrent and chronic unipolar, bipolar I or II and rapid cycling types) over a longer time period and provide the necessary replication or refutation.
The proportions of conversions with same-direction gene pairs (227/2172 = ~10%) and reverse-direction gene pairs (150/1672 = ~9%) were similar.
In agreement with AES, SE and FTIRS the layer growth is in proportion to the conversion time.
