Only rare mitotic figures were identified in 2 cases, but 1 showed atypical forms.
Mitotic activity was minimal, and no atypical mitotic figures were identified.
Mitotic figures were identified as described 14.
Of the 68 matched antigens the 6 indicated by arrows in Figure 3 were identified from the silver-stained gel by mass spectrometry (see below).
C. remanei orthologs of the C. elegans insulin-signaling genes (highlighted in Figure 1) were identified from the current C. remanei genome assembly (version 15.0.1; Genome Sequencing Center, Washington University, St Louis, unpublished data) using the TBLASTN program (Altschul et al. 1990).
This selection process was associated with activation of frontopolar, dorsal-lateral, and ventral-lateral prefrontal cortex, bilaterally and supramarginal parietal cortex, similar to rule-selection as shown in Figure 3 B were identified from experiment 1 by the t-contrast for trials of 2 or 4 targets versus 1 target, in the context of no-rule having been specified (see Table 1) (FDR P < 0.05).
The distances between the scores for different word sets provided a basis for discriminating among bidirectional promoters and unidirectional promoters, (Table 9 and Figure 11), whereas similarities were identified from correlated words (Table 10 and Figure 12).
A conceptual model for the relationship between antenatal/postnatal CMD and child development is illustrated in Figure 2. Potential confounders were identified from the literature (referenced) as well as possible confounders identified on a theoretical basis (marked with *).
Putative eIF3g orthologues were found in T. brucei and in L. major using the HMM search (Tables 1 and 2 - a schematic representation of the T. brucei orthologue is shown in Additional file 1: Figure S7), but none were identified from either T. vaginalis or G. duodenalis, implying that functional eIF3-like complexes may occur in the absence of this otherwise essential subunit.
First, four assembly conditions (i.e., molar lipid:protein ratios) were identified from Figure 1 that enriched a particular NLP species.
