In uninfected WT mice, we observed elongated and vacuolated galectin-3+ cells predominantly in subcapsular sites and in the light zone of the LFs (Figure 1A).
In frequency domain, the analysis of sympathetic (LF) and parasympathetic (HF) component and the symphatovagal balance (LF/HF) evidenced an association between the familiarity and a sympathetic overactivity, especially in nocturnal period, demonstrated by increase of LF (figure 2 and figure 3) and LF/HF ratio (figure 4).
IDO1 expression by neoplastic epithelial cells was scored semi-quantitatively on a 4-point scale (0: no expression, 1: weak expression, 2: moderate expression, 3: strong expression) by a pathologist (LF; Figure 1).
In octave 3, with Smt-MF, the lower frequency partials (the fundamental in particular) have been filtered out, but this was not the case with Smt-LF (see Figures 12 and 13).
EAdi was significantly higher during LF OXY (Figure 45).
Other than a small and transient increase in plasma glucose in mice fed HF diet for 2 weeks, plasma glucose did not differ significantly in CONV mice fed HF or LF diet (Figure 3B), indicating that the elevated insulin at 16 weeks was sufficient to maintain normal plasma glucose.
By week 12 and for the remainder of the experiment CONV mice fed HF diet showed statistically significant increases in body weight (P<0.01) relative to LF diet controls (Figure 1A).
The IRAS-GALEX sample, the validity of the Local univariate LFs are already proved (see figure 3 of Buat et al., 2007).
In more details, we observed that the majority of these galectin-3+ cells within the LFs were non-lymphoid cells (Figure 1D).
Fig. 7 Impact of Lf on BPa. Figure 8 captures the impact of S on the performances of System I and System II.
In infected WT mice, we also observed large follicular galectin-3+ cells (Figure 1C, LF region) and a significant number of small and rounded galectin-3+ cells in extrafollicular regions (Figure 1C, Ef region).
