<p>A–B) Low magnification photomicrographs showing the expression of Tmt fluorescence (A) within HDC-immunoreactive cells (B); the optics used to take these photomicrographs were such that only the elongated cells are visualized, and not the oval/fried egg-shaped cells or tiny round cells. C–E) High magnification views demonstrate that most (or in this region, all) cells with HDC-immunoreactivity (D) also express Tmt fluorescence (C). Arrows in (D) and in the overlay (E) indicate representative HDC-immunoreactive cells that lack Tmt fluorescence. Scale bar in (B) is 20 µm and also applies to (A). Scale bar in (E) is 20 µm and also applies to panels (C) and (D).</p
<p>(<b>A</b>) Normal tissues of the glandular stomach of a regular GFP(−) control mouse; (<b>B</b>) ...
<p>Gastric mucosa collected from mice transplanted with stMSC<sup>vect</sup> cells injected with (<b...
<p>Gastric mucosal sections from WT and ClC-2<sup>-/-</sup> mice were stained for H/K ATPase β subun...
<p>A) Low magnification photomicrograph showing expression of cells with different intensities of Tm...
<p>A–B) Expression of Tmt fluorescence within the HDC/Tmt mouse stomach. C–D) Exclusive expression o...
<p>Graphical representation of FACS of mucosal cells from one representative set of HDC/Tmt mice, in...
<p>The data are reported as the mean percentage ± SEM for the gastric mucosa in the stomach at 4 dif...
<p>The data are reported as the mean percentage ± SEM for the gastric antrum in the stomach at 8 dif...
(A) Double staining of hMTLR (red) with VAChT (green), a marker of cholinergic neurons, in the stoma...
<p>A–B) Photomicrographs depicting presumed non-specific Tmt fluorescence (in cells without HDC-immu...
<p>The data are reported as the mean percentage ± SEM for histaminergic brain regions E1–E5, each se...
<p>Red tdRFP expressing cells are labeled by arrowheads (left row). Arrows point to cells expressing...
<p>A few HDC-immunoreactive cells (B) co-express gastrin-immunoreactivity (A), and vice versa, as in...
<p>(<b>A</b>) Two clones of TRPM7-KO cells expressing HA-tagged MgtE (#3 and #1) were doxycycline-in...
<p><b>A.</b> Haematoxylin and eosin staining of the gastric mucosa of WT and ClC-2<sup>-/-</sup> mic...
<p>(<b>A</b>) Normal tissues of the glandular stomach of a regular GFP(−) control mouse; (<b>B</b>) ...
<p>Gastric mucosa collected from mice transplanted with stMSC<sup>vect</sup> cells injected with (<b...
<p>Gastric mucosal sections from WT and ClC-2<sup>-/-</sup> mice were stained for H/K ATPase β subun...
<p>A) Low magnification photomicrograph showing expression of cells with different intensities of Tm...
<p>A–B) Expression of Tmt fluorescence within the HDC/Tmt mouse stomach. C–D) Exclusive expression o...
<p>Graphical representation of FACS of mucosal cells from one representative set of HDC/Tmt mice, in...
<p>The data are reported as the mean percentage ± SEM for the gastric mucosa in the stomach at 4 dif...
<p>The data are reported as the mean percentage ± SEM for the gastric antrum in the stomach at 8 dif...
(A) Double staining of hMTLR (red) with VAChT (green), a marker of cholinergic neurons, in the stoma...
<p>A–B) Photomicrographs depicting presumed non-specific Tmt fluorescence (in cells without HDC-immu...
<p>The data are reported as the mean percentage ± SEM for histaminergic brain regions E1–E5, each se...
<p>Red tdRFP expressing cells are labeled by arrowheads (left row). Arrows point to cells expressing...
<p>A few HDC-immunoreactive cells (B) co-express gastrin-immunoreactivity (A), and vice versa, as in...
<p>(<b>A</b>) Two clones of TRPM7-KO cells expressing HA-tagged MgtE (#3 and #1) were doxycycline-in...
<p><b>A.</b> Haematoxylin and eosin staining of the gastric mucosa of WT and ClC-2<sup>-/-</sup> mic...
<p>(<b>A</b>) Normal tissues of the glandular stomach of a regular GFP(−) control mouse; (<b>B</b>) ...
<p>Gastric mucosa collected from mice transplanted with stMSC<sup>vect</sup> cells injected with (<b...
<p>Gastric mucosal sections from WT and ClC-2<sup>-/-</sup> mice were stained for H/K ATPase β subun...