<p>TOP PANEL: A) Left image shows X-ray virtual slice of alveolar bone with higher and lower attenuating regions. Inset illustrates a gradient (red curve) in X-ray attenuation along a line profile (white dotted line). Black arrows represent osteocyte-lacunae spaces, white asterisks are blood vessels or endosteal spaces. Right panel shows 3D segmentation of alveolar bone (MD Range: 1115–1295 mg/cc) with two regions of different mineral densities that complement regions in x-ray attenuation map in bottom panel; BOTTOM PANEL: B) Left image shows a light microscope micrograph at 10X of an ultrasectioned alveolar bone block specimen. White asterisks likely indicate endosteal spaces. Right panels are XRF area maps with concentration gradients in ...
Stain: Picric acid and hematoxylin. From left to right: alveolar bone tissue with osteons; periodont...
In humans the toxic trace element lead (Pb) mainly accumulates in the skeletal tissue where it resid...
<p><b>A)</b> Illustration of peri- (peri), endo- (endo) and intra- (intra) cranial bone surfaces. <b...
<p>A) X-ray virtual sections of cementum from a periodontically infected tooth illustrates affected ...
<p>A) Correlation (density) plots for cementum, dentin, and alveolar bone show the degree of equival...
<p>A) TOP PANEL: Virtual section of healthy dentin illustrates a constant HU line profile. LOWER PAN...
<p>A) UPPER PANEL: Mineral density and HU ranges of hard and soft tissues and regions of overlap amo...
<p>a) STEM image; Box outlines area shown in EDXS map, b) EDXS map of Ca distribution of area bounde...
<p>[<b>a</b>] Transverse, [<b>b</b>] frontal and [<b>c</b>] sagittal slices through the images recon...
<div><p>Clinical computed tomography provides a single mineral density (MD) value for heterogeneous ...
Clinical computed tomography provides a single mineral density (MD) value for heterogeneous calcifie...
Objective: The objective of the study was to specify the thickness of Zn and Pb accumulation within ...
<p>(A) Elements of the ultrastructure aligned with the microarchitecture, plotted against the distan...
AbstractTendon attaches to bone through a functionally graded fibrocartilage zone, including uncalci...
Clinical computed tomography provides a single mineral density (MD) value for heteroge-neous calcifi...
Stain: Picric acid and hematoxylin. From left to right: alveolar bone tissue with osteons; periodont...
In humans the toxic trace element lead (Pb) mainly accumulates in the skeletal tissue where it resid...
<p><b>A)</b> Illustration of peri- (peri), endo- (endo) and intra- (intra) cranial bone surfaces. <b...
<p>A) X-ray virtual sections of cementum from a periodontically infected tooth illustrates affected ...
<p>A) Correlation (density) plots for cementum, dentin, and alveolar bone show the degree of equival...
<p>A) TOP PANEL: Virtual section of healthy dentin illustrates a constant HU line profile. LOWER PAN...
<p>A) UPPER PANEL: Mineral density and HU ranges of hard and soft tissues and regions of overlap amo...
<p>a) STEM image; Box outlines area shown in EDXS map, b) EDXS map of Ca distribution of area bounde...
<p>[<b>a</b>] Transverse, [<b>b</b>] frontal and [<b>c</b>] sagittal slices through the images recon...
<div><p>Clinical computed tomography provides a single mineral density (MD) value for heterogeneous ...
Clinical computed tomography provides a single mineral density (MD) value for heterogeneous calcifie...
Objective: The objective of the study was to specify the thickness of Zn and Pb accumulation within ...
<p>(A) Elements of the ultrastructure aligned with the microarchitecture, plotted against the distan...
AbstractTendon attaches to bone through a functionally graded fibrocartilage zone, including uncalci...
Clinical computed tomography provides a single mineral density (MD) value for heteroge-neous calcifi...
Stain: Picric acid and hematoxylin. From left to right: alveolar bone tissue with osteons; periodont...
In humans the toxic trace element lead (Pb) mainly accumulates in the skeletal tissue where it resid...
<p><b>A)</b> Illustration of peri- (peri), endo- (endo) and intra- (intra) cranial bone surfaces. <b...