<p>Four vertical sections of the mandible are shown, through each of the unerupted teeth during incisor loading (left side images) and right molar loading (right side images). Right (R) and left (L) joints are indicated respectively, while colour scales for incisor and molar loading images are shown separately. Irrespective of the pattern of loading applied, equivalent strain was maximal in soft tissues of the periodontal ligaments (red arrows) and dental follicles (green arrows), with generally lower levels of strain seen in hard tissues.</p
<p>(A) Mean mandible shape difference between H and T strains. Black: Mean shape of H strain. Grey: ...
<p>A, specimen S23w in occlusal, buccal, lingual, mesial and distal view. B. specimen S81w in occlus...
OBJECTIVES: The purpose of this in vitro study was to evaluate strain in teeth with differing tooth...
<p>The surface of dental follicles is seen from coronal or apical perspectives, while left (L) and r...
<p>Graphs compare results from no PDL, solid PDL and fibrous PDL models each with trabecular structu...
<p>The graphs relate strain to the vertical distance away from the top of the tooth socket.</p
<p>Cumulative map of peak dominant strains over all bites. Red represents regions of the skull where...
The aim of this study was to observe the behaviour of different gingival endings of the restorations...
<p>Data for apical soft tissue caps from each unerupted tooth is shown. Generally greater volumes ha...
<p>The figures highlight the propagation of the strain/stress lines on the facial tissue around the ...
<p>A, specimen S23 in occlusal, buccal, lingual, mesial and distal view. B. specimen S81 in occlusal...
<p>The graphs relate strain to the vertical distance away from the top of the tooth socket.</p
Introduction/Objective. Current biomechanical analyses can provide full view of the strain induced b...
<p>The graphs relate strain to the vertical distance away from the top of the tooth socket.</p
<p>(a) vertical occlusal load; (b) buccolingual orthodontic load; (c) mesiodistal orthodontic load; ...
<p>(A) Mean mandible shape difference between H and T strains. Black: Mean shape of H strain. Grey: ...
<p>A, specimen S23w in occlusal, buccal, lingual, mesial and distal view. B. specimen S81w in occlus...
OBJECTIVES: The purpose of this in vitro study was to evaluate strain in teeth with differing tooth...
<p>The surface of dental follicles is seen from coronal or apical perspectives, while left (L) and r...
<p>Graphs compare results from no PDL, solid PDL and fibrous PDL models each with trabecular structu...
<p>The graphs relate strain to the vertical distance away from the top of the tooth socket.</p
<p>Cumulative map of peak dominant strains over all bites. Red represents regions of the skull where...
The aim of this study was to observe the behaviour of different gingival endings of the restorations...
<p>Data for apical soft tissue caps from each unerupted tooth is shown. Generally greater volumes ha...
<p>The figures highlight the propagation of the strain/stress lines on the facial tissue around the ...
<p>A, specimen S23 in occlusal, buccal, lingual, mesial and distal view. B. specimen S81 in occlusal...
<p>The graphs relate strain to the vertical distance away from the top of the tooth socket.</p
Introduction/Objective. Current biomechanical analyses can provide full view of the strain induced b...
<p>The graphs relate strain to the vertical distance away from the top of the tooth socket.</p
<p>(a) vertical occlusal load; (b) buccolingual orthodontic load; (c) mesiodistal orthodontic load; ...
<p>(A) Mean mandible shape difference between H and T strains. Black: Mean shape of H strain. Grey: ...
<p>A, specimen S23w in occlusal, buccal, lingual, mesial and distal view. B. specimen S81w in occlus...
OBJECTIVES: The purpose of this in vitro study was to evaluate strain in teeth with differing tooth...