This backscattered light allows imaging of the cones and its directionality has formerly been evaluated using OCT allowing a determination of the contributions resulting from both the inner-outer segment junction and the posterior part of the outer segments [ 16].
To determine the contribution of posterior corneal astigmatism to total corneal astigmatism and the error in estimating total corneal astigmatism from anterior corneal measurements only using a dual-Scheimpflug analyzer.
Whereas young adults seem to maintain single limb standing with a higher percentage contribution of posterior ankle muscles (soleus and gastrocnemius muscles), seniors ankle muscle coordination pattern rely on the anteriorly located tibialis muscle.
This may be interpreted in relation to its function as a scapular stabilizer in shoulder girdle abduction [ 33] and its contribution to posterior tilt and external rotation of the scapula during humeral elevation in standing or seated subjects [ 34].
The statistical models we propose in this contribution provide posterior probabilities on SNV predictions, removing the need for depth thresholds and use an EM learning algorithm to fit the model to data removing the need to set model parameters by hand.
Although the results of this experiment demonstrate a clear relationship between frontal regions and anger expression styles, the potential contributions of posterior cerebral systems are not addressed.
However, frontal (e.g. frontal operculum and inferior frontal gyrus) and sometimes parietal (e.g. inferior and posterior parietal cortical areas) contributions to MMN elicited by concrete rule violations have been reported in several EEG[30], [31], fMRI[32] [34], event-related optical imaging[35], PET[36], and patient[37], [38] studies.
Together, these findings suggest that the anterior and posterior hippocampus have different contributions to memory over time and that neurobiological models of memory must account for these differences.
Furthermore, our results are congruent with a recently published study [ 35] that demonstrated the potential of cathodal direct current stimulation to modulate the functional contribution of posterior-lateral brain areas for tone memory processes.
This study examined the contribution of the posterior glenoid screw for stabilizing the glenosphere by comparing constructs with no posterior screw, a standard posterior screw directed into the glenoid neck, and a long posterior screw (LPS) into the scapular spine.
