However, the differences observed were minor, and we conclude that there is currently insufficient evidence to consider location and/or molecular effect of pathogenic variants to assist with clinical management of TP53 carriers. Larger studies are necessary to confirm the correlations suggested by our analysis.Breast cancer remains one of the…[Read more]

However, the differences observed were minor, and we conclude that there is currently insufficient evidence to consider location and/or molecular effect of pathogenic variants to assist with clinical management of TP53 carriers. Larger studies are necessary to confirm the correlations suggested by our analysis.Breast cancer remains one of the…[Read more]

However, the differences observed were minor, and we conclude that there is currently insufficient evidence to consider location and/or molecular effect of pathogenic variants to assist with clinical management of TP53 carriers. Larger studies are necessary to confirm the correlations suggested by our analysis.Breast cancer remains one of the…[Read more]

Emulating a resistive-sensor in the 10 kΩ-100 MΩ range, an excellent linearity is found with a relative error within ±0.1% after a preliminary calibration procedure. Further advantage is that compliance voltage can be opposite in sign of that obtained with a passive component; therefore, the system is also suitable for conditioning active se…[Read more]

Emulating a resistive-sensor in the 10 kΩ-100 MΩ range, an excellent linearity is found with a relative error within ±0.1% after a preliminary calibration procedure. Further advantage is that compliance voltage can be opposite in sign of that obtained with a passive component; therefore, the system is also suitable for conditioning active se…[Read more]

Emulating a resistive-sensor in the 10 kΩ-100 MΩ range, an excellent linearity is found with a relative error within ±0.1% after a preliminary calibration procedure. Further advantage is that compliance voltage can be opposite in sign of that obtained with a passive component; therefore, the system is also suitable for conditioning active se…[Read more]

Emulating a resistive-sensor in the 10 kΩ-100 MΩ range, an excellent linearity is found with a relative error within ±0.1% after a preliminary calibration procedure. Further advantage is that compliance voltage can be opposite in sign of that obtained with a passive component; therefore, the system is also suitable for conditioning active se…[Read more]

SMD research benefits from conceptual complementarity and precision prediction.

Although traditional and novel SMD facets predicted memory decline, differential sex moderation was observed. SMD research benefits from conceptual complementarity and precision prediction.

Adults with Down syndrome (DS) are at high risk for early onset…[Read more]

SMD research benefits from conceptual complementarity and precision prediction.

Although traditional and novel SMD facets predicted memory decline, differential sex moderation was observed. SMD research benefits from conceptual complementarity and precision prediction.

Adults with Down syndrome (DS) are at high risk for early onset…[Read more]

SMD research benefits from conceptual complementarity and precision prediction.

Although traditional and novel SMD facets predicted memory decline, differential sex moderation was observed. SMD research benefits from conceptual complementarity and precision prediction.

Adults with Down syndrome (DS) are at high risk for early onset…[Read more]

SMD research benefits from conceptual complementarity and precision prediction.

Although traditional and novel SMD facets predicted memory decline, differential sex moderation was observed. SMD research benefits from conceptual complementarity and precision prediction.

Adults with Down syndrome (DS) are at high risk for early onset…[Read more]

Additionally, selection criteria for CBCT scans were taken from SEDENTEXCT guidelines. Full panoramic radiographs were the most commonly prescribed at 34.8% (n = 261). However, this demonstrated the lowest compliance rate as per selection criteria at 75.9%. This was due to referrers requesting radiographs primarily for assessing dental development…[Read more]

Additionally, selection criteria for CBCT scans were taken from SEDENTEXCT guidelines. Full panoramic radiographs were the most commonly prescribed at 34.8% (n = 261). However, this demonstrated the lowest compliance rate as per selection criteria at 75.9%. This was due to referrers requesting radiographs primarily for assessing dental development…[Read more]

Additionally, selection criteria for CBCT scans were taken from SEDENTEXCT guidelines. Full panoramic radiographs were the most commonly prescribed at 34.8% (n = 261). However, this demonstrated the lowest compliance rate as per selection criteria at 75.9%. This was due to referrers requesting radiographs primarily for assessing dental development…[Read more]

Additionally, selection criteria for CBCT scans were taken from SEDENTEXCT guidelines. Full panoramic radiographs were the most commonly prescribed at 34.8% (n = 261). However, this demonstrated the lowest compliance rate as per selection criteria at 75.9%. This was due to referrers requesting radiographs primarily for assessing dental development…[Read more]

Apart from periodontal ligament fibroblasts, immune cells like macrophages also play an important mediating role in orthodontic tooth movement (OTM). Upon orthodontic force application to malpositioned teeth, macrophages in the periodontal ligament get exposed to both mechanical strain and hypoxic conditions (via a compression of blood vessels).…[Read more]

Apart from periodontal ligament fibroblasts, immune cells like macrophages also play an important mediating role in orthodontic tooth movement (OTM). Upon orthodontic force application to malpositioned teeth, macrophages in the periodontal ligament get exposed to both mechanical strain and hypoxic conditions (via a compression of blood vessels).…[Read more]

Apart from periodontal ligament fibroblasts, immune cells like macrophages also play an important mediating role in orthodontic tooth movement (OTM). Upon orthodontic force application to malpositioned teeth, macrophages in the periodontal ligament get exposed to both mechanical strain and hypoxic conditions (via a compression of blood vessels).…[Read more]

Apart from periodontal ligament fibroblasts, immune cells like macrophages also play an important mediating role in orthodontic tooth movement (OTM). Upon orthodontic force application to malpositioned teeth, macrophages in the periodontal ligament get exposed to both mechanical strain and hypoxic conditions (via a compression of blood vessels).…[Read more]