Publications by authors named "B Molnar"
Objectives: To assess blood flow alterations after horizontal Guided Bone Regeneration (GBR) and to evaluate correlations between blood flow and hard tissue changes.
Method And Materials: Twelve mandibular surgical sites were involved in the current case series. GBR was carried out using a split-thickness flap design.
Article Synopsis
- The study focuses on developing a potential energy surface (PES) for the F- + SiH3I system, aiming to understand its gas-phase reactions using quasi-classical dynamics simulations.
- The PES is created using an automated process with Robosurfer, which handles various computational tasks and enhances the fitting set using a robust electronic structure calculation method, addressing potential issues in convergence and accuracy.
- Simulations reveal high reactivity in the system, with two primary product types (SN2 and proton abstraction) being observed, along with various other reactions, and the study also explores dynamics through trajectory animations.
Inhibition of ubiquitin-specific protease 7, USP7, has been proposed as a mechanism to affect many disease processes, primarily those implicated in oncology. The bound crystal structure of a published high-throughput screening hit with low-micromolar affinity for USP7 identified three regions of the compound for structure-guided optimization. Replacing one side of the compound with different aromatic moieties gave little improvement in affinity, and the central piperidine could not be improved.
View Article and Find Full Text PDFBackground: Peri-implant soft tissue corrections are often indicated following alveolar ridge augmentation, due to the distortion of the keratinized mucosa at the area of augmentation. The objective of the current study was to evaluate the dimensional soft tissue changes following horizontal guided bone regeneration (GBR) utilizing 3D digital data.
Methods: 8 mandibular surgical sites with horizontal alveolar ridge deficiencies were treated utilizing a resorbable collagen membrane and a split-thickness flap design.
Vicarious trauma (VT) is an occupational challenge incurred through hearing about traumatic experiences of others such as child maltreatment, mass casualties, and others while serving in helping professions. Without sufficient resources and support, long-term exposure can lead to symptoms such as intrusion, avoidance, arousal, emotional numbing, anxiety, and decline in one's ability to work. Organisations can mitigate VT's impact by addressing the needs of staff through 5 evidence-informed areas of occupational health.
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