Critical role of bicarbonate in Zero-Valent iron for hydrogen generation and biogas upgrading in anaerobic digestion.

This study investigates the role of Zero-Valent Iron (ZVI) in anaerobic digestion, emphasizing the critical influence of bicarbonate and feeding regimes. Abiotic tests revealed that higher bicarbonate concentrations enhanced hydrogen production. However, two-cycle experiments with ZVI and bicarbonate showed reduced hydrogen in the second cycle due to ZVI passivation.

Real-world applicability of differentiated thyroid cancer guidelines.

Objective: Thyroid cancer (TC) is the most common endocrine malignancy with constantly growing incidence. Radioiodine ablation is a safe and effective method for managing TC. Recently various Guidelines (GL) have been published on whom should be ablated, when and under which circumstances.

Pilot clinical study to evaluate the efficacy of a professionally delivered high fluoride varnish on erosive tooth wear in an in-situ model.

Objectives: The aim for this pilot study was to investigate the effect of a sodium fluoride varnish on step height measured by a profilometer from human enamel worn by healthy volunteers with a novel in situ/ex vivo erosion design.

Method: Healthy volunteers aged 18-70 years wore a palatal splint containing 8 human enamel samples and underwent two 3-day treatment periods for 6 h a day with a varnish containing sodium fluoride at 22,600 ppm and the control with the same ingredients but without fluoride. Each splint contained 4 polished and 4 unpolished samples.

Community Antibiotic Consumption in Cyprus for the Period 2015 to 2022.

Background: Cyprus currently reports to ESAC-Net the total consumption of antimicrobials, without distinguishing between hospital and community-based antibiotic use. As a result, these data can only provide generalized insights into antimicrobial trends in the country.

Aim: This study is a first attempt to retrospectively analyze community antibiotic consumption in Cyprus for the period of 2015 to 2022.

Multi-Modal Digital Impressions For Palatal Defects.

Introduction: This in-vitro study investigated limitations of intra-oral scanners (IOS) in capturing palatal defects at decreased mouth openings. The trueness and precision of composite 3D-printed models from Cone-Beam Computed Tomography (CBCT) and IOS were measured.

Methods: A partially dentate palatal defect model was scanned with IOS (3M™TrueDefinition) at various simulated mouth openings.