Zerumbone disrupts mixed biofilms of and on acrylic resin.

The efficacy of Zerumbone (ZER) against mixed biofilms of fluconazole-resistant (ATCC 96901) and (UA159) was evaluated. Biofilms were cultivated on acrylic resin specimens for 48 h, with alternating supplementation of glucose and sucrose. ZER's ability to inhibit biofilm formation (pre-treatment) and eradicate mature biofilms (post-treatment) was assessed.

Tear film stability in children: Age and sex associations explored through non-invasive tear break-up time.

Purpose: The stability of the tear film is crucial for maintaining good ocular health. Its assessment provides valuable insights into paediatric eye conditions. This study investigates the stability of the tear film in children and its association with predictive factors such as age and sex, for a better understanding of tear film dynamics in a paediatric population.

Comparative analysis of visual and cognitive performance in esports athletes and soccer players.

Clinical Relevance: Assessing visual and cognitive performance in athletes is important for optimising training strategies and preventing visual strain in both esports and traditional sports.

Background: This study compared visual acuity, refractive error, binocular functions, and cognitive perception measures between esports and soccer players to optimise visual performance strategies.

Methods: Twenty-eight male esports athletes and 38 male soccer players were assessed.

Clinicopathological, Prognostic and Molecular Profile of Salivary Gland Intraductal Carcinoma: A Systematic Review.

Purpose: This study aimed to conduct a systematic review summarizing the clinicopathological, prognostic, and molecular features of salivary gland intraductal carcinoma (SGIC).

Methods: This study followed the PRISMA 2020 guidelines and was registered in the PROSPERO database. It included case reports, case series studies, and cohort studies of SGIC indexed in the PubMed, Web of Science, Scopus, and Embase databases published between 1983 and 2024.

fractions decrease planktonic cells and biofilms of and .

Extracts of species have been shown to reduce biofilms, demonstrating their antimicrobial effects. The extracts can be fractionated to optimize their potential. In this study, we evaluated the antimicrobial activity of fractions against planktonic cells and biofilms of and .