http://hdl.handle.net/10453/37629 2026-06-24T18:59:39Z http://hdl.handle.net/10453/195318 Title: Corrigendum to "Risky alcohol use and violence against women: cause or consequence?" [International Journal of Drug Policy 145 (2025) 104981]. Authors: Weatherburn, D; Rahman, S; Wang, J; Alexeev, S Abstract: The authors regret that Dr Sergey Alexeev (University of Sydney) was omitted from the author list in the published article. Dr Alexeev's contributions are acknowledged as follows (CRediT): Methodology; guidance on HILDA coding practices (captured under Methodology/Data curation). The author list is hereby corrected to: Don Weatherburn; Sara Rahman; Joanna Wang; Sergey Alexeev. This correction does not affect the results, discussion, or conclusions of the article. The authors would like to apologise for any inconvenience caused. 2025-11-01T00:00:00Z http://hdl.handle.net/10453/195286 Title: Higher-Order Nonlinear Chirality In AlGaAs Metasurfaces Authors: Jangid, P; Park, HG; Kivshar, Y; Kruk, S 2025-01-01T00:00:00Z http://hdl.handle.net/10453/195229 Title: Amide-imidol tautomerism based fluorescence turn-on probe for selective detection of fluoride ion through restricted intramolecular rotation. Authors: Khurshid, K; Saeed, S; Assiri, MA; Shabbir, A; Shahzad, SA Abstract: Fluoride ions play a crucial role in many biological functions such as bone disease treatment, water fluoridation, and caries many other treatments. Excessive intake of fluoride ions causes chronic diseases such as Arthritis, oxidative stress, brittle bones, brain damage, and cancer. With these reasons, a cost-effective and highly specific probe 3PDA have been developed for real-time monitoring of fluoride ions. Probe 3PDA is a pyridine-based "Turn-On" sensor, easily synthesized through the Schotten-Baumann reaction. This pyridine based probe demonstrated interesting optical characteristics such as large Stoke's shift (109 nm), solvatochromism, pH sensing, and ACQ behavior. Furthermore, probe 3PDA was effectively utilized for nanomolar (nM) sensing of fluoride ions through covalent interactions. UV-visible, fluorescence, and 1H NMR titration analyses were executed to verify amide-imidol tautomerism as a sensing mechanism. Amide-imidol tautomerism become highly favorable when fluoride interacts with probe 3PDA molecule. Fluoride ion as a strong hydrogen bond acceptor facilitates the conversion of amide form into imidol tautomer and causes restriction of intramolecular rotation (RIR) of bonds. Overall, presence of fluoride ions makes probe 3PDA molecule more rigid and less flexible. Moreover, DLS analysis was executed to verify the formation of aggregation and excimer disaggregation. DFT studies were employed to validate the sensitivity of probe 3PDA toward fluoride ions. The calculated LOD was 150 nM and LOQ was 502 nM for fluoride ion detection. Probe 3PDA was employed for naked eye solid state sensing of fluoride ions under daylight and UV irradiation at 365 nm. Furthermore, 3PDA was practically applied to estimate fluoride concentration in oral care products, mineral water, and spiked lake water. 3PDA-coated TLC strips were also designed as tiny portable tools for fluoridesensing. 2025-11-15T00:00:00Z http://hdl.handle.net/10453/195127 Title: Bridging Statistical Rigor and Clinical Usability: The CORMeta App for Meta-Analysis of Correlated Outcomes Authors: Akkaya Hocagil, T; Cook, RJ; Ryan, LM Abstract: Background In clinical research, multiple outcomes are often measured within the same cohort, leading to statistical dependencies that violate assumptions of traditional meta-analytic methods. While advanced models can accommodate such correlations, they typically require programming expertise, limiting accessibility for many physician-researchers. Objective We present a user-friendly, interactive Shiny web application designed to perform meta-analyses of correlated outcomes, with particular relevance for cohort-based clinical datasets. Methods The application implements a modified multivariate meta-analytic framework that accounts for the correlation structure of outcomes within cohorts. Users can upload their data, define correlation matrices, and filter observations by any variable (e.g., age, domain, exposure) without writing code. The application provides graphical output (forest plots) along with estimates of overall effect size, heterogeneity ( ), and p-values. Results A demonstration dataset on prenatal alcohol exposure and neurodevelopmental outcomes is simulated to illustrate the application s functionality. The application automatically generates correlation matrices where needed, adjusts for intra-cohort dependencies, and produces interpretable results suitable for clinical research reports. Conclusion This open-access application bridges the gap between complex statistical modeling and clinical usability. It enables physicians to conduct robust meta-analyses of correlated outcomes with ease, supporting evidence-based practice and local research initiatives. The tool is particularly valuable in multi-domain or multi-cohort studies where outcome correlation is non-negligible.