A systematic review of condition-specific preference-based measures used in young people and their valuation methods.

Background: Condition-specific health-related quality-of-life (HRQoL) instruments can be more responsive and sensitive to specific conditions and diseases than generic HRQoL instruments. This systematic review aims to identify the condition-specific preference-based instruments that have been used with young people and identify how preference values have been obtained for these instruments. This review will inform future researchers about the methods used to elicit utilities for condition-specific HRQoL instruments.

The risk of thyroid cancer in relation to residential proximity to nuclear power plants: a systematic review and meta-analysis.

Introduction: Ionizing radiation is a human carcinogen, and there is a public concern but limited evidence that it increases the incidence of cancer among those who live near nuclear power plants (NPPs). Previous analyses of thyroid cancer in these populations have been inconsistent, and the last synthesis was published nearly a decade ago. To address these gaps, we undertook a systematic review and meta-analysis.

Detecting and Controlling DNA Translocation through a Nanopore using a van der Waals Heterojunction Diode.

A long-unrealized goal in solid-state nanopore sensing is to achieve out-of-plane electrical sensing and control of DNA during translocation, which is a prerequisite for base-by-base ratcheting that enables DNA sequencing in biological nanopores. Two-dimensional (2D) heterostructures, with their capability to construct out-of-plane electronics with atomic layer precision, are ideal yet unexplored candidates for use as electrical sensing membranes. Here we demonstrate a nanopore architecture using a vertical 2D heterojunction diode consisting of p-type WSe on n-type MoS.

Faecal contamination determines bacterial assemblages over natural environmental parameters within intermittently opened and closed lagoons (ICOLLs) during high rainfall.

Intermittently closed and opened lakes and lagoons (ICOLLs) provide important ecosystem services, including food provision and nutrient cycling. These ecosystems generally experience low watershed outflow, resulting in substantial fluctuations in physicochemical parameters that are often compounded by anthropogenic contamination, however, how this impacts the patterns in microbiology within these environments remains uncharacterised. Therefore, we aimed to determine how seasonal heterogeneity in the physicochemical parameters, in comparison to faecal contamination, alter the dynamics of bacterial communities inhabiting ICOLLs on the eastern Australian coast.